19 C.F.R. Appendix A to Part 182
Uniform Regulations Regarding the Interpretation, Application, and Administration of Chapter 4 (Rules of Origin) and Related Provisions in Chapter 6 (Textile and Apparel Goods) of the Agreement Between the United States of America, the United Mexican States, and Canada 1
Part I
Section 1. Definitions and Interpretations
(1) Definitions. The following definitions apply in these Regulations,
accessories, spare parts, tools, instructional or other information materials means goods that are delivered with a good, whether or not they are physically affixed to that good, and that are used for the transport, protection, maintenance or cleaning of the good, for instruction in the assembly, repair or use of that good, or as replacements for consumable or interchangeable parts of that good;
adjusted to exclude any costs incurred in the international shipment of the good means, with respect to the transaction value of a good, adjusted by
(a) deducting the following costs if those costs are included in the transaction value of the good:
(b) if those costs are not included in the transaction value of the good, adding
(iii) the costs of loading the good for shipment at the point of direct shipment;
Agreement means the United States-Mexico-Canada Agreement; 2
applicable change in tariff classification means, with respect to a non-originating material used in the production of a good, a change in tariff classification specified in a rule established in Schedule I (PSRO Annex) for the tariff provision under which the good is classified;
aquaculture means the farming of aquatic organisms, including fish, molluscs, crustaceans, other aquatic invertebrates and aquatic plants from seed stock such as eggs, fry, fingerlings, or larvae, by intervention in the rearing or growth processes to enhance production such as regular stocking, feeding, or protection from predators;
costs incurred in packing means, with respect to a good or material, the value of the packing materials and containers in which the good or material is packed for shipment and the labor costs incurred in packing it for shipment, but does not include the costs of preparing and packaging it for retail sale;
Customs Valuation Agreement means the Agreement on Implementation of Article VII of the General Agreement on Tariffs and Trade, set out in Annex 1A to the WTO Agreement;
customs value means
(c) in the case of the United States, the value of imported merchandise as determined by the U.S. Customs and Border Protection in accordance with section 402 of the Tariff Act of 1930, as amended, converted, if that value is not expressed in United States currency, to United States currency at the rate of exchange determined in accordance with subsection 2(1);
days means calendar days, and includes Saturdays, Sundays and holidays;
direct labor costs means costs, including fringe benefits, that are associated with employees who are directly involved in the production of a good;
direct material costs means the value of materials, other than indirect materials and packing materials and containers, that are used in the production of a good;
direct overhead means costs, other than direct material costs and direct labor costs, that are directly associated with the production of a good;
enterprise means an entity constituted or organized under applicable law, whether or not for profit, and whether privately-owned or governmentally-owned or controlled, including a corporation, trust, partnership, sole proprietorship, joint venture, association or similar organization;
excluded costs means, with respect to net cost or total cost, sales promotion, marketing and after-sales service costs, royalties, shipping and packing costs and non-allowable interest costs;
fungible goods means goods that are interchangeable for commercial purposes with another good and the properties of which are essentially identical;
fungible materials means materials that are interchangeable with another material for commercial purposes and the properties of which are essentially identical;
Harmonized System means the Harmonized Commodity Description and Coding System, including its General Rules of Interpretation, Section Notes, Chapter Notes and Subheading Notes, as set out in
(c) in the case of the United States, the Harmonized Tariff Schedule of the United States;
identical goods means, with respect to a good, including the valuation of a good, goods that
(c) were produced
(ii) by another producer, if no goods that satisfy the requirements of paragraphs (a) and (b) were produced by the producer of that good;
identical materials means, with respect to a material, including the valuation of a material, materials that
(c) were produced
(ii) by another producer, if no materials that satisfy the requirements of paragraphs (a) and (b) were produced by the producer of that material;
incorporated means, with respect to the production of a good, a material that is physically incorporated into that good, and includes a material that is physically incorporated into another material before that material or any subsequently produced material is used in the production of the good;
indirect material means a material used or consumed in the production, testing or inspection of a good but not physically incorporated into the good, or a material used or consumed in the maintenance of buildings or the operation of equipment associated with the production of a good, including
(h) any other material that is not incorporated into the good but if the use in the production of the good can reasonably be demonstrated to be part of that production;
interest costs means all costs paid or payable by a person to whom credit is, or is to be advanced, for the advancement of credit or the obligation to advance credit;
intermediate material means a material that is self-produced and used in the production of a good, and designated as an intermediate material under subsection 8(6);
location of the producer means,
(b) the warehouse or other receiving station where the producer receives materials for use in the production of the good, provided that it is located within a radius of 75 km (46.60 miles) from the production site.
material means a good that is used in the production of another good, and includes a part or ingredient;
month means a calendar month;
national means a natural person who is a citizen or permanent resident of a USMCA country, and includes
(b) with respect to the United States, a “national of the United States” as defined in the Immigration and Nationality Act on the date of entry into force of the Agreement;
net cost means total cost minus sales promotion, marketing and after-sales service costs, royalties, shipping and packing costs, and non-allowable interest costs that are included in the total cost;
net cost of a good means the net cost that can be reasonably allocated to a good using the method set out in subsection 7(3) (Regional Value Content);
net cost method means the method of calculating the regional value content of a good that is set out in subsection 7(3) (Regional Value Content);
non-allowable interest costs means interest costs incurred by a producer on the producer's debt obligations that are more than 700 basis points above the interest rate issued by the federal government for comparable maturities of the country in which the producer is located;
non-originating good means a good that does not qualify as originating under these Regulations;
non-originating material means a material that does not qualify as originating under these Regulations;
originating good means a good that qualifies as originating under these Regulations;
originating material means a material that qualifies as originating under these Regulations;
packaging materials and containers means materials and containers in which a good is packaged for retail sale;
packing materials and containers means materials and containers that are used to protect a good during transportation, but does not include packaging materials and containers;
payments means, with respect to royalties and sales promotion, marketing and after-sales service costs, the costs expensed on the books of a producer, whether or not an actual payment is made;
person means a natural person or an enterprise;
person of a USMCA country means a national, or an enterprise constituted or organized under the laws of a USMCA country;
point of direct shipment means the location from which a producer of a good normally ships that good to the buyer of the good;
producer means a person who engages in the production of a good;
production means growing, cultivating, raising, mining, harvesting, fishing, trapping, hunting, capturing, breeding, extracting, manufacturing, processing, or assembling a good, or aquaculture;
reasonably allocate means to apportion in a manner appropriate to the circumstances;
recovered material means a material in the form of one or more individual parts that results from:
(b) the cleaning, inspecting, testing or other processing of those parts as necessary for improvement to sound working condition;
related person means a person related to another person on the basis that
(g) they are members of the same family;
remanufactured good means a good classified in HS Chapters 84 through 90 or under heading 94.02 except goods classified under HS headings 84.18, 85.09, 85.10, and 85.16, 87.03 or subheadings 8414.51, 8450.11, 8450.12, 8508.11, and 8517.11, that is entirely or partially composed of recovered materials and:
(b) has a factory warranty similar to that applicable to such a good when ne w;
reusable scrap or by-product means waste and spoilage that is generated by the producer of a good and that is used in the production of a good or sold by that producer;
right to use, for the purposes of the definition of royalties, includes the right to sell or distribute a good;
royalties means payments of any kind, including payments under technical assistance or similar agreements, made as consideration for the use of, or right to use, a copyright, literary, artistic, or scientific work, patent, trademark, design, model, plan, or secret formula or process, excluding those payments under technical assistance or similar agreements that can be related to specific services such as
(b) if performed in the territory of one or more of the USMCA countries, engineering, tooling, die-setting, software design and similar computer services, or other services;
sales promotion, marketing, and after-sales service costs means the following costs related to sales promotion, marketing and after-sales service:
(j) payments by the producer to other persons for warranty repairs;
self-produced material means a material that is produced by the producer of a good and used in the production of that good;
shipping and packing costs means the costs incurred in packing a good for shipment and shipping the good from the point of direct shipment to the buyer, excluding the costs of preparing and packaging the good for retail sale;
similar goods means, with respect to a good, goods that
(c) were produced
(ii) by another producer, if no goods that satisfy the requirements of paragraphs (a) and (b) were produced by the producer of that good;
similar materials means, with respect to a material, materials that
(c) were produced
(ii) by another producer, if no materials that satisfy the requirements of paragraphs (a) and (b) were produced by the producer of that material;
subject to a regional value content requirement means, with respect to a good, that the provisions of these Regulations that are applied to determine whether the good is an originating good include a regional value content requirement;
tariff provision means a heading, subheading or tariff item;
territory means:
(a) For Canada, the following zones or waters as determined by its domestic law and consistent with international law:
(b) for Mexico,
(c) for the United States,
(iii) the territorial sea and air space of the United States and any area beyond the territorial sea within which, in accordance with customary international law as reflected in the United Nations Convention on the Law of the Sea, the United States may exercise sovereign rights or jurisdiction.
total cost means all product costs, period costs, and other costs incurred in the territory of one or more of the USMCA countries, where:
(c) other costs are all costs recorded on the books of the producer that are not product costs or period costs, such as interest.
Total cost does not include profits that are earned by the producer, regardless of whether they are retained by the producer or paid out to other persons as dividends, or taxes paid on those profits, including capital gains taxes;
transaction value means the customs value as determined in accordance with the Customs Valuation Agreement, that is, the price actually paid or payable for a good or material with respect to a transaction of the producer of the good, adjusted in accordance with the principles of Articles 8(1), 8(3), and 8(4) of the Customs Valuation Agreement, regardless of whether the good or material is sold for export;
transaction value method means the method of calculating the regional value content of a good that is set out in subsection 7(2) (Regional Value Content);
used means used or consumed in the production of a good;
USMCA country means a Party to the Agreement;
value means the value of a good or material for the purpose of calculating customs duties or for the purpose of applying these Regulations.
verification of origin means a verification of origin of goods under
(f) books refers to,
(i) with respect to the books of a person who is located in a USMCA country,
(ii) with respect to the books of a person who is located outside the territories of the USMCA countries,
(b) in calculating total cost,
(b) in any other case, the producer may elect that the total cost be calculated over
(b) in the case of an election referred to in subsection 1(7), 7(15) or 16(10), if the customs administration of that USMCA country is informed in writing during the course of a verification of origin of the good that the election has been made.
Section 2. Conversion of Currency
2 (1) Conversion of currency. If the value of a good or a material is expressed in a currency other than the currency of the country where the producer of the good is located, that value must be converted to the currency of the country in which that producer is located, based on the following rates of exchange:
(b) in the case of a material that is acquired by the producer other than by a purchase,
(ii) in any other case,
(b) if the material was purchased by the producer in a currency other than the currency in which the information in the statement is provided,
(ii) in any other case,
(c) if the material was acquired by the producer other than by a purchase,
(ii) in any other case,
(C) with respect to a producer located in the United States, the rate of exchange must be the rate referred to in 31 U.S.C. 5151 for the date on which the material was shipped directly to the producer.
Part II
Section 3. Originating Goods
3(1) Wholly obtained goods. A good is originating in the territory of a USMCA country if the good satisfies all other applicable requirements of these Regulations and is:
(j) waste and scrap derived from:
(a) One or more of the non-originating materials used in the production of that good cannot satisfy the change in tariff classification requirements set out in Schedule I (PSRO Annex) because both the good and its materials are classified in the same subheading or same heading that is not further subdivided into subheadings, and,
(b) it was imported into the territory of a USMCA country in an unassembled or a disassembled form but classified as an assembled good in accordance with rule 2(a) of the General Rules of Interpretation for the Harmonized System and,
(9) Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1: Subsection 3(2) Regarding the `component that determines the tariff classification' of a textile or apparel good)
Producer A, located in a USMCA country, produces women´s wool overcoats of subheading 6202.11 from two different fabrics, one for the body and another for the sleeves. Both fabrics are produced using originating and non-originating materials. The overcoat´s body is made of woven wool and silk fabric, and the sleeves are made of knit cotton fabric.
For the purpose of determining if the women´s wool overcoats are originating goods, Producer A must take into account Note 2 of Chapter 62 of Schedule I, which indicates that the applicable rule will apply only to the component that determines the tariff classification of the good and that the component must satisfy the tariff change requirements set out in the rule for that good.
The woven fabric (80% wool and 20% silk) used for the body is the component of the women´s wool overcoat that determines its tariff classification under subheading 6202.11, because it constitutes the predominant material by weight and makes up the largest surface area of the overcoat. This fabric is made by Producer A from originating wool yarn classified in heading 51.06 and non-originating silk yarn classified in heading 50.04.
Since the knit cotton fabric used in the sleeves is not the component that determines the tariff classification of the good, it does not need to meet the requirements set out in the rule for the good.
Producer A must determine whether the non-originating materials used in the production of the component that determines the tariff classification of the women´s wool overcoats (the woven fabric) satisfy the requirements established in the product-specific rule of origin, which requires both a change in tariff classification from any other chapter, except from some headings and chapters under which certain yarns and fabrics are classified, and a requirement that the good be cut or knit to shape and sewn or otherwise assembled in the territory of one or more of the USMCA countries. The non-originating silk yarn of heading 50.04 used by Producer A satisfies the change in tariff classification requirement, since heading 50.04 is not excluded under the product-specific rule of origin. Additionally, the overcoats are cut and sewn in the territory of one of the USMCA countries, and therefore the women´s wool overcoats would be considered to be originating goods.
Example 2: (Subsection 3(2))
Producer A, located in a USMCA country, produces T-shirts of subheading 6109.10 from knit cotton and polyester fabric (60% cotton and 40% polyester), which is also produced by Producer A using originating cotton yarn of heading 52.05 and polyester yarn made of non-originating filaments of heading 54.02.
As the t-shirt is made of a single fabric and classified under GRI 1 in subheading 6109.10, this fabric is the component that determines tariff classification. Therefore, to be considered originating by application of the tariff-shift rule for subheading 6109.10, each of the non-originating materials used in the production of the t-shirt must undergo the required change in tariff classification.
In this case, the non-originating polyester filaments of heading 54.02 used in the production of the T-shirts do not satisfy the change in tariff classification set out in the product-specific rule of origin. In addition, the weight of the non-originating polyester is over the “de minimis” allowance. Therefore, the T-shirts do not qualify as originating goods.
Example 3: (subsection 3(2))—Note 2 contained in Section XI—Textiles and Textile Articles (Chapter 50-63)
Producer A, located in a USMCA country, produces fabrics of subheading 5211.42 from originating cotton and polyester yarns, and non-originating rayon filament. For the purpose of determining if the fabrics are originating goods, Producer A must consider Note 2 of Section XI of Schedule I, which indicates a good of Chapter 50 through 63 is considered as originating, regardless of whether the rayon filaments used in its production are non-originating materials, provided that the good meets the requirements of the applicable product-specific rule of origin.
With the exception of the rayon filaments of heading 54.03, that Note 2 of Section XI of Schedule I allows, all of the materials used in the production of the fabrics are originating materials, and since General Interpretative Note (d) of Schedule I provides that a change in tariff classification of a product-specific rule of origin applies only to non-originating materials, the fabrics are considered to be originating goods.
Example 4: Subsection 3(2) Note 2 and 5 of Chapter 62 regarding the interpretation of the component that determines the tariff classification and the requirement for pockets.
Producer A, located in a USMCA country, produces men´s suits classified in subheading 6203.12, which are made of three fabrics: A non-originating fabric of subheading 5407.61 used to make a visible lining, an originating fabric of 5514.41 used to make the outer part of the suit and a non-originating fabric of subheading 5513.21 used to make pocket bags.
For the purpose of determining if the men´s suits are originating goods, Producer A should take into account Note 2 of Chapter 62 of Schedule I, which indicates that the applicable rule will only apply to the component that determines the tariff classification of the good and that the component must satisfy the tariff change requirements set out in the rule for that good.
The originating fabric used to make the outer part of the suit is the component of the suit that determines the tariff classification under subheading 6203.12, because it constitutes the predominant material by weight and is the largest surface area of the suit. The origin of the fabric used as visible lining is disregarded for the purpose of determining whether the suit is an originating good since that fabric is not considered the component that determines the tariff classification, and there are no Chapter notes related to visible lining for apparel goods.
Additionally, Producer A uses a non-originating fabric of subheading 5513.21 for the pocket bags of the suits, so it should take into account the second paragraph of Note 5 of Chapter 62 of Schedule I, which requires that the pocket bag fabric must be formed and finished in the territory of one or more USMCA countries from yarn wholly formed in one or more USMCA countries.
In this case, for the production of men´s suits, Producer A uses non-originating fabric for the pockets, and such fabric was not formed and finished in the territory of one or more Parties, therefore the suits would be considered to be non-originating goods.
Example 5 (subsection 3(7)): A wholesaler located in USMCA Country A imports non-originating storage units provided for in subheading 8471.70 from outside the territory of the USMCA countries. The wholesaler resells the storage units to a buyer in USMCA Country B. While in the territory of Country A, the storage units do not undergo any production and therefore do not meet the rule in Schedule I for goods of subheading 8471.70 when imported into the territory of USMCA Country B.
Notwithstanding the rule in Schedule I, the storage units of subheading 8471.70 are considered originating goods when they are imported to the territory of USMCA Country B because they are referred to in Schedule II and were imported from the territory of another USMCA country.
The buyer in USMCA Country B subsequently uses the storage units provided for in subheading 8471.70 as a material in the production of another good. For the purpose of determining whether the other good originates, the buyer in USMCA Country B may treat the storage units of subheading 8471.70 as originating materials.
Example 6 subsection 3(8): Self-produced Materials as Materials for the purpose of Determining Whether Non-originating Materials Undergo an Applicable Change in Tariff Classification
Producer A, located in a USMCA country, produces Good A. In the production process, Producer A uses originating Material X and non-originating Material Y to produce Material Z. Material Z is a self-produced material that will be used to produce Good A.
The rule set out in Schedule I for the heading under which Good A is classified specifies a change in tariff classification from any other heading. In this case, both Good A and the non-originating Material Y are of the same heading. However, the self-produced Material Z is of a heading different than that of Good A.
For the purpose of determining whether the non-originating materials that are used in the production of Good A undergo the applicable change in tariff classification, Producer A has the option to consider the self-produced Material Z as the material that must undergo a change in tariff classification. As Material Z is of a heading different than that of Good A, Material Z satisfies the applicable change in tariff classification and Good A would qualify as an originating good.
Section 4. Treatment of Recovered Materials Used in the Production of a Remanufactured Good
4(1) Treatment of recovered materials used in the production of remanufactured goods. A recovered material derived in the territory of one or more of the USMCA countries, will be treated as originating, provided that:
(4) Each of the following examples is an “Example” as referred to in subsection 1(4)
Example 1: (Section 4)
In July 2023, Producer A located in a USMCA country manufactures water pumps of subheading 8413.30 for use in automotive engines. In addition to selling new water pumps, Producer A also sells water pumps that incorporate used parts.
To obtain the used parts, Producer A disassembles used water pumps in a USMCA country and cleans, inspects, and tests the individual parts. Accordingly, these parts qualify as recovered materials.
The water pumps that Producer A manufactures incorporate the recovered materials, have the same life expectancy and performance as new water pumps, and are sold with a warranty that is similar to the warranty for new water pumps. The water pumps therefore qualify as remanufactured goods, and the recovered materials are treated as originating materials when determining whether the good qualifies as an originating good.
In this case, because the water pumps are for use in an automotive good, the provisions of Part VI apply. Because the water pump is a part listed in Table B, the RVC required is 70% under the net cost method or 80% under the transaction value method.
The producer chooses to calculate the RVC using net cost as follows:
Water pump net cost = $1,000
Value of recovered materials = $600
Value other originating materials = $20
Value of non-originating materials = $280
RVC = (NC−VNM)/NC × 100
RVC = (1,000−280)/1,000 × 100 = 72%
The remanufactured water pumps are originating goods because their regional value content exceeds the 70% requirement by net cost method.
Example 2: Section 4
Producer A located in a USMCA country, uses recovered materials derived in the territory of a USMCA country in the production of self-propelled “bulldozers” classified in subheading 8429.11.
In the production of the bulldozers, Producer A uses recovered engines, classified in heading 84.07. The engines are recovered materials because they are disassembled from used bulldozers in a USMCA country and then subject to cleaning, inspecting and technical tests to verify their sound working condition.
In addition to the recovered materials, other non-originating materials, classified in subheading 8413.91, are also used in the production of the bulldozers.
Producer A's bulldozers are considered a “remanufactured good” because they are classified in a tariff provision set out in the definition of a remanufactured good, are partially composed of recovered materials, have a similar life expectancy and perform the same as or similar to new self-propelled bulldozers, and have a factory warranty similar to new self-propelled bulldozers.
Once the recovered engines are used in the production of, and incorporated into, the remanufactured bulldozers, the recovered engines would be treated considered as originating materials for the purpose of determining if the remanufactured bulldozers are originating.
The rule of origin set out in in Schedule I for subheading 8429.11 specifies a change in tariff classification from any other subheading.
In this case, because the recovered engines are treated as originating materials, and the non-originating materials, classified in subheading 8413.91, satisfy the requirements set out in Schedule I, the remanufactured bulldozers are originating goods.
Section 5. De Minimis
5(1) De minimis rule for non-originating materials. Except as otherwise provided in subsection (3) (Exceptions), a good is originating in the territory of a USMCA country if
(a) the value of all non-originating materials that are used in the production of the good and that do not undergo an applicable change in tariff classification as a result of production occurring entirely in the territory of one or more of the USMCA countries is not more than ten percent
(b) a non-originating material of heading 04.01 through 04.06, or a non-originating material that is a dairy preparation containing over 10 percent by dry weight of milk solids of subheading 1901.90 or 2106.90, used in the production of a good of:
(a) the value of all non-originating materials used in the production of the good is not more than ten per cent
(b) if the following conditions are met and if the value of those non-originating materials is equal to the sum of the values of non-originating materials, determined in accordance with the election under subparagraph (iv), divided by the number of units of the goods with respect to which the election is made
(c) if the conditions below are met the value of those non-originating materials is the sum of the values of non-originating materials divided by the number of units produced during the period under subparagraph (iii):
(15) Examples illustrating de minimis rules. Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1: Subsection 5(1)
Producer A, located in a USMCA country, uses originating materials and non-originating materials in the production of aluminum powder of heading 76.03. The product-specific rule of origin set out in Schedule I for heading 76.03 specifies a change in tariff classification from any other chapter. There is no applicable regional value content requirement for this heading. Therefore, in order for the aluminum powder to qualify as an originating good under the rule set out in Schedule I, Producer A may not use any non-originating material of Chapter 76 in the production of the aluminum powder.
All of the materials used in the production of the aluminum powder are originating materials, with the exception of a small amount of aluminum scrap of heading 76.02, that is in the same chapter as the aluminum powder. Under subsection 5(1), if the value of the non-originating aluminum scrap does not exceed ten per cent of the transaction value of the aluminum powder or the total cost of the aluminum powder, whichever is applicable, the aluminum powder would be considered an originating good.
Example 2: Subsection 5(2)
Producer A, located in a USMCA country, uses originating materials and non-originating materials in the production of fans of subheading 8414.59. There are two alternative rules set out in Schedule I for subheading 8414.59, one of which specifies a change in tariff classification from any other heading. The other rule specifies both a change in tariff classification from the subheading under which parts of the fans are classified and a regional value content requirement. In order for the fan to qualify as an originating good under the first of the alternative rules, all of the materials that are classified under the subheading for parts of fans and used in the production of the completed fan must be originating materials.
In this case, all of the non-originating materials used in the production of the fan satisfy the change in tariff classification set out in the rule that specifies a change in tariff classification from any other heading, with the exception of one non-originating material that is classified under the subheading for parts of fans. Under subsection 5(1), if the value of the non-originating material that does not satisfy the change in tariff classification specified in the first rule does not exceed ten per cent of the transaction value of the fan or the total cost of the fan, whichever is applicable, the fan would be considered an originating good. Therefore, under subsection 5(2), the fan would not be required to satisfy the alternative rule that specifies both a change in tariff classification and a regional value content requirement.
Example 3: Subsection 5(2)
Producer A, located in a USMCA country, uses originating materials and non-originating materials in the production of copper anodes of heading 74.02. The product-specific rule of origin set out in Schedule I for heading 74.02 specifies both a change in tariff classification from any other heading, except from heading 74.04, under which certain copper materials are classified, and a regional value content requirement. With respect to that part of the rule that specifies a change in tariff classification, in order for the copper anode to qualify as an originating good, any copper materials that are classified under heading 74.02 or 74.04 and that are used in the production of the copper anode must be originating materials.
In this case, all of the non-originating materials used in the production of the copper anode satisfy the specified change in tariff classification, with the exception of a small amount of copper materials classified under heading 74.04. Subsection 5(1) provides that the copper anode can be considered an originating good if the value of the non-originating copper materials that do not satisfy the specified change in tariff classification does not exceed ten per cent of the transaction value of the copper anode or the total cost of the copper anode, whichever is applicable. In this case, the value of those non-originating materials that do not satisfy the specified change in tariff classification does not exceed the ten per cent limit.
However, the rule set out in Schedule I for heading 74.02 specifies both a change in tariff classification and a regional value content requirement. Under paragraph 5(1)(b), in order to be considered an originating good, the copper anode must also, except as otherwise provided in subsection 5(4), satisfy the regional value content requirement specified in that rule. As provided in paragraph 5(1)(b), the value of the non-originating materials that do not satisfy the specified change in tariff classification, together with the value of all other non-originating materials used in the production of the copper anode, will be taken into account in calculating the regional value content of the copper anode.
Example 4: Subsection 5(4)
Producer A, located in a USMCA country, primarily uses originating materials in the production of shoes of heading 64.05. The product-specific rule of origin set out in Schedule I for heading 64.05 specifies both a change in tariff classification from any heading other than headings 64.01 through 64.05 or subheading 6406.10 and a regional value content requirement.
With the exception of a small amount of materials of Chapter 39, all of the materials used in the production of the shoes are originating materials.
Under subsection 5(4), if the value of all of the non-originating materials used in the production of the shoes does not exceed ten per cent of the transaction value of the shoes or the total cost of the shoes, whichever is applicable, the shoes are not required to satisfy the regional value content requirement specified in the rule set out in Schedule I in order to be considered originating goods.
Example 5: Subsection 5(4)
Producer A, located in a USMCA country, produces barbers' chairs of subheading 9402.10. The product-specific rule of origin set out in Schedule I for goods of subheading 9402.10 specifies a change in tariff classification from any other subheading. All of the materials used in the production of these chairs are originating materials, with the exception of a small quantity of non-originating materials that are classified as parts of barbers' chairs. These parts undergo no change in tariff classification because subheading 9402.10 provides for both barbers' chairs and their parts.
Although Producer A's barbers' chairs do not qualify as originating goods under the rule set out in Schedule I, paragraph 3(4)(a) provides, among other things, that, if there is no change in tariff classification from the non-originating materials to the goods because the subheading under which the goods are classified provides for both the goods and their parts, the goods will qualify as originating goods if they satisfy a specified regional value content requirement.
However, under subsection 5(4), if the value of the non-originating materials does not exceed ten per cent of the transaction value of the barbers' chairs or the total cost of the barbers' chairs, whichever is applicable, the barbers' chairs will be considered originating goods and are not required to satisfy the regional value content requirement set out in subparagraph 3(4)(a)(ii).
Example 6: Subsection 5(6):
Producer A, located in a USMCA country, manufactures an infant diaper, classified in heading 96.19, consisting of an outer shell of 94 percent nylon and 6 percent elastomeric fabric, by weight, and a terry knit cotton absorbent crotch. All materials used are produced in a USMCA country, except for the elastomeric fabric, which is from a non-USMCA country. The elastomeric fabric is only 6 percent of the total weight of the diaper. The product otherwise satisfies all other applicable requirements of these Regulations. Therefore, the product is considered originating from a USMCA country as per subsection (6).
Example 7: Subsection 5(6)
Producer A, located in a USMCA country, produces cotton fabric of subheading 5209.11 from cotton yarn of subheading 5205.11. This cotton yarn is also produced by Producer A.
The product-specific rule of origin set out in Schedule I for subheading 5209.11, under which the fabric is classified, specifies a change in tariff classification from any other heading outside 52.08 through 52.12, except from certain headings under which certain yarns are classified, including cotton yarn of subheading 5205.11.
Therefore, with respect to that part of the rule that specifies a change in tariff classification, in order for the fabric to qualify as an originating good, the cotton yarn that is used by Producer A in the production of the fabric must be an originating material.
At one point Producer A uses a small quantity of non-originating cotton yarn in the production of the cotton fabric. Under subsection 5(6), if the total weight of the non-originating cotton yarn does not exceed ten per cent of the total weight of the cotton fabric, it would be considered an originating good.
Example 8: Subsections 5(7) and (8)
Producer A, located in a USMCA country, produces women's dresses of subheading 6204.41 from fine wool fabric of heading 51.12. This fine wool fabric, also produced by Producer A, is the component of the dress that determines its tariff classification under subheading 6204.41.
The product-specific rule of origin set out in Schedule I for subheading 6204.41, under which the dress is classified, specifies both a change in tariff classification from any other chapter, except from those headings and chapters under which certain yarns and fabrics, including combed wool yarn and wool fabric, are classified, and a requirement that the good be cut and sewn or otherwise assembled in the territory of one or more of the USMCA countries. In addition, narrow elastics classified in subheading 5806.20 or heading 60.02 and sewing thread classified in heading 52.04, 54.01 or 55.08 or yarn classified in heading 54.02 that is used as sewing thread, must be formed and finished in the territory of one or more of the USMCA countries for the dress to be originating. Furthermore, if the dress has a pocket, the pocket bag fabric must be formed and finished in the territory of one or more of the USMCA countries for the dress to be originating.
Therefore, with respect to that part of the rule that specifies a change in tariff classification, in order for the dress to qualify as an originating good, the combed wool yarn and the fine wool fabric made therefrom that are used by Producer A in the production of the dress must be originating materials. In addition, the sewing thread, narrow elastics and pocket bags that are used by Producer A in the production of the dress must also be formed and finished in the territory of one or more of the USMCA countries.
At one point Producer A uses a small quantity of non-originating combed wool yarn in the production of the fine wool fabric. Under subsection 5(7), if the total weight of the non-originating combed wool yarn does not exceed ten per cent of the total weight of all the yarn used in the production of the component of the dress that determines its tariff classification, that is, the wool fabric, the dress would be considered an originating good.
Example 9: Subsection 5(7)
Producer A, located in a USMCA country, manufactures women's knit sweaters, which have knit bodies and woven sleeves. The knit body is composed of 95 percent polyester and 5 percent spandex, by weight. The sleeves are made of non-USMCA woven fabric that is 100 percent polyester. All materials of the knit body are from a USMCA country, except for the spandex, which is from a non-USMCA country. The sweater is cut and sewn in a USMCA country. Since the knit body gives the garment its essential character, the sweater is classified in subheading 6110.30. The product-specific rule of origin set out in Schedule I for subheading 6110.30 is that the product is both cut (or knit to shape) and sewn or otherwise assembled in the territory of one or more of the USMCA countries. The sleeves are disregarded in determining whether the sweater originates in a USMCA country because only the component that determines the tariff classification of the good must be originating and the de minimis provision is applied to that component. Moreover, the total weight of the spandex is less than 10 percent of the total weight of the knit body fabric, which is the component that determines the tariff classification of the sweater, and the spandex does not exceed seven percent of the total weight of good. Assuming that the women's knit sweater satisfies all other applicable requirements of these Regulations, the women's knit sweater is originating from the USMCA country.
Example 10: Subsection 5(9)
A men's shirt of Chapter 61 is made using two different fabrics; one for the body and another for the sleeves. The component that determines the tariff classification of the men's shirt would be the fabric used for the body, as it constitutes the material that predominates by weight and makes up the largest surface area of the shirt`s exterior. If this fabric is produced using non-originating fibers and yarns that do not satisfy a tariff change rule, the de minimis provision would be calculated on the basis of the total weight of the non-originating fibers or yarns used in the production of the fabric that makes up the body of the shirt. The weight of these non-originating fibers or yarns must be ten percent or less of the total weight of that fabric and any elastomeric content must be seven per cent or less of the total weight of that fabric.
Alternatively, if the shirt is made entirely of the same fabric, the component that determines the tariff classification of that shirt would be that fabric, as the shirt is made out of the same material throughout. Therefore, under this second scenario, the total weight of all non-originating fibers and yarns used in the production of the shirt that do not satisfy a tariff change rule, must be ten percent or less of the total weight of the shirt, and any elastomeric content must be seven per cent or less of the total weight of that shirt, for the shirt to be considered as an originating good.
Example 11: Subsection 5(9)
Producer A, located in a USMCA country, produces women´s blouses of subheading 6206.40 from a fabric also produced by Producer A using 90% by weight originating polyester yarns of subheading 5402.33, 3% by weight non-originating lyocell yarn of subheading 5403.49 and 7% by weight non-originating elastomeric filament yarn of subheading 5402.44. This fabric is the component of the women´s blouses that determines its tariff classification under subheading 6206.40.
The product-specific rule of origin of Schedule I applicable to the women´s blouses of subheading 6206.40 requires a change in tariff classification from any other chapter, except from those headings and chapters under which certain yarns and fabrics, including polyester, lyocell and elastomeric filament yarns, are classified and a requirement that the good is cut and sewn or otherwise assembled in the territory of one or more of the USMCA countries.
In this case, the non-originating lyocell yarns of subheading 5403.49 and the non-originating elastomeric filament yarn of subheading 5402.44 do not satisfy the change in tariff classification required by the product-specific rule of origin of Schedule I, because the product specific rule of origin for heading 62.06 excludes a change from Chapter 54 to heading 62.06.”
However, according to subsection (7), a textile or apparel good classified in Chapters 61 through 63 of the Harmonized System that contains non-originating fibers or yarns in the component of the good that determines its tariff classification that do not satisfy the applicable change in tariff classification, will nonetheless be considered an originating good if the total weight of all those fibers or yarns is not more than 10 percent of the total weight of that component, of which the total weight of elastomeric content may not exceed 7 percent of the total weight of the component, and such good meets all the other applicable requirements of these Regulations.
Since the weight of the non-originating materials used by Producer A does not exceed 10 percent of the total weight of the component that determines the tariff classification of the women´s blouses, and the weight of elastomeric content also does not exceed 7 percent of such total weight, the women´s blouses qualify as originating goods.
Example 12: Subsection 5(10)
A producer located in a USMCA country manufactures boys' swimwear of subheading 6211.11 from fabric that has been woven in a USMCA country from yarn spun in a USMCA country; however, the producer uses non-originating narrow elastic of heading 60.02 in the waist-band of the swimwear. As a result of the use of non-originating narrow elastic of heading 60.02 in the waistband, and provided the garment is imported into a USMCA country at least 18 months after the Agreement enters into force, the swimwear is considered non-originating because it does not satisfy the requirement set out in Note 3 of Chapter 62. In addition, subsection 5(7) is not applicable regarding the narrow elastic of 60.02 and the good is therefore a non-originating good.
Section 6. Sets of Goods, Kits or Composite Goods
6 (1) This section applies to a good that is classified as a set as a result of the application of rule 3 of the General Rules for the Interpretation of the Harmonized System.
(5) Examples. Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1 (paint set)
Producer A assembles a paint set for arts and crafts. The set includes tubes of paint, paint brushes, and paper all presented in a reusable wooden box. The paint set for arts and crafts is classified in subheading 3210.00 as a result of the application of Rule 3 of the General Rules for the Interpretation of the Harmonized System and, as a result, Section 6 will apply with respect to such set. The paint, paper and wooden box are all originating as they each undergo the changes required in the product-specific rules of origin in Schedule I. The paint brushes, which represent four percent of the value of the set, are produced in the territory of a non-USMCA country and are therefore non-originating. The set is nonetheless originating.
Example 2: Subsection 6(2)
Producer A, located in a USMCA country, uses originating materials and non-originating materials to assemble a manicure set of subheading 8214.20. The set includes a nail nipper, cuticle scissors, a nail clipper and a nail file with cardboard support, all presented in a plastic case with zipper. The items are not classified as a set as a result of the application of rule 3 of the General Rules for the Interpretation of the Harmonized System. The Harmonized System specifies that manicure sets are classified in subheading 8214.20. This means that the specific rule of origin set out in Schedule I is applied. This rule requires a change in tariff classification from any other chapter. In order for the manicure set to qualify as an originating good under the rule set out in Schedule I, Producer A may not use any non-originating material of Chapter 82 in the assembly of the manicure set.
In this case, Producer A, located in a USMCA country, produces the nail nipper, the cuticle scissors and the nail clipper included in the set, and all qualify as originating. Despite being classified in the same chapter as the manicure set (chapter 82), the originating nail nipper, the cuticle scissors and the nail clipper satisfy the change in tariff classification applicable to the manicure set. The nail file with cardboard support (6805.20) and the plastic case with zipper (4202.12) are imported from outside the territories of the USMCA countries; however, these items are not classified in chapter 82, so they satisfy the applicable change in tariff classification. Therefore, the manicure set is an originating good.
Example 3: Pants set Section 6(2)
Producer A makes a pants set, containing men's cotton denim trousers and a polyester belt, packed together for a retail sale. The trousers are made of cotton fabric formed and finished from yarn in a USMCA country. The sewing thread is formed and finished in a USMCA country. The pocket bag fabric is formed and finished in a USMCA country, of yarn wholly formed in a USMCA country. The trousers are cut and sewn in USMCA country A. A polyester webbing belt with a metal buckle is made in a non-USMCA country and shipped to USMCA country A, where it is threaded through the belt loops of the trousers. The value of the belt is 8% of the value of the trousers and belt combined.
The men's trousers are classified under subheading 6203.42. The rule of origin set out in Schedule I for subheading 6203.42 requires that the trousers be made from fabric produced in a USMCA country from yarn produced in a USMCA country. The trousers satisfy the product-specific rules provided in Schedule I and are considered originating. However, the belt does not satisfy the rules and would not be considered originating. The set is nonetheless an originating good if the belt value is 10% or less of the value of the set. Since the value of the belt is 8% of the value of the set, the men's trousers and belt set would be treated as an originating good under the USMCA.
Example 4: Shirt and Tie Set Section 6(2)
Producer A makes a boys' shirt and tie set in a USMCA country. The shirt is constructed from 55% cotton, 45% polyester, solid color, dyed, woven fabric, classified in subheading 5210.31. The fabric contains 73.2 total yarns per square centimeter and 76 metric yarns. The shirt is packaged in a retail polybag with a coordinating color, 100% polyester, woven fabric tie. The yarns used in the shirt fabric are spun in non-USMCA country and the fabric is woven and dyed in the same non-USMCA country. The shirt fabric is sent to the USMCA country where it is cut and sewn into finished garments. The coordinating tie is made in a non-USMCA country from fabric that is woven in that country from yarns that are spun in that country. The value of the coordinating tie is approximately 13% of the value of the set.
The shirt is classified under heading 62.05. The shirt satisfies the product-specific rule for subheading 62.05 set out in Schedule I and is considered originating because it is wholly made from fabric of heading 5210.31 (not of square construction, containing more than 70 warp ends and filling picks per square centimeter, of average yarn number exceeding 70 metric) and cut and sewn into finished garments in the USMCA country. On the other hand, the tie does not satisfy the product specific rule for heading 62.15 and would not be considered originating. For purposes of the sets rule, provided the tie is valued at 10% or less of the value of the set, the set will be treated as originating. However, since the value of the coordinating tie is approximately 13% of the value of the set, the shirt and tie set would not be treated as an originating good under the USMCA.
Example 5: Chef set Section 6(2)
Producer A, located in a USMCA country, produces a chef set for retail sale using originating and non-originating materials. This set includes an apron, cooking gloves and a chef hat. The chef set is classified in heading 62.11 as a result of the application of rule 3 of the General Rules for the Interpretation of the Harmonized System. For this reason, subsection (3) applies to this set. Both the apron and cooking gloves meet the product-specific rules of origin for their respective product categories and are therefore considered to be originating. The chef hat, which represents 9.7 percent of the value of the set, is produced in the territory of a non-USMCA country and is therefore non-originating. The set is nonetheless an originating good because less than ten percent of the value of the set is non-originating.
Part III
Section 7. Regional Value Content
7 (1) Calculation. Except as otherwise provided in subsection (6), the regional value content of a good is to be calculated, at the choice of the importer, exporter or producer of the good, on the basis of either the transaction value method or the net cost method.
(2) Transaction value method. The transaction value method for calculating the regional value content of a good is as follows:
RVC = (TV−VNM)/TV * 100
Where
RVC is the regional value content of the good, expressed as a percentage;
TV is the transaction value of the good, determined in accordance with Schedule III with respect to the transaction in which the producer of the good sold the good, adjusted to exclude any costs incurred in the international shipment of the good; and
VNM is the value of non-originating materials used by the producer in the production of the good, determined in accordance with section 8.
(3) Net cost method. The net cost method for calculating the regional value content of a good is as follows:
RVC = (NC−VNM)/NC * 100
Where
RVC is the regional value content of the good, expressed as a percentage;
NC is the net cost of the good, calculated in accordance with subsection (11); and
VNM is the value of non-originating materials used by the producer in the production of the good, determined, except as otherwise provided in sections 14 and 15 and, in accordance with section 8.
(a) calculating the sum of the net costs incurred and the sum of the values of non-originating materials used by the producer of the good with respect to the good and identical goods or similar goods, or any combination thereof, produced in a single plant by the producer over
(22) Examples. Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1: Example of point of direct shipment (with respect to adjusted to exclude any costs incurred in the international shipment of the good)
A producer has only one factory, at which the producer manufactures finished office chairs. Because the factory is located close to transportation facilities, all units of the finished good are stored in a factory warehouse 200 meters from the end of the production line. Goods are shipped worldwide from this warehouse. The point of direct shipment is the warehouse.
Example 2: Examples of point of direct shipment (with respect to adjusted to exclude any costs incurred in the international shipment of the good)
A producer has six factories, all located within the territory of one of the USMCA countries, at which the producer produces garden tools of various types. These tools are shipped worldwide, and orders usually consist of bulk orders of various types of tools. Because different tools are manufactured at different factories, the producer decided to consolidate storage and shipping facilities and ships all finished products to a large warehouse located near the seaport, from which all orders are shipped. The distance from the factories to the warehouse varies from 3 km to 130 km. The point of direct shipment for each of the goods is the warehouse.
Example 3: Examples of point of direct shipment (with respect to adjusted to exclude any costs incurred in the international shipment of the good)
A producer has only one factory, located near the center of one of the USMCA countries, at which the producer manufactures finished office chairs. The office chairs are shipped from that factory to three warehouses leased by the producer, one on the west coast, one near the factory and one on the east coast. The office chairs are shipped to buyers from these warehouses, the shipping location depending on the shipping distance from the buyer. Buyers closest to the west coast warehouse are normally supplied by the west coast warehouse, buyers closest to the east coast are normally supplied by the warehouse located on the east coast and buyers closest to the warehouse near the factory are normally supplied by that warehouse. In this case, the point of direct shipment is the location of the warehouse from which the office chairs are normally shipped to customers in the location in which the buyer is located.
Example 4: Subsection 7(3), net cost method
A producer located in USMCA country A sells Good A that is subject to a regional value content requirement to a buyer located in USMCA country B. The producer of Good A chooses that the regional value content of that good be calculated using the net cost method. All applicable requirements of these Regulations, other than the regional value content requirement, have been met. The applicable regional value content requirement is 50 per cent.
In order to calculate the regional value content of Good A, the producer first calculates the net cost of Good A. Under paragraph 6(11)(a), the net cost is the total cost of Good A (the aggregate of the product costs, period costs and other costs) per unit, minus the excluded costs (the aggregate of the sales promotion, marketing and after-sales service costs, royalties, shipping and packing costs and non-allowable interest costs) per unit. The producer uses the following figures to calculate the net cost:
Product costs:
Value of originating materials $30.00
Value of non-originating materials 40.00
Other product costs 20.00
Period costs 10.00
Other costs 0.00
Total cost of Good A, per unit $100.00
Excluded costs:
Sales promotion, marketing and after-sales service cost $5.00
Royalties 2.50
Shipping and packing costs 3.00
Non-allowable interest costs 1.50
Total excluded costs $12.00
The net cost is the total cost of Good A, per unit, minus the excluded costs.
Total cost of Good A, per unit: $100.00
Excluded costs:—12.00
Net cost of Good A, per unit: $ 88.00
The value for net cost ($88) and the value of non-originating materials ($40) are needed in order to calculate the regional value content. The producer calculates the regional value content of Good A under the net cost method in the following manner:
RVC = (NC−VNM)/NC*100
= (88-40)/88*100
= 54.5%
Therefore, under the net cost method, Good A qualifies as an originating good, with a regional value content of 54.5 per cent.
Example 5: Paragraph 7(11)(a)
A producer in a USMCA country produces Good A and Good B during the producer's fiscal year.
The producer uses the following figures, which are recorded on the producer's books and represent all of the costs incurred with respect to both Good A and Good B, to calculate the net cost of those goods:
Product costs:
Value of originating materials $2,000
Value of non-originating materials 1,000
Other product costs 2,400
Period costs: (including $1,200 in excluded costs) 3,200
Other costs: 400
Total cost of Good A and Good B: $9,000
The net cost is the total cost of Good A and Good B, minus the excluded costs incurred with respect to those goods.
Total cost of Good A and Good B: $9,000
Excluded costs:—1,200
Net cost of Good A and Good B: $7,800
The net cost must then be reasonably allocated, in accordance with Schedule V, to Good A and Good B.
Example 6: Paragraph 7(11)(b))
A producer located in a USMCA country produces Good A and Good B during the producer's fiscal year. In order to calculate the regional value content of Good A and Good B, the producer uses the following figures that are recorded on the producer's books and incurred with respect to those goods:
Product costs:
Value of originating materials $2,000
Value of non-originating materials 1,000
Other product costs 2,400
Period costs: (including $1,200 in excluded costs) 3,200
Other costs: 400
Total cost of Good A and Good B: $9,000
Under paragraph 6(11)(b), the total cost of Good A and Good B is then reasonably allocated, in accordance with Schedule VII, to those goods. The costs are allocated in the following manner:
Allocated to Good A 5,220
Allocated to Good B 3,780
Total cost ($9,000 for both Good A and Good B)
The excluded costs ($1,200) that are included in total cost allocated to Good A and Good B, in accordance with Schedule VII, are subtracted from that amount.
Total Excluded costs:
Sales promotion, marketing and after-sale service costs 500
Royalties 200
Shipping and packing costs 500
Excluded Cost Allocated to Good A:
Sales promotion, marketing and after-sale service costs 290
Royalties 116
Shipping and packing costs 290
Net cost (total cost minus excluded costs): $4,524
Excluded Cost Allocated to Good B:
Sales promotion, marketing and after-sale service costs 210
Royalties 84
Shipping and packing costs 210
Net cost (total cost minus excluded costs): $3,276
The net cost of Good A is thus $4,524, and the net cost of Good B is $3,276.
Example 7: Paragraph 7(11)(c)
A producer located in a USMCA country produces Good C and Good D. The following costs are recorded on the producer's books for the months of January, February and March, and each cost that forms part of the total cost are reasonably allocated, in accordance with Schedule VII, to Good C and Good D.
Total cost: Good C and Good D (in thousands of dollars)
Product costs:
Value of originating materials 100
Value of non-originating materials 900
Other product costs 500
Period costs: (including $420 in excluded costs) 5,679
Minus Excluded costs 420
Other costs: 0
Total cost (aggregate of product costs, period costs and other costs): 6,759
Allocated to Good C (in thousands of dollars):
Product costs:
Value of originating materials 0
Value of non-originating materials 800
Other product costs 300
Period costs: (including $420 in excluded costs) 3,036
Minus Excluded costs 300
Other costs: 0
Total cost (aggregate of product costs, period costs and other costs): 3,836
Allocated to Good D (in thousands of dollars):
Product costs:
Value of originating materials 100
Value of non-originating materials 100
Other product costs 200
Period costs: (including $420 in excluded costs) 2,643
Minus Excluded costs 120
Other costs: 0
Total cost (aggregate of product costs, period costs and other costs): 2,923
Example 8: Subsection 7(12)
Producer A, located in a USMCA country, produces Good A that is subject to a regional value content requirement. The producer chooses that the regional value content of that good be calculated using the net cost method. Producer A buys Material X from Producer B, located in a USMCA country. Material X is a non-originating material and is used in the production of Good A. Producer A provides Producer B, at no charge, with molds to be used in the production of Material X. The cost of the molds that is recorded on the books of Producer A has been expensed in the current year. Pursuant to subparagraph 4(1)(b)(ii) of Schedule VI, the value of the molds is included in the value of Material X. Therefore, the cost of the molds that is recorded on the books of Producer A and that has been expensed in the current year cannot be included as a separate cost in the net cost of Good A because it has already been included in the value of Material X.
Example 9: Subsection 7(12)
Producer A, located in a USMCA country, produces Good A that is subject to a regional value content requirement. The producer chooses that the regional value content of that good be calculated using the net cost method and averages the calculation over the producer's fiscal year under subsection 7(15). Producer A determines that during that fiscal year Producer A incurred a gain on foreign currency conversion of $10,000 and a loss on foreign currency conversion of $8,000, resulting in a net gain of $2,000. Producer A also determines that $7,000 of the gain on foreign currency conversion and $6,000 of the loss on foreign currency conversion is related to the purchase of non-originating materials used in the production of Good A, and $3,000 of the gain on foreign currency conversion and $2,000 of the loss on foreign currency conversion is not related to the production of Good A. The producer determines that the total cost of Good A is $45,000 before deducting the $1,000 net gain on foreign currency conversion related to the production of Good A. The total cost of Good A is therefore $44,000. That $1,000 net gain is not included in the value of non-originating materials under subsection 8(1).
Example 10: Subsection 7(12)
Given the same facts as in example 9, except that Producer A determines that $6,000 of the gain on foreign currency conversion and $7,000 of the loss on foreign currency conversion is related to the purchase of non-originating materials used in the production of Good A. The total cost of Good A is $45,000, which includes the $1,000 net loss on foreign currency conversion related to the production of Good A. That $1,000 net loss is not included in the value of non-originating materials under subsection 8(1).
Part IV
Section 8. Materials
8 (1) Value of material used in production. Except as otherwise provided for non-originating materials used in the production of a good referred to in section 14 or subsection 15(1), and except in the case of indirect materials, intermediate materials and packing materials and containers, for the purpose of calculating the regional value content of a good and for the purposes of subsection 5(1) and (4), the value of a material that is used in the production of the good is to be
(b) if the material is acquired by the producer of the good from another person located in the territory of the USMCA country in which the good is produced
(c) for a material that is self-produced
(a) when originating and non-originating fungible materials
(28) Examples illustrating the provisions on materials. Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1: Subsection 8(4), Transaction Value not Determined in a Manner Consistent with Schedule VI
Producer A, located in USMCA country A, imports a bicycle chainring into USMCA country A. Producer A purchased the chainring from a middleman located in country B. The middleman purchased the chainring from a manufacturer located in country B. Under the laws in USMCA country A that implement the Agreement on Implementation of Article VII of the General Agreement on Tariffs and Trade, the customs value of the chainring was based on the price actually paid or payable by the middleman to the manufacturer. Producer A uses the chainring to produce a bicycle, and exports the bicycle to USMCA country C. The bicycle is subject to a regional value content requirement.
Under subsection 3(1) of Schedule VI (Value of Materials), the price actually paid or payable is the total payment made or to be made by the producer to or for the benefit of the seller of the material. Section 1 of that Schedule defines producer and seller for the purposes of the Schedule. A producer is the person who uses the material in the production of a good that is subject to a regional value content requirement. A seller is the person who sells the material being valued to the producer.
The transaction value of the chainring was not determined in a manner consistent with Schedule VI because it was based on the price actually paid or payable by the middleman to the manufacturer, rather than on the price actually paid or payable by Producer A to the middleman. Thus, subsection 8(4) applies and the chainring is valued in accordance with Schedule IV.
Example 2: Subsection 8(7), Value of Intermediate Materials
A producer located in a USMCA country produces a bicycle, which is subject to a regional value content requirement under section 3(2). The producer also produces a chain ring, which is used in the production of the bicycle. Both originating materials and non-originating materials are used in the production of the chainring. The chainring is subject to a change in tariff classification requirement under section 3(2). The costs to produce the chainring are the following:
Product costs:
Value of originating materials $ 1.00
Value of non-originating materials 7.50
Other product costs 1.50
Period costs (including $0.30 in royalties): 0.50
Other costs: 0.10
Total cost of the chainring: $10.60
The producer designates the chainring as an intermediate material and determines that, because all of the non-originating materials that are used in the production of the chainring undergo an applicable change in tariff classification set out in Schedule I, the chainring would, under section 3(2) qualify as an originating material. The cost of the non-originating materials used in the production of the chainring is therefore not included in the value of non-originating materials that are used in the production of the bicycle for the purpose of determining its regional value content of the bicycle. Because the chainring has been designated as an intermediate material, the total cost of the chainring, which is $10.60, is treated as the cost of originating materials for the purpose of calculating the regional value content of the bicycle. The total cost of the bicycle is determined in accordance with the following figures:
Product costs:
Value of originating materials
—intermediate materials $10.60
—other materials 3.00
Value of non-originating materials 5.50
Other product costs 6.50
Period costs: 2.50
Other costs: 0.10
Total cost of the bicycle: $28.20
Example 3: Subsection 8(7), Effects of the Designation of Self-produced Materials on Net Cost
The ability to designate intermediate materials helps to put the vertically integrated producer who is self-producing materials that are used in the production of a good on par with a producer who is purchasing materials and valuing those materials in accordance with subsection 8(1). The following situations demonstrate how this is achieved:
Situation 1
A producer located in a USMCA country produces a bicycle, which is subject to a regional value content requirement of 50 per cent under the net cost method. The bicycle satisfies all other applicable requirements of these Regulations. The producer purchases a bicycle frame, which is used in the production of the bicycle, from a supplier located in a USMCA country. The value of the frame determined in accordance with subsection 8(1) is $11.00. The frame is an originating material. All other materials used in the production of the bicycle are non-originating materials.
The net cost of the bicycle is determined as follows:
Product costs:
Value of originating materials (bicycle frame) $11.00
Value of non-originating materials 5.50
Other product costs 6.50
Period costs: (including $0.20 in excluded costs) 0.50
Other costs: 0.10
Total cost of the bicycle: $23.60
Excluded costs: (included in period costs) 0.20
Net cost of the bicycle: $23.40
The regional value content of the bicycle is calculated as follows:
RVC = (NC−VNM)/NC*100
= ($23.40−$5.50)/$23.50*100
= 76.5%
The regional value content of the bicycle is 76.5 per cent, and the bicycle, therefore, qualifies as an originating good.
Situation 2
A producer located in a USMCA country produces a bicycle, which is subject to a regional value content requirement of 50 per cent under the net cost method. The bicycle satisfies all other applicable requirements of these Regulations. The producer self-produces the bicycle frame which is used in the production of the bicycle. The costs to produce the frame are the following:
Product costs:
Value of originating materials $ 1.00
Value of non-originating materials 7.50
Other product costs 1.50
Period costs: (including $0.20 in excluded costs) 0.50
Other costs: 0.10
Total cost of the bicycle frame: $10.60
Additional costs to produce the bicycle are the following:
Product costs:
Value of originating materials $ 0.00
Value of non-originating materials 5.50
Other product costs 6.50
Period costs: (Including $0.20 in excluded costs) 0.50
Other costs: 0.10
Total additional costs: $12.60
The producer does not designate the bicycle frame as an intermediate material under subsection 8(4). The net cost of the bicycle is calculated as follows:
| Costs of the bicycle frame (not designated as an intermediate material) | Additional costs to produce the bicycle | Total | |
|---|---|---|---|
| Product costs: | |||
| Value of originating materials | $ 1.00 | $ 0.00 | $ 1.00 |
| Value of non-originating materials | 7.50 | 5.50 | 13.00 |
| Other product costs | 1.50 | 6.50 | 8.00 |
| Period costs (including $0.20 in excluded costs) | 0.50 | 0.50 | 1.00 |
| Other costs | 0.10 | 0.10 | 0.20 |
| Total cost of the bicycle | 10.60 | 12.60 | 23.20 |
| Excluded costs (in period costs) | 0.20 | 0.20 | 0.40 |
| Net cost of the bicycle (total cost minus excluded costs): | 22.80 |
The regional value content of the bicycle is calculated as follows:
RVC = (NC−VNM)/NC*100
= ($22.80−$13.00)/$22.80*100
= 42.9%
The regional value content of the bicycle is 42.9 per cent, and the bicycle, therefore, does not qualify as an originating good.
Situation 3
A producer located in a USMCA country produces the bicycle, which is subject to a regional value content requirement of 50 per cent under the net cost method. The bicycle satisfies all other applicable requirements of these Regulations. The producer self-produces the bicycle frame, which is used in the production of the bicycle. The costs to produce the frame are the following:
Product costs:
Value of originating materials $ 1.00
Value of non-originating materials 7.50
Other product costs 1.50
Period costs: (Including $0.20 in excluded costs) 0.50
Other costs: 0.10
Total cost of the bicycle frame: $10.60
Additional costs to produce the bicycle are the following: Product costs: 0.10
Product costs:
Value of originating materials $ 0.00
Value of non-originating materials 5.50
Other product costs 6.50
Period costs: (including $0.20 in excluded costs) 0.50
Other costs: 0.10
Total additional costs: $12.60
The producer designates the frame as an intermediate material under subsection 8(6). The frame qualifies as an originating material under section 3(2). Therefore, the value of non-originating materials used in the production of the frame is not included in the value of non-originating materials for the purpose of calculating the regional value content of the bicycle. The net cost of the bicycle is calculated as follows:
| Costs of the bicycle frame (not designated as an intermediate material) | Additional costs to produce the bicycle | Total | |
|---|---|---|---|
| Product costs: | |||
| Value of originating materials | $10.60 | $0.00 | $10.60 |
| Value of non-originating materials | 5.50 | 5.50 | |
| Other product costs | 6.50 | 6.50 | |
| Period costs (including $0.20 in excluded costs) | 0.50 | 0.50 | |
| Other costs | 0.10 | 0.10 | |
| Total cost of the bicycle | 10.60 | 12.60 | 23.20 |
| Excluded costs (in period costs) | 0.20 | 0.20 | |
| Net cost of the bicycle (total cost minus excluded costs): | 23.00 |
The regional value content of the bicycle is calculated as follows:
RVC = (NC−VNM)/NC*100
= ($23.00−$5.50)/$23.00*100
= 76.1%
The regional value content of the bicycle is 76.1 per cent, and the bicycle, therefore, qualifies as an originating good.
Example 4: Originating Materials Acquired from a Producer Who Produced Them Using Intermediate Materials
Producer A, located in USMCA country A, produces switches. In order for the switches to qualify as originating goods, Producer A designates subassemblies of the switches as intermediate materials. The subassemblies are subject to a regional value content requirement. They satisfy that requirement, and qualify as originating materials. The switches are also subject to a regional value content requirement, and, with the subassemblies designated as intermediate materials, are determined to have a regional value content of 65 per cent.
Producer A sells the switches to Producer B, located in USMCA country B, who uses them to produce switch assemblies that are used in the production of Good B. The switch assemblies are subject to a regional value content requirement. Producers A and B are not accumulating their production within the meaning of section 9. Producer B is therefore able, under subsection 8(6), to designate the switch assemblies as intermediate materials.
If Producers A and B were accumulating their production within the meaning of section 9, Producer B would be unable to designate the switch assemblies as intermediate materials, because the production of both producers would be considered to be the production of one producer.
Example 5: Single Producer and Successive Designations of Materials Subject to a Regional Value Content Requirement as Intermediate Materials
Producer A, located in USMCA country, produces Material X and uses Material X in the production of Good B. Material X qualifies as an originating material because it satisfies the applicable regional value content requirement. Producer A designates Material X as an intermediate material.
Producer A uses Material X in the production of Material Y, which is also used in the production of Good B. Material Y is also subject to a regional value content requirement. Under the proviso set out in subsection 8(6), Producer A cannot designate Material Y as an intermediate material, even if Material Y satisfies the applicable regional value content requirement, because Material X was already designated by Producer A as an intermediate material.
Example 6: Single Producer and Multiple Designations of Materials as Intermediate Materials
Producer X, who is located in USMCA country X, uses non-originating materials in the production of self-produced materials A, B and C. None of the self-produced materials are used in the production of any of the other self-produced materials.
Producer X uses the self-produced materials in the production of Good O, which is exported to USMCA country Y. Materials A, B and C qualify as originating materials because they satisfy the applicable regional value content requirements.
Because none of the self-produced materials are used in the production of any of the other self-produced materials, then even though each self-produced material is subject to a regional value content requirement, Producer X may, under subsection 8(6), designate all of the self-produced materials as intermediate materials. The proviso set out in subsection 8(6) only applies if self-produced materials are used in the production of other self-produced materials and both are subject to a regional value content requirement.
Example 7: Subsection 8(23) Accessories, Spare Parts, Tools, Instruction or Other Information Materials
The following are examples of accessories, spare parts, tools, instructional or other information materials that are delivered with a good and form part of the good's standard accessories, spare parts, tools, instructional or other information materials:
(a) Consumables that must be replaced at regular intervals, such as dust collectors for an air-conditioning system,
(b) a carrying case for equipment,
(c) a dust cover for a machine,
(d) an operational manual for a vehicle,
(e) brackets to attach equipment to a wall,
(f) a bicycle tool kit or a car jack,
(g) a set of wrenches to change the bit on a chuck,
(h) a brush or other tool to clean out a machine, and
(i) electrical cords and power bars for use with electronic goods.
Example 8: Value of Indirect Materials that are Assists
Producer A, located in a USMCA country, produces a well-water pump that is subject to a regional value content requirement. The producer chooses that the regional value content of that good be calculated using the net cost method. Producer A buys a mold-injected plastic water flow sensor from Producer B, located in the same USMCA country, and uses it in the production of the well-water pump. Producer A provides to Producer B, at no charge, molds to be used in the production of the water flow sensor. The molds have a value of $100 which is expensed in the current year by Producer A.
The water flow sensor is subject to a regional value content requirement which Producer B chooses to calculate using the net cost method. For the purpose of determining the value of non-originating materials in order to calculate the regional value content of the water flow sensor, the molds are considered to be an originating material because they are an indirect material. However, pursuant to subsection 8(13) they have a value of nil because the cost of the molds with respect to the water flow sensor is not recorded on the books of Producer B.
It is determined that the water flow sensor is a non-originating material. The cost of the molds that is recorded on the books of producer A is expensed in the current year. Pursuant to section 4 of Schedule VI (Value of Materials), the value of the molds (see subparagraph 4(1)(b)(ii) of Schedule VI) must be included in the value of the water flow sensor by Producer A when calculating the regional value content of the well-water pump. The cost of the molds, although recorded on the books of producer A, cannot be included as a separate cost in the net cost of the well-water pump because it is already included in the value of the water flow sensor. The entire cost of the water flow sensor, which includes the cost of the molds, is included in the value of non-originating materials for the purposes of the regional value content of the well-water pump.
Part V General Provisions
Section 9. Accumulation
(a) the net cost incurred and the value of non-originating materials used by the producer of the material in the production of that material,
(b) any amount, other than an amount that includes any of the value of non-originating materials, that is part of the net cost incurred by the producer of the material in the production of that material,
(a) states the sum of the net costs incurred and the sum of the values of non-originating materials used by the producer of the material in the production of that material and identical materials or similar materials, or any combination thereof, produced in a single plant by the producer of the material over a month or any consecutive three, six or twelve month period that falls within the fiscal year of the producer of the good, divided by the number of units of materials with respect to which the statement is made,
(b) states any amount, other than an amount that includes any of the values of non-originating materials, that is part of the sum of the net costs incurred by the producer of the material in the production of that material and identical materials or similar materials, or any combination thereof, produced in a single plant by the producer of the material over a month or any consecutive three, six or twelve month period that falls within the fiscal year of the producer of the good, divided by the number of units of materials with respect to which the statement is made,
(a) in order to accumulate the production of a material,
(8) Examples of accumulation of production.
Each of the following examples is an “Example” as referred to in subsection 1(4).
Example 1: Subsection 9(1)
Producer A, located in USMCA country A, imports unfinished bearing rings provided for in subheading 8482.99 into USMCA country A from a non-USMCA territory. Producer A further processes the unfinished bearing rings into finished bearing rings, which are of the same subheading. The finished bearing rings of Producer A do not satisfy an applicable change in tariff classification and therefore do not qualify as originating goods.
The net cost of the finished bearing rings (per unit) is calculated as follows:
| Product costs: | |
| Value of originating materials | $0.15 |
| Value of non-originating materials | 0.75 |
| Other product costs | 0.35 |
| Period costs: (including $0.05 in excluded costs) | 0.15 |
| Other costs: | 0.05 |
| Total cost of the finished bearing rings, per unit: | 1.45 |
| Excluded costs: (included in period costs) | 0.05 |
| Net cost of the finished bearing rings, per unit: | 1.40 |
Producer A sells the finished bearing rings to Producer B who is located in USMCA country A for $1.50 each. Producer B further processes them into bearings, and intends to export the bearings to USMCA country B. Although the bearings satisfy the applicable change in tariff classification, the bearings are subject to a regional value content requirement.
Situation A:
Producer B does not choose to accumulate costs incurred by Producer A with respect to the bearing rings used in the production of the bearings. The net cost of the bearings (per unit) is calculated as follows:
| Product costs: | |
| Value of originating materials | $0.45 |
| Value of non-originating materials (value, per unit, of the bearing rings purchased from Producer A) | 1.50 |
| Other product costs | 0.75 |
| Period costs: (Including $0.05 in excluded costs) | 0.15 |
| Other costs | 0.05 |
| Total cost of the bearings, per unit: | 2.90 |
| Excluded costs: (Included in period costs) | 0.05 |
| Net cost of the bearings, per unit: | 2.85 |
Under the net cost method, the regional value content of the bearings is

Therefore, the bearings are non-originating goods.
Situation B:
Producer B chooses to accumulate costs incurred by Producer A with respect to the bearing rings used in the production of the bearings. Producer A provides a statement described in paragraph 9(2)(a) to Producer B. The net cost of the bearings (per unit) is calculated as follows:
| Product costs: | |
| Value of originating materials ($0.45 + $0.15) | $0.60 |
| Value of non-originating materials (value, per unit, of the unfinished bearing rings imported by Producer A) | 0.75 |
| Other product costs ($0.75 + $0.35) | 1.10 |
| Period costs: (($0.15 + $0.15), including $0.10 in excluded costs) | 0.30 |
| Other costs: ($0.05 + $0.05) | 0.10 |
| Total cost of the bearings, per unit: | 2.85 |
| Excluded costs: (Included in period costs) | 0.10 |
| Net cost of the bearings, per unit: | 2.75 |
Under the net cost method, the regional value content of the bearings is

Therefore, the bearings are originating goods.
Situation C:
Producer B chooses to accumulate costs incurred by Producer A with respect to the bearing rings used in the production of the bearings. Producer A provides to Producer B a statement described in paragraph 9(2)(b) that specifies an amount equal to the net cost minus the value of non-originating materials used to produce the finished bearing rings ($1.40−0.75 = $0.65). The net cost of the bearings (per unit) is calculated as follows:
| Product costs: | |
| Value of originating materials ($0.45 + $0.65) | $1.10 |
| Value of non-originating materials ($1.50 − $0.65) | 0.85 |
| Other product costs | 0.75 |
| Period costs: (Including $0.05 in excluded costs) | 0.15 |
| Other costs | 0.05 |
| Total cost of the bearings, per unit: | 2.90 |
| Excluded costs: (Included in period costs) | 0.05 |
| Net cost of the bearings, per unit: | 2.85 |
Under the net cost method, the regional value content of the bearings is

Therefore, the bearings are originating goods.
Situation D:
Producer B chooses to accumulate costs incurred by Producer A with respect to the bearing rings used in the production of the bearings. Producer A provides to Producer B a statement described in paragraph 9(2)(b) that specifies an amount equal to the value of other product costs used in the production of the finished bearing rings ($0.35). The net cost of the bearings (per unit) is calculated as follows:
| Product costs: | |
| Value of originating materials | $0.45 |
| Value of non-originating materials ($1.50 − $0.35) | 1.15 |
| Other product costs ($0.75 + $0.35) | 1.10 |
| Period costs: (Including $0.05 in excluded costs) | 0.15 |
| Other costs | 0.05 |
| Total cost of the bearings, per unit: | 2.90 |
| Excluded costs: (Included in period costs) | 0.05 |
| Net cost of the bearings, per unit: | 2.85 |
Under the net cost method, the regional value content of the bearings is

Therefore, the bearings are originating goods.
Example 2: Section 9(1)
Producer A, located in USMCA country A, imports non-originating cotton, carded or combed, provided for in heading 52.03 for use in the production of cotton yarn provided for in heading 52.05. Because the change from cotton, carded or combed, to cotton yarn is a change within the same chapter, the cotton does not satisfy the applicable change in tariff classification for heading 52.05, which is a change from any other chapter, with certain exceptions. Therefore, the cotton yarn that Producer A produces from non-originating cotton is a non-originating good.
Producer A then sells the non-originating cotton yarn to Producer B, also located in USMCA country A, who uses the cotton yarn in the production of woven fabric of cotton provided for in heading 52.08. The change from non-originating cotton yarn to woven fabric of cotton is insufficient to satisfy the applicable change in tariff classification for heading 52.08, which is a change from any heading outside headings 52.08 through 52.12, except from certain headings, under which various yarns, including cotton yarn provided for in heading 52.05, are classified.
Therefore, the woven fabric of cotton that Producer B produces from non-originating cotton yarn produced by Producer A is a non-originating good.
However, Producer B can choose to accumulate the production of Producer A. The rule for heading 52.08, under which the cotton fabric is classified, does not exclude a change from heading 52.03, under which carded or combed cotton is classified. Therefore, under section 15(1), the change from carded or combed cotton provided for in heading 52.03 to the woven fabric of cotton provided for in heading 52.08 would satisfy the applicable change of tariff classification for heading 52.08. The woven fabric of cotton would be considered as an originating good.
Producer B, in order to choose to accumulate Producer A's production, must have a statement described in subsection 9(7).
Situation E:
Producer B chooses to accumulate costs incurred by Producer A with respect to the bearing rings used in the production of the bearings. Producer A provides to Producer B a signed statement described in subsection 9(3) that specifies the value of non-originating materials used in the production of the finished bearing rings ($0.75). Producer B chooses to calculate the regional value content of the bearings under the transaction value method. The regional value content of the bearings (per unit) is calculated as follows:
| Transaction value of the bearings, per unit | $3.15 |
| Costs incurred, per unit, in the international shipment of the good (included in transaction value of the bearings) | 0.15 |
| Transaction value, per unit, adjusted to exclude any costs incurred in the international shipment of the good | 3.00 |
| Value of non-originating materials (value, per unit, of the unfinished bearing rings imported by Producer A) | 0.75 |
Under the transaction value method, the regional value content of the bearings is
RVC = (TV−VNM)/TV × 100
= ($3.00−$0.75)/$3.00 × 100
= 75%
Therefore, because the bearings have a regional value content of at least 60 percent under transaction value method, the bearings are originating goods.
Section 10. Transshipment
10 (1) Transport requirements to retain originating status. If an originating good is transported outside the territories of the USMCA countries, the good retains its originating status if
(b) the good does not undergo further production or any other operation outside the territories of the USMCA countries, other than unloading; reloading; separation from a bulk shipment; storing; labeling or other marking required by the importing USMCA country; or any other operation necessary to transport the good to the territory of the importing USMCA country or to preserve the good in good condition, including:
(d) an electronic microassembly of subheading 8548.90, if any further production or other operation that that good undergoes outside the territories of the USMCA countries does not result in a change in the tariff classification of the good to any other subheading.
Section 11. Non-Qualifying Operations
11 A good is not an originating good merely by reason of
(b) any production or pricing practice with respect to which it may be demonstrated, on the basis of a preponderance of evidence, that the object was to circumvent these Regulations.
Part VI Automotive Goods
Section 12. Definitions and Interpretation
(1) For purposes of this part,
aftermarket part means a good that is not for use as original equipment in the production of passenger vehicles, light trucks or heavy trucks as defined in these Regulations;
all-terrain vehicle means a vehicle that does not meet United States federal safety and emissions standards permitting unrestricted on-road use or the equivalent Mexican and Canadian on-road standards;
annual purchase value (APV) means the sum of the values of high-wage materials purchased annually by a producer for use in the production of passenger vehicles, light trucks or heavy trucks in a plant located in the territory of a USMCA country;
average base hourly wage rate means the average hourly rate of pay based on all the hours performed on direct production work at a plant or facility, even if such workers performing that work are paid on a salary, piece-rate, or day-rate basis. This includes all hours performed by full-time, part time, temporary, and seasonal workers. The rate of pay does not include benefits, bonuses or shift-premiums, or premium pay for overtime, holidays or weekends. If a worker is paid by a third party, such as a temporary employment agency, only the wages received by the worker are included in the average base hourly wage rate calculation.
For direct production workers, the average base hourly wage rate of pay is calculated based on all their working hours. For other workers performing direct production work, the average base hourly rate is calculated based on the number of hours performing direct production work. The rate also does not include any hours worked by interns, trainees, students, or any worker that does not have an express or implied compensation agreement with the employer.
If any direct production worker or worker performing direct production work is compensated by a method other than hourly, such as a salary, piece-rate, or day-rate basis, the worker's hourly base wage rate-is calculated by converting the salary, piece-rate, or day-rate to an hourly equivalent. This hourly equivalent is then multiplied by the number of hours worked in direct production for purposes of calculating the average base hourly wage rate.
class of motor vehicles means one of the following categories of motor vehicles:
(d) passenger vehicles of subheading 8703.21 through 8703.90;
complete motor vehicle assembly process means the production of a motor vehicle from separate constituent parts, including the following:
(a) A structural frame or unibody
(b) body panels
(c) an engine, a transmission and a drive train
(d) brake components
(e) steering and suspension components
(f) seating and internal trim
(g) bumpers and external trim
(h) wheels and
(i) electrical and lighting components;
direct production work means work by any employee directly involved in the production of passenger vehicles, light trucks, heavy trucks, or parts used in the production of these vehicles in the territory of a USMCA country. It also includes work by an employee directly involved in the set-up, operation, or maintenance of tools or equipment used in the production of those vehicles or parts. Direct production work may take place on a production line, at a workstation, on the shop floor, or in another production area.
Direct production work also includes:
(d) on-the-job training regarding the execution of a specific production task.
Direct production work does not include any work by executive or management staff that have the authority to make final decisions to hire, fire, promote, transfer and discipline employees; workers engaged in research and development, or work by engineering or other personnel that are not responsible for maintaining and ensuring the operation of the production line or tools and equipment used in the production of vehicles or parts. It also does not include any work by interns, trainees, students, or any worker that does not have an express or implied compensation agreement with the employer.
direct production worker means any worker whose primary responsibilities are direct production work, meaning at least 85% of the worker's time is spent performing direct production work.
first motor vehicle prototype means the first motor vehicle that
(b) follows the complete motor vehicle assembly process in a manner not specifically designed for testing purposes;
heavy truck means a vehicle other than a vehicle that is solely or principally for off-road use of subheading 8701.20, 8704.22, 8704.23, 8704.32 or 8704.90, or a chassis fitted with an engine of heading 87.06 that is for use in such a vehicle;
high-wage assembly plant for passenger vehicle or light truck parts means a qualifying wage-rate production plant, operated by a corporate producer, or by a supplier with whom the producer has a contract of at least 3 years for the materials listed in sub-paragraphs (a) through (c), provided that the plant is located in the territory of a USMCA country and that it has a production capacity of:
(c) 25,000 or more advanced battery packs;
Such engines, transmissions, or advanced battery packs are not required to qualify as originating;
high-wage assembly plant for heavy truck parts means a qualifying wage rate production plant, operated by a corporate producer, or by a supplier with whom the producer has a contract of at least 3 years for the materials listed in sub-paragraphs (a) through (c), provided that the plant is located in the territory of a USMCA country and that it has a production capacity of:
(c) 20,000 or more advanced battery packs;
Such engines, transmissions, or advanced battery packs are not required to qualify as originating;
high-wage labor costs (HWLC) means the sum of wage expenditures, not including benefits, for workers who perform direct production work at a qualifying wage-rate vehicle assembly plant;
high-wage material (HWM) means a material that is produced in a qualifying wage-rate production plant;
high-wage technology expenditures means wage expenditures—expressed as a percentage of a passenger vehicle, light truck, or heavy truck producer's total production wage expenditures—at a corporate level in the territory of one or more of the USMCA countries on:
(b) information technology, including software development, technology integration, vehicle communications, or information technology support operations,
Expenditures on capital or other non-wage costs for R&D or IT are not included. For greater certainty, there is no minimum wage rate associated with high-wage technology expenditures;
high-wage transportation or related costs for shipping means costs incurred by a producer for transportation, logistics, or material handling associated with the movement of high-wage parts or materials within the territories of the USMCA countries, provided that the transportation, logistics, or material handling provider pays an average base hourly wage rate to direct production employees performing these services of at least:
(c) MXN$294.22 in Mexico;
High-wage transportation or related costs for shipping may be included in high wage material and manufacturing expenses if those costs are not otherwise included;
light truck means a vehicle of subheading 8704.21 or 8704.31, except for a vehicle that is solely or principally for off-road use;
marque means the trade name used by a separate marketing division of a motor vehicle assembler;
model line means a group of motor vehicles having the same platform or model name;
model name means the word, group of words, letter, number or similar designation assigned to a motor vehicle by a marketing division of a motor vehicle assembler to:
(c) denote a platform design;
motorhome or entertainer coach means a vehicle of heading 87.02 or 87.03 built on a self-propelled motor vehicle chassis that is solely or principally designed as temporary living quarters for recreational, camping, entertainment, corporate or seasonal use;
motor vehicle assembler means a producer of motor vehicles and any related persons or joint ventures in which the producer participates;
new building means a new construction, including at least the pouring or construction of a new foundation and floor, the erection of a new structure and roof and installation of new plumbing, electrical and other utilities to house a complete vehicle assembly process;
passenger vehicle means a vehicle of subheading 8703.21 through 8703.90, except for:
(e) an ambulance, hearse or prison van;
plant means a building, or buildings in close proximity but not necessarily contiguous, machinery, apparatus and fixtures that are under the control of a producer and are used in the production of any of the following:
(b) a good listed in Table A.1, A.2, B, C, D, E, F or G;
platform means the primary load-bearing structural assembly of a motor vehicle that determines the basic size of the motor vehicle, and is the structural base that supports the driveline and links the suspension components of the motor vehicle for various types of frames, such as the body-on-frame or space-frame, and monocoques;
qualifying wage-rate production plant means a plant that produces materials for passenger vehicles, light trucks or heavy trucks located in the territory of a USMCA country, at which the average base hourly wage rate is at least:
(c) MXN$294.22 in Mexico;
qualifying wage-rate vehicle assembly plant means a passenger vehicle, light truck or heavy truck assembly plant located in the territory of a USMCA country, at which the average base hourly wage rate is at least:
(c) MXN$294.22 in Mexico;
refit means a plant closure, for purposes of plant conversion or retooling, that lasts at least three months;
size category, with respect to a light-duty vehicle, means that the total of the interior volume for passengers and the interior volume for luggage is
(e) 120 cubic feet (3.36 m3) or more;
super-core means the parts listed in column 1 of Table A.2 of this Part, which are considered as a single part for the purpose of performing a Regional Value Content calculation in accordance with subsections 14(10), 14(11), 14(13) and 16(10);
total vehicle plant assembly annual purchase value (TAPV) means the sum of the values of all parts or materials purchased, on an annual basis, for use in the production of passenger vehicles, light trucks or heavy trucks in a plant located in the territory of a USMCA country;
underbody means a component, comprising a single part or two or more parts joined together, with or without additional stiffening members, that forms the base of a motor vehicle, beginning at the fire-wall or bulkhead of the motor vehicle and ending:
(b) if there is no luggage floor panel in the motor vehicle, at the place where the passenger compartment of the motor vehicle ends;
vehicle that is solely or principally for off-road use means a vehicle that does not meet U.S. federal safety and emissions standards permitting unrestricted on-road use or the equivalent Mexican and Canadian on-road standards.
Section 13: Product-Specific Rules of Origin for Vehicles and Certain Auto Parts
(1) Except as provided for in section 19 (Alternative Staging Regimes), the product-specific rule of origin for a good of heading 87.01 through 87.08 is:
8701.10 A change to a good of subheading 8701.10 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
8701.20 A change to a good of subheading 8701.20 from any other heading, provided there is a regional value content of not less than:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
8701.30-8701.90 A change to a good of subheading 8701.30 through 8701.90 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
8702.10-8702.90
(2) A change to a motor vehicle for the transport of 16 or more persons of subheading 8702.10 through 8702.90 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
8703.10 A change to subheading 8703.10 from any other heading, provided there is a regional value content of not less than:
(b) 50 percent under the net cost method.
8703.21-8703.90 (1) A change to a passenger vehicle of subheading 8703.21 through 8703.90 from any other heading, provided there is a regional value content of not less than:
(2) A change to any other good of subheading 8703.21 through 8703.90 from any other heading, provided there is a regional value content of not less than 62.5 percent under the net cost method.
8704.10 A change to a good of subheading 8704.10 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
8704.21 (1) A change to a light truck of subheading 8704.21 from any other heading, provided there is a regional value content of not less than:
(2) A change to a vehicle that is solely or principally for off-road use subheading 8704.21 from any other heading, provided there is a regional value content of not less than 62.5 percent under the net cost method.
8704.22-8704.23 (1) A change to a heavy truck of subheading 8704.22 through 8704.23 from any other heading, provided there is a regional value content of not less than:
(2) A change to a vehicle that is solely or principally for off-road use subheading 8704.22 through 8704.23 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
8704.31 (1) A change to a light truck of subheading 8704.31 from any other heading, provided there is a regional value content of not less than:
(2) A change to a vehicle that is solely or principally for off-road use subheading 8704.31 from any other heading, provided there is a regional value content of not less than 62.5 percent under the net cost method.
8704.32-8704.90 (1) A change to a heavy truck of subheading 8704.32 through 8704.90 from any other heading, provided there is a regional value content of not less than:
(2) A change to a vehicle that is solely or principally for off-road use of subheading 8704.32 through 8704.90 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
87.05 A change to heading 87.05 from any other heading, provided there is a regional value content of not less than 60 percent under the net cost method.
87.06 For a good of heading 87.06 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of heading 87.06 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of heading 87.06 for use as original equipment in any other vehicle, or as an aftermarket part:
(3) No required change in tariff classification provided there is a regional value content of not less than 60 percent under the net cost method.
87.07 For a good of heading 87.07 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of heading 87.07 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of heading 87.07 for use as original equipment in any other vehicle or as an aftermarket part:
(5) No required change in tariff classification provided there is a regional value content of not less than 60 percent under the net cost method.
8708.10 For a good of subheading 8708.10 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.10 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.10 for use as original equipment in any other vehicle or as an aftermarket part:
(6) A change to subheading 8708.10 from subheading 8708.99, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.21 For a good of subheading 8708.21 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.21 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.21 for use as original equipment in any other vehicle or as an aftermarket part:
(6) A change to subheading 8708.10 from subheading 8708.99, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.29 For a body stamping of subheading 8708.29 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For any other good of subheading 8708.29 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.29 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.29 for use as original equipment in any other vehicle or as an aftermarket part:
(7) No required change in tariff classification to subheading 8708.29, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.30 For a good of subheading 8708.30 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.30 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.30 for use as original equipment in any other vehicle or as an aftermarket part:
(8) A change to any other good of subheading 8708.30 from mounted brake linings or parts of brakes or servo-brakes of subheading 8708.30, or 8708.99, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.40 For a good of subheading 8708.40 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.40 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For a good of subheading 8708.40 for use as original equipment in any other vehicle or as an aftermarket part:
(7) No required change in tariff classification to any other good of subheading 8708.40, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.50 For a good of subheading 8708.50 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.50 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For a good of subheading 8708.50 for use as original equipment in any other vehicle or as an aftermarket part:
(21) No required change in tariff classification to any other good of subheading 8708.50, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.70 For a good of subheading 8708.70 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.70 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.70 for use as original equipment in any other vehicle or as an aftermarket part:
(6) A change to subheading 8708.70 from subheading 8708.99, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.80 For a good of subheading 8708.80 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.80 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.80 for use as original equipment in any other vehicle or as an aftermarket part:
(9) No required change in tariff classification to parts of suspension system (including shock absorbers) of subheading 8708.80, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.91 For a good of subheading 8708.91 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.91 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.91 for use as original equipment in any other vehicle or as an aftermarket part:
(9) No required change in tariff classification to any other good of subheading 8708.91, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.92 For a good of subheading 8708.92 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.92 for use as original equipment in a heavy truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For any other good of subheading 8708.92 for use as original equipment in any other vehicle or as an aftermarket part:
(9) No required change in tariff classification to any other good of subheading 8708.92, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.93 For a good of subheading 8708.93 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.93 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.93 for use as original equipment in any other vehicle or as an aftermarket part:
(6) A change to subheading 8708.93 from subheading 8708.99, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.94 For a good of subheading 8708.94 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.94 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.94 for use as original equipment in any other vehicle or as an aftermarket part:
(7) No required change in tariff classification to parts of steering wheels, steering columns or steering boxes of subheading 8708.94, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.95 For a good of subheading 8708.95 for use as original equipment in a passenger vehicle or light truck:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a good of subheading 8708.95 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.95 for use as original equipment in any other vehicle or as an aftermarket part:
(4) No required change in tariff classification to subheading 8708.95, provided there is a regional value content of not less than 50 percent under the net cost method.
8708.99 For a chassis frame of subheading 8708.99 for use as original equipment in a passenger vehicle or light truck:
(d) 75 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For a chassis of subheading 8708.99 for use as original equipment in a heavy truck:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.99 for use as original equipment in a passenger vehicle or light truck:
8708.99.aa A change to tariff item 8708.99.aa from any other subheading, provided there is a regional value content of not less than:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
8708.99.bb A change to tariff item 8708.99.bb from any other heading, except from subheading 8482.10 through 8482.80 or tariff item 8482.99.aa; or
A change to tariff item 8708.99.bb from subheadings 8482.10 through 8482.80 or tariff item 8482.99.aa, whether or not there is also a change from any other heading, provided there is a regional value content of not less than:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
8708.99 A change to subheading 8708.99 from any other heading; or
No required change in tariff classification to subheading 8708.99, provided there is a regional value content of not less than:
(d) 70 percent under the net cost method, beginning on July 1, 2023, and thereafter.
For any other good of subheading 8708.99 for use as original equipment in a heavy truck:
8708.99.aa A change to tariff item 8708.99.aa from any other subheading, provided there is a regional value content of not less than:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
8708.99.bb A change to tariff item 8708.99.bb from any other heading, except from subheading 8482.10 through 8482.80 or tariff item 8482.99.aa; or
A change to tariff item 8708.99.bb from subheadings 8482.10 through 8482.80 or tariff item 8482.99.aa, whether or not there is also a change from any other heading, provided there is a regional value content of not less than:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
8708.99 A change to subheading 8708.99 from any other heading; or
No required change in tariff classification to subheading 8708.99, provided there is a regional value content of not less than:
(c) 70 percent under the net cost method, beginning on July 1, 2027, and thereafter.
For any other good of subheading 8708.99 for use as original equipment in any other vehicle or as an aftermarket part:
8708.99.aa A change to tariff item 8708.99.aa from any other subheading, provided there is a regional value content of not less than 50 per cent under the net cost method.
8708.99.bb A change to tariff item 8708.99.bb from any other heading, except from subheading 8482.10 through 8482.80 or tariff item 8482.99.aa; or
A change to tariff item 8708.99.bb from subheadings 8482.10 through 8482.80 or tariff item 8482.99.aa, whether or not there is also a change from any other heading, provided there is a regional value content of not less than 50 per cent under the net cost method.
8708.99 A change to subheading 8708.99 from any other heading; or
No required change in tariff classification to subheading 8708.99, provided there is a regional value content of not less than 50 percent under the net cost method.
Section 14: Further Requirements Related to the Regional Value Content for Passenger Vehicles, Light Trucks, and Parts Thereof
Roll-Up of Originating Materials
(1) The value of non-originating materials used by the producer in the production of a passenger vehicle, light truck and parts thereof must not, for the purpose of calculating the regional value content of the good, include the value of non-originating materials used to produce originating materials that are subsequently used in the production of the good. For greater certainty, if the production undertaken on non-originating materials results in the production of a good that qualifies as originating, no account is to be taken of the non-originating material contained therein if that good is used in the subsequent production of another good.
Requirements Related to Core Parts Listed in Table A.1
(3) A battery of subheading 8507.60 that is used as the primary source of electrical power for the propulsion of an electric passenger vehicle or an electric light truck is originating if it meets the applicable requirements set out in section 14 or Schedule I (PSRO Annex).
Parts Listed in Column 1 of Table A.2 Must Be Originating for Passenger Vehicle or Light Truck To Be Originating
(4) In addition to other applicable requirements set out in these Regulations, a passenger vehicle or light truck is only originating if the parts listed in column 1 of Table A.2 used in its production are originating. The value of non-originating materials (VNM) for such parts must be calculated in accordance with subsections 14(7) through 14(8), or, at the choice of the vehicle producer or exporter, subsections 14(9) through 14(11). The net cost of a part must be calculated in accordance with section 7 (Regional Value Content), without regard to the VNM calculation method chosen.
Parts Listed in Column 1 of Table A.2 Must Meet an RVC Requirement; Advanced Batteries May Meet an RVC or Tariff Shift Requirement
(6) An advanced battery of subheading 8507.60, that is for use in a passenger vehicle or light truck, is originating if it meets the applicable change in tariff classification or regional value content requirements set out in Schedule I (PSRO Annex).
VNM for Core Parts May Include All Non-Originating Materials, or Only Materials Listed in Column 2 of Table A.2
(9) Subsections (7) and (8) do not apply when calculating the regional value content of a part listed in Column 1 of Table A.2 traded on its own. The rules for such parts are listed in section 13 or Schedule I of these Regulations.
Parts Listed in Column 1 of Table A.2 May Be Treated as a Single, Super-Core Part
(12) The regional value content requirement for the parts listed in column 1 of Table A.2 may be averaged in accordance with the provisions in Section 16. Such an average may be calculated using the average regional value content for each individual parts category in the left hand column of Table A.2, or by calculating the average regional value content for all parts in the left hand column of Table A by treating them as a single part, defined as a super-core. Once this average, by either methodology, exceeds the required thresholds listed in subsection (13), all parts used to calculate this average are considered originating.
RVC Requirements Related to Parts Listed in Tables A.1 and A.2
(d) 75 percent under the net cost method or 85 percent under the transaction value method, beginning on July 1, 2023, and thereafter.
Requirements Related to Principal and Complementary Parts Listed in Tables B and C
(18) For greater certainty, subsections (13), (15) or (17) do not apply to aftermarket parts.
Section 15: Further Requirements Related to the Regional Value Content for Heavy Trucks and Parts Thereof
(4) Notwithstanding section 13 (Product-Specific Rules of Origin for Vehicles) or Schedule I (PSRO Annex), an engine of heading 84.07 or 84.08, or a gear box (transmission) of subheading 8708.40, or a chassis classified in 8708.99, that is for use in a heavy truck, is originating only if it satisfies the applicable regional value content requirement in subsection (2).
Section 16: Averaging for Passenger Vehicles, Light Trucks and Heavy Trucks
(e) if the category referred to in paragraph (1)(e) is chosen, state the model lines, model names, classes of motor vehicles and tariff classifications of the passenger vehicles, light trucks, or heavy trucks, the location of the plants at which the motor vehicles are produced and the party or parties to which the vehicles are exported;
Averaging Period
(4) If the fiscal year of a producer begins after July 1, 2020, but before July 1, 2021, the producer may calculate its regional value content for passenger vehicles, light trucks, heavy trucks, other vehicles, core parts listed in Table A.2 used in the production of passenger vehicles, light trucks or heavy trucks, an automotive good listed in Tables A.1, B, C, D or E, steel and aluminum purchasing requirement and labor value content, for the period beginning on July 1, 2020 and ending at the end of the following fiscal year.
Averaging After Entry Into Force + D133
(d) July 1, 2023 to the end of the producer's fiscal year.
Additionally, a producer may calculate its regional value content for heavy trucks and parts listed in Table D or E, steel and aluminum purchasing requirement and labor value content, for the following periods:
(e) July 1, 2027 to the end of the producer's fiscal year.
Timely Filing of Choice to Average
(6) If a producer chooses to average its regional value content calculations the producer must notify the customs administration of the USMCA country to which passenger vehicles, light trucks, heavy trucks or other vehicles are to be exported, by July 31, 2020 and subsequently at least 10 days before the first day of the producer's fiscal year during which the vehicles will be exported, or such shorter period as the customs administration may accept.
Choice to Average May Not Be Rescinded
(7) The producer may not modify or rescind the category of passenger vehicles, light trucks, heavy trucks or other vehicles or the period that they have notified the customs authority they intend to use for their averaged regional value calculation.
Averaged Net Cost and VNM Included in Calculation of RVC on the Basis of Producer's Option To Include All Vehicles of Category or Only Certain Exported Vehicles of Category
(b) those passenger vehicles, light trucks, or heavy trucks to be exported to the territory of one or more of the USMCA countries that fall within the category chosen by the producer and that are produced during the fiscal year or, or partial fiscal year if the producer's fiscal year begins after July 1, 2020, must be included in the calculation of the regional value content under any of the categories set out in subsection (1).
Year-End Analysis Required if Averaging Based of Estimated Costs; Obligation To Notify of Change in Status
(d) over any of the categories in paragraph (1)(a) through (d), provided that the good was produced during the fiscal year, quarter, or month forming the basis for the calculation, in which:
(ii) the average in paragraph (9)(a) or (d) is calculated separately for those goods that are exported to the territory of another USMCA country.
Example Relating to the Fiscal Year of a Producer Not Coinciding With the Entry Into Force of The Agreement
(11) The following example is an “Example” as referred to in subsection 1(4).
Example: Subsection (4)
The agreement enters into force on July 1, 2020. A producer's fiscal year begins on January 1, 2021. The producer may calculate their regional value content over the 18-month period beginning on July 1, 2020 and ending on December 31, 2021.
Section 17: Steel and Aluminum
(b) aluminum listed in Table S;
are of originating goods.
(a) For steel or aluminum imported or acquired in the territory of a USMCA country:
(b) For steel or aluminum that is self-produced:
(11) If the producer of a passenger vehicle, light truck, or heavy truck has calculated steel or aluminum purchases on the basis of estimates before or during the applicable period, the producer must conduct an analysis at the end of the producer's fiscal year of the actual purchases made over the period with respect to the production of the vehicle, and, if the passenger vehicle, light truck, or heavy truck does not satisfy the steel or aluminum requirement on the basis of the actual purchases, immediately inform any person to whom the producer has provided a certification of origin for the vehicle, or a written statement that the vehicle is an originating good, that the vehicle is a non-originating good.
Section 18: Labor Value Content
Labor Value Content Requirements for Passenger Vehicles
(d) 40 percent, consisting of at least 25 percentage points of high-wage material and labor expenditures, no more than 10 percentage points of technology expenditures, and no more than 5 percentage points of high-wage assembly expenditures, beginning on July 1, 2023, and thereafter.
LVC Requirement Related to Light Trucks or Heavy Trucks
(2) In addition to the requirements set out in sections 13 through 17 and Schedule I (PSRO Annex), a light truck or heavy truck is originating only if the vehicle producer certifies that the truck meets an LVC requirement of 45 percent, consisting of at least 30 percentage points based on high-wage material and labor expenditures, no more than 10 percentage points based on technology expenditures, and no more than 5 percentage points based on high-wage assembly expenditures.
Calculation of LVC Requirement
(6) For the purpose of meeting the Labor Value Content requirement a producer may use one of the following formulas:
(a) Formula based on net cost

(b) Formula based on total annual purchase value

*HWLC is included in the numerator at the choice of the producer and, if included, must also be included in the denominator
Where:
APV is the annual purchase value of high-wage material expenditures
HWAC is the credit for high-wage assembly expenditures;
HWLC is the sum of the high-wage labor costs incurred in the assembly of the vehicle;
HWM is the sum or the high-wage material expenditures used in production;
HWTC is the credit for high-wage technology expenditures;
HWT is the high-wage transportation or related costs for shipping materials used in production, if not included in the amount for HWM;
NC is the net cost of the vehicle, and
TAPV is the total vehicle plant assembly annual purchase value of parts and materials for use in the production of the vehicle
High Wage Material Expenditures
(8) It is suggested, but not required, that the vehicle producer calculate the high-wage material and labor expenditures in the order described in paragraph (7). A vehicle producer need not calculate the elements in paragraphs 7(b) to (d) if the previous element or elements is sufficient to meet the LVC requirement.
High-Wage Technology Expenditures Credit
(10) To determine the high-wage technology expenditures credit (HWTC), the following formula may be used:

Where
HWTC is the credit for high-wage technology expenditures, expressed as a percentage;
(11) For the purposes of subsection 14(10), expenditures on wages for R&D include wage expenditures on research and development including prototype development, design, engineering, testing, or certifying operations.
High-Wage Assembly Credit
(14) A high-wage assembly plant for passenger vehicle, light truck, or heavy truck parts need only have the capacity to produce the minimum amount of originating parts specified in the definition. There is no need to maintain or provide records or other documents that certify such parts are originating, as long as information demonstrating the capacity to produce these minimum amounts is maintained and can be provided.
Averaging for LVC Requirement
(a) state the category chosen by the producer, and
(b) those vehicles to be exported to the territory of one or more of the USMCA countries that fall within the category chosen by the producer.
LVC Periods
(e) the calendar year to date in which the vehicle is produced or exported.
Transportation and Related Costs
(20) High-wage transportation or related costs for shipping may be included in a producer's LVC calculation, if not included in the amount for high-wage materials. Alternatively, a producer may aggregate such costs within the territories of one or more of the USMCA countries. Based on this aggregate amount, the producer may attribute an amount for transportation or related costs for shipping for purposes of the LVC calculation. Transportation or related costs for shipping incurred in transporting a material from outside the territories of the USMCA countries to the territory of a USMCA country are not included in this calculation.
Value of Materials for LVC Purposes
(21) The value of both originating and non-originating materials must be taken into account for the purpose of calculating the labor value content of a good. For greater certainty, the full value of a non-originating material that has undergone production in a qualifying-wage-rate production plant may be included in the HWM described in subsection 6.
Excess LVC May Be Used Towards RVC Requirement for Heavy Trucks
(22) For the period ending July 1, 2027, if a producer certifies a Labor Value Content for a heavy truck that is higher than 45 percent by increasing the amount of high wage material and manufacturing expenditures above 30 percentage points, the producer may use the points above 30 percentage points as a credit towards the regional value content percentages under section 13, provided that the regional value content percentage is not below 60 percent.
Section 19: Alternative Staging Regime
(b) for parts listed in Table A.1, except lithium ion batteries of subheading 8507.60, a regional value content of not less than:
(7) Vehicles that are presently covered under the alternative staging regime described in Article 403.6 of the NAFTA Agreement as of November 30, 2019, may continue to use this regime, including any regulations that were effect prior to entry into force of the USMCA, according to each USMCA country's approval process for use of the alternative staging regime. After the expiration of the period under the Article 403.6 alternative staging period, such vehicles will be eligible for preferential treatment under the requirements described in subsection (4), until the end of the USMCA alternative staging period described in subsection (2). For greater certainty, such vehicles will also be eligible for preferential tariff treatment under the other rules of origin set forth in these regulations.
Section 20: Regional Value Content for Other Vehicles
(a) A good that is:
(a) For each material used by the producer listed in Table F or Table G, whether or not produced by the producer, at the choice of the producer and determined in accordance with section 7 (Regional Value Content), either
(a) Average its calculation:
(a) 50 percent for five years after the date on which the first motor vehicle prototype is produced in a plant by a motor vehicle assembler, if:
(b) 50 percent for two years after the date on which the first motor vehicle prototype is produced at a plant following a refit, if it is a different motor vehicle of a class, or marque, or, except for a motor vehicle identified in subsection (3), size category and underbody, that was assembled by the motor vehicle assembler in the plant before the refit.
Note: The Regional Value Content requirements set out in sections 13 or 14 or Schedule I (PSRO Annex) apply to a good for use as original equipment in the production of a passenger vehicle or light truck. For an aftermarket part, the applicable product-specific rule of origin set out in section 13 or 14 or Schedule I (PSRO Annex) is the alternative that includes the phrase “for any other good.”
| HS 2012 | Description |
|---|---|
| 8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc. |
| 8407.32 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 50 cc but not exceeding 250 cc. |
| 8407.33 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 250 cc but not exceeding 1,000 cc. |
| 8407.34 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 1,000 cc. |
| Ex 8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of subheading 8704.21 or 8704.31. |
| 8409.91 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, suitable for use solely or principally with spark-ignition internal combustion piston engines. |
| 8409.99 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, other. |
| 8507.60 | Lithium-ion batteries that are used as the primary source of electrical power for the propulsion of an electric passenger vehicle or electric light truck. |
| 8706.00 | Chassis fitted with engines, for the motor vehicles of heading 87.03 or subheading 8704.21 or 8704.31. |
| 8707.10 | Bodies for the vehicles of heading 87.03. |
| 8707.90 | Bodies for the vehicles of subheading 8704.21 or 8704.31. |
| Ex 8708.29 | Body stampings. |
| 8708.40 | Gear boxes and parts thereof. |
| 8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles; parts thereof. |
| 8708.80 | Suspension systems and parts thereof (including shock absorbers). |
| 8708.94 | Steering wheels, steering columns, and steering boxes; parts thereof. |
| Ex 8708.99 | Chassis frames. |
The following table sets out the parts and components applicable to Table A.2 and their related tariff provisions, to facilitate implementation of the core parts requirement pursuant to Article 3.7 of the Appendix to the Annex 4-B of the Agreement.
These parts, and components used to produce such parts, are for the production of a passenger vehicle or light truck in order to meet the requirements under Section 14. The prefix “ex” is used to indicate that only the parts described in the components column and used in the production of parts for use as original equipment in a passenger vehicle or light truck are taken into consideration when performing the calculation.
| Column 1(the parts listed in this column may be referred to collectively as a super-core part) | Column 2 | |
|---|---|---|
| Parts | Components | 6-Digit HS Subheading |
| Engines | Spark-ignition reciprocating or rotary internal combustion piston engines and Compression-ignition internal combustion piston engines (diesel or semi-diesel engines) | ex 8407.33, ex 8407.34, ex 8408.20. |
| Heads | ex 8409.91, ex 8409.99. | |
| Blocks | ex 8409.91, ex 8409.99. | |
| Crankshafts | ex 8483.10. | |
| Crankcases | ex 8409.91, ex 8409.99. | |
| Pistons | ex 8409.91. | |
| Rods | ex 8409.91, ex 8409.99. | |
| Head subassembly | ex 8409.91, ex 8409.99. | |
| Transmissions | Gear boxes | ex 8708.40. |
| Transmission cases | ex 8708.40. | |
| Torque converters | ex 8708.40, ex 8483.90. | |
| Torque converter housings | ex 8708.40, ex 8483.90. | |
| Gears and gear blanks | ex 8708.40, ex 8483.90. | |
| Clutches, including continuously variable transmissions, but not parts thereof | ex 8708.93. | |
| Valve body assembly | ex 8481.90, ex 8708.40. | |
| Body and Chassis | Major stampings that form the “body in white” or chassis frame | ex 8707.10, ex 8707.90, ex 8708.29, ex 8708.99. |
| Major body panel stampings | ex 8708.10, ex 8708.29. | |
| Secondary panel stampings | ex 8708.29. | |
| Structural panel stampings | ex 8708.29, ex 8708.99. | |
| Stamped Frame components | ex 8708.29, ex 8708.99. | |
| Axles | Drive-axles with differential, whether or not provided with other transmission components, and non-driving axles | ex 8708.50. |
| Axle shafts | ex 8708.50. | |
| Axle housings | ex 8708.50. | |
| Axle hubs | ex 8482.10, ex 8482.20, ex 8708.50, ex 8708.99. | |
| Carriers | ex 8708.50. | |
| Differentials | ex 8708.50. | |
| Suspension Systems | Suspension systems (including shock absorbers) | ex 8708.80. |
| Shock absorbers | ex 8708.80. | |
| Struts | ex 8708.80. | |
| Control arms | ex 8708.80. | |
| Sway bars | ex 8708.80. | |
| Knuckles | ex 8708.80. | |
| Coil springs | ex 7320.20. | |
| Leaf springs | ex 7320.10. | |
| Steering Systems | Steering wheels, steering columns and steering boxes | ex 8708.94. |
| Steering columns | ex 8708.94. | |
| Steering gears/racks | ex 8708.94. | |
| Control units | ex 8537.10, ex 8537.90, ex 8543.70. | |
| Advanced Batteries | Batteries of a kind used as the primary source for the propulsion of electrical power for electrically powered vehicles for passenger vehicles and light trucks | ex 8507.60, ex 8507.80. |
| Cells | ex 8507.60, ex 8507.80, ex 8507.90. | |
| Modules/arrays | ex 8507.60, ex 8507.80, ex 8507.90. | |
| Assembled packs | ex 8507.60, ex 8507.80. |
Note: The Regional Value Content requirements set out in section 13 or 14 or Schedule I (PSRO Annex) apply to a good for use as original equipment in the production of a passenger vehicle or light truck.
For an aftermarket part, the applicable product-specific rule of origin set out in section 13 or 14 or Schedule I (PSRO Annex) is the alternative that includes the phrase “for any other good.”
| HS 2012 | Description |
|---|---|
| 8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston engines. |
| 8413.50 | Other reciprocating positive displacement pumps. |
| 8414.59 | Other fans. |
| 8414.80 | Other air or gas pumps, compressors and fans. |
| 8415.20 | Air conditioning machines, comprising a motor-driven fan and elements for changing the temperature and humidity, including those machines in which humidity cannot be separately regulated, of a kind used for persons, in motor vehicles. |
| Ex 8479.89 | Electronic brake systems, including ABS and ESC systems. |
| 8482.10 | Ball bearings. |
| 8482.20 | Tapered roller bearings, including cone and tapered roller assemblies. |
| 8482.30 | Spherical roller bearings. |
| 8482.40 | Needle roller bearings. |
| 8482.50 | Other cylindrical roller bearings. |
| 8482.80 | Other ball or roller bearings, including combined ball/roller bearings. |
| 8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks. |
| 8483.20 | Bearing housings, incorporating ball or roller bearings. |
| 8483.30 | Bearing housings, not incorporating ball or roller bearings; plain shaft bearings. |
| 8483.40 | Gears and gearing, other than toothed wheels, chain sprockets and other transmission elements presented separately; ball or roller screws; gear boxes and other speed changers, including torque converters. |
| 8483.50 | Flywheels and pulleys, including pulley blocks. |
| 8483.60 | Clutches and shaft couplings (including universal joints). |
| 8501.32 | Other DC motors and generators of an output exceeding 750 W but not exceeding 75 kW. |
| 8501.33 | Other DC motors and generators of an output exceeding 75 kW but not exceeding 375 kW. |
| 8505.20 | Electro-magnetic couplings, clutches and brakes. |
| 8505.90 | Other electro-magnets; electro-magnetic or permanent magnet chucks, clamps and similar holding devices; electro-magnetic lifting heads; including parts. |
| 8511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compression-ignition internal combustion engines. |
| 8511.50 | Other generators. |
| 8511.80 | Other electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines. |
| Ex 8511.90 | Parts of electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines. |
| 8537.10 | Electric controls for a voltage not exceeding 1,000 V. |
| 8708.10 | Bumpers and parts thereof. |
| 8708.21 | Safety seat belts. |
| Ex 8708.29 | Other parts and accessories of bodies (including cabs) of motor vehicles (excluding body stampings). |
| 8708.30 | Brakes and servo-brakes; parts thereof. |
| 8708.70 | Road wheels and parts and accessories thereof. |
| 8708.91 | Radiators and parts thereof. |
| 8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof. |
| 8708.93 | Clutches and parts thereof. |
| 8708.95 | Safety airbags with inflator system; parts thereof. |
| Ex 8708.99 | Other parts and accessories of motor vehicles of headings 87.01 to 87.05 (excluding chassis frames). |
| 9401.20 | Seats of a kind used for motor vehicles. |
Note: The Regional Value Content requirements set out in sections 13 or 14 or Schedule I (PSRO Annex) apply to a good for use as original equipment in the production of a passenger vehicle or light truck. For an aftermarket part, the applicable product-specific rule of origin set out in section 13 or 14 or Schedule I (PSRO Annex) is the alternative that includes the phrase “for any other good.”
| HS 2012 | Description |
|---|---|
| 4009.12 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, not reinforced or otherwise combined with other materials, with fittings. |
| 4009.22 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined only with metal, with fittings. |
| 4009.32 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined only with textile materials, with fittings. |
| 4009.42 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined with other materials, with fittings. |
| 8301.20 | Locks of a kind used for motor vehicles. |
| Ex 8421.39 | Catalytic converters. |
| 8481.20 | Valves for oleohydraulic or pneumatic transmissions. |
| 8481.30 | Check (nonreturn) valves. |
| 8481.80 | Other taps, cocks, valves and similar appliances, including pressure-reducing valves and thermostatically controlled valves. |
| 8501.10 | Electric motors of an output not exceeding 37.5 W. |
| 8501.20 | Universal AC/DC motors of an output exceeding 37.5 W. |
| 8501.31 | Other DC motors and generators of an output not exceeding 750 W. |
| Ex 8507.20 | Other lead-acid batteries of a kind used for the propulsion of motor vehicles of Chapter 87. |
| Ex 8507.30 | Nickel-cadmium batteries of a kind used for the propulsion of motor vehicles of Chapter 87. |
| Ex 8507.40 | Nickel-iron batteries of a kind used for the propulsion of motor vehicles of Chapter 87. |
| Ex 8507.80 | Other batteries of a kind used for the propulsion of motor vehicles of Chapter 87. |
| 8511.30 | Distributors; ignition coils. |
| 8512.20 | Other lighting or visual signalling equipment. |
| 8512.40 | Windshield wipers, defrosters and demisters. |
| Ex 8519.81 | Cassette decks. |
| 8536.50 | Other electrical switches, for a voltage not exceeding 1,000 V. |
| Ex 8536.90 | Junction boxes. |
| 8539.10 | Sealed beam lamp units. |
| 8539.21 | Tungsten halogen filament lamp. |
| 8544.30 | Ignition wiring sets and other wiring sets of a kind used in motor vehicles. |
| 9031.80 | Other measuring and checking instruments, appliances & machines. |
| 9032.89 | Other automatic regulating or controlling instruments and apparatus. |
Note: The Regional Value Content requirements set out in sections 13 or 15 or Schedule I (PSRO Annex) apply to a good for use as original equipment in the production of a heavy truck. For an aftermarket part, the applicable product-specific rule of origin set out in section 13 or Schedule I (PSRO Annex) is the alternative that includes the phrase “for any other good.”
| 8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc. |
| 8407.32 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 50 cc but not exceeding 250 cc. |
| 8407.33 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 250 cc but not exceeding 1,000 cc. |
| 8407.34 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 1,000 cc. |
| 8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of Chapter 87. |
| 8409.91 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, suitable for use solely or principally with spark-ignition internal combustion piston engines. |
| 8409.99 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, other. |
| 8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston engines. |
| Ex 8414.59 | Turbochargers and superchargers. |
| 8414.80 | Other air or gas pumps, compressors and fans. |
| 8415.20 | Air conditioning machines, comprising a motor-driven fan and elements for changing the temperature and humidity, including those machines in which humidity cannot be separately regulated, of a kind used for persons, in motor vehicles. |
| 8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks. |
| 8483.40 | Gears and gearing, other than toothed wheels, chain sprockets and other transmission elements presented separately; ball or roller screws; gear boxes and other speed changers, including torque converters. |
| 8483.50 | Flywheels and pulleys, including pulley blocks. |
| Ex 8501.32 | Other DC motors and generators of an output exceeding 750 W but not exceeding 75 kW, of a kind used for the propulsion of motor vehicles of Chapter 87. |
| 8511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compression-ignition internal combustion engines. |
| 8511.50 | Other generators. |
| 8537.10 | Electric controls for a voltage not exceeding 1,000 V. |
| 8706.00 | Chassis fitted with engines, for the motor vehicles of heading 87.01 through 87.05. |
| 8707.90 | Bodies for the vehicles of heading 87.01, 87.02, 87.04 or 87.05. |
| 8708.10 | Bumpers and parts thereof. |
| 8708.21 | Safety seat belts. |
| 8708.29 | Other parts and accessories of bodies (including cabs) of motor vehicles. |
| 8708.30 | Brakes and servo-brakes; parts thereof. |
| 8708.40 | Gear boxes and parts thereof. |
| 8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles; and parts thereof. |
| 8708.70 | Road wheels and parts and accessories thereof. |
| 8708.80 | Suspension systems and parts thereof (including shock absorbers). |
| 8708.91 | Radiators and parts thereof. |
| 8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof. |
| 8708.93 | Clutches and parts thereof. |
| 8708.94 | Steering wheels, steering columns and steering boxes; parts thereof. |
| 8708.95 | Safety airbags with inflator system; parts thereof. |
| 8708.99 | Other parts and accessories of motor vehicles of headings 87.01 to 87.05. |
| 9401.20 | Seats of a kind used for motor vehicles. |
Note: The Regional Value Content requirements set out in sections 13 or 15 or Schedule I (PSRO Annex) apply to a good for use as original equipment in the production of a heavy truck. For an aftermarket part, the applicable product-specific rule of origin set out in section 13 or Schedule I (PSRO Annex) is the alternative that includes the phrase “for any other good.”
| 8413.50 | Other reciprocating positive displacement pumps. |
| Ex 8479.89 | Electronic brake systems, including ABS and ESC systems. |
| 8482.10 | Ball bearings. |
| 8482.20 | Tapered roller bearings, including cone and tapered roller assemblies. |
| 8482.30 | Spherical roller bearings. |
| 8482.40 | Needle roller bearings. |
| 8482.50 | Other cylindrical roller bearings. |
| 8483.20 | Bearing housings, incorporating ball or roller bearings. |
| 8483.30 | Bearing housings, not incorporating ball or roller bearings; plain shaft bearings. |
| 8483.60 | Clutches and shaft couplings (including universal joints). |
| 8505.20 | Electro-magnetic couplings, clutches and brakes. |
| 8505.90 | Other electro-magnets; electro-magnetic or permanent magnet chucks, clamps and similar holding devices; electro-magnetic lifting heads; including parts. |
| 8507.60 | Lithium-ion batteries. |
| 8511.80 | Other electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines. |
| 8511.90 | Parts of electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines or generators and cut-outs of a kind used in conjunction with such engines. |
Note: The Regional Value Content requirements set out in section 20 or Schedule I (PSRO Annex) apply to a good for use in a vehicle specified in subsections 20(2) and 20(3).
| HS 2012 | Description |
|---|---|
| 40.09 | Tubes, pipes and hoses. |
| 4010.31 | Endless transmission belts (V-belts), V-ribbed, of an outside circumference exceeding 60 cm but not exceeding 180 cm. |
| 4010.32 | Endless transmission belts (V-belts), other than V-ribbed, of an outside circumference exceeding 60 cm but not exceeding 180 cm. |
| 4010.33 | Endless transmission belts (V-belts), V-ribbed, of an outside circumference exceeding 180 cm but not exceeding 240 cm. |
| 4010.34 | Endless transmission belts (V-belts), other than V-ribbed, of an outside circumference exceeding 180 cm but not exceeding 240 cm. |
| 4010.39.aa | Other endless transmission belts (V-belts). |
| 40.11 | New pneumatic tires, of rubber. |
| 4016.93.aa | Gaskets, washers and other seals of vulcanised rubber other than hard rubber. |
| 4016.99.aa | Vibration control goods. |
| 7007.11 | Toughened (tempered) safety glass of a size and shape suitable for incorporation in vehicles. |
| 7007.21 | Laminated safety glass of a size and shape suitable for incorporation in vehicles. |
| 7009.10 | Rearview mirrors for vehicles. |
| 8301.20 | Locks of a kind used for motor vehicles. |
| 8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc. |
| 8407.32 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 50 cc but not exceeding 250 cc. |
| 8407.33 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 250 cc but not exceeding 1,000 cc. |
| 8407.34.aa | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 1,000 cc but not exceeding 2,000 cc. |
| 8407.34.bb | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 2,000 cc. |
| 8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of Chapter 87. |
| 84.09 | Parts suitable for use solely or principally with spark-ignition internal combustion piston engines. |
| 8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston engines. |
| 8414.80.aa | Other air or gas pumps, compressors and fans (turbochargers and superchargers for motor vehicles, where not provided for under subheading 8414.59). |
| 8414.59.aa | Other fans (turbochargers and superchargers for motor vehicles, where not provided for under subheading 8414.80). |
| 8415.20 | Air conditioning machines, comprising a motor-driven fan and elements for changing the temperature and humidity, including those machines in which humidity cannot be separately regulated, of a kind used for persons, in motor vehicles. |
| 8421.39.aa | Catalytic converters. |
| 8481.20 | Valves for oleohydraulic or pneumatic transmissions. |
| 8481.30 | Check (nonreturn) valves. |
| 8481.80 | Other taps, cocks, valves and similar appliances, including pressure-reducing valves and thermostatically controlled valves. |
| 8482.10 through 8482.80 | Ball or roller bearings. |
| 8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks. |
| 8483.20 | Bearing housings, incorporating ball or roller bearings. |
| 8483.30 | Bearing housings; not incorporating ball or roller bearings; plain shaft bearings. |
| 8483.40 | Gears and gearing, other than toothed wheels, chain sprockets and other transmission elements presented separately; ball or roller screws; gear boxes and other speed changes, including torque converters. |
| 8483.50 | Flywheels and pulleys, including pulley blocks. |
| 8501.10 | Electric motors and generators of an output not exceeding 37.5 W. |
| 8501.20 | Universal AC/DC motors of an output exceeding 37.5 W. |
| 8501.31 | Other DC motors and generators of an output not exceeding 750 W. |
| 8501.32.aa | Other DC motors and generators of an output exceeding 750 W but not exceeding 75 kW of a kind used for the propulsion of vehicles of Chapter 87. |
| 8507.20.aa, 8507.30.aa, 8507.40.aa and 8507.80.aa | Batteries that provide primary source for electric cars. |
| 8511.30 | Distributors; ignition coils. |
| 8511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compressing-ignition internal combustion engines. |
| 8511.50 | Other generators. |
| 8512.20 | Other lighting or visual signalling equipment. |
| 8512.40 | Windshield wipers, defrosters and demisters. |
| ex 8519.81 | Cassette decks. |
| 8527.21 | Radios combined with cassette players. |
| 8527.29 | Radios. |
| 8536.50 | Other electrical switches, for a voltage not exceeding 1,000 V. |
| 8536.90 | Junction boxes. |
| 8537.10.bb | Motor control centers. |
| 8539.10 | Sealed beam lamp units. |
| 8539.21 | Tungsten halogen filament lamp. |
| 8544.30 | Ignition wiring sets and other wiring sets of a kind used in vehicles. |
| 87.06 | Chassis fitted with engines, for the motor vehicles of heading 87.01 through 87.05. |
| 87.07 | Bodies (including cabs) for the motor vehicles of headings 87.01 to 87.05. |
| 8708.10.aa | Bumpers (but not parts thereof). |
| 8708.21 | Safety seat belts. |
| 8708.29.aa | Body stampings. |
| 8708.29.cc | Door assemblies. |
| 8708.30 | Brakes and servo-brakes; parts thereof. |
| 8708.40 | Gear boxes and parts thereof. |
| 8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles. |
| 8708.70.aa | Road wheels, but not parts or accessories thereof. |
| 8708.80 | Suspension systems and parts thereof (including shock absorbers). |
| 8708.91 | Radiators and parts thereof. |
| 8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof. |
| 8708.93.aa | Clutches (but not parts thereof). |
| 8708.94 | Steering wheels, steering columns and steering boxes; parts thereof. |
| 8708.95 | Safety airbags with inflator systems, and parts thereof. |
| 8708.99.aa | Vibration control goods containing rubber. |
| 8708.99.bb | Double flanged wheel hub units incorporating ball bearings. |
| 8708.99.ee | Other parts for powertrains. |
| 8708.99.hh | Other parts and accessories not provided for elsewhere in subheading 8708.99. |
| 9031.80 | Other measuring and checking instruments, appliances & machines. |
| 9032.89 | Other automatic regulating or controlling instruments and apparatus. |
| 9401.20 | Seats of a kind used for motor vehicles. |
| 1. Component: Engines provided for in heading 84.07 or 84.08 |
| Materials: Cast block, cast head, fuel nozzle, fuel injector pumps, glow plugs, turbochargers and superchargers, electronic engine controls, intake manifold, exhaust manifold, intake/exhaust valves, crankshaft/camshaft, alternator, starter, air cleaner assembly, pistons, connecting rods and assemblies made therefrom (or rotor assemblies for rotary engines), flywheel (for manual transmissions), flexplate (for automatic transmissions), oil pan, oil pump and pressure regulator, water pump, crankshaft and camshaft gears, and radiator assemblies or charge-air coolers. |
| 2. Component: Gear boxes (transmissions) provided for in subheading 8708.40 |
| Materials: (a) For manual transmissions—transmission case and clutch housing; clutch; internal shifting mechanism; gear sets, synchronizers and shafts; and (b) for torque convertor type transmissions—transmission case and convertor housing; torque convertor assembly; gear sets and clutches; and electronic transmission controls. |
The following table lists the HS subheadings for steel and aluminum subject to the USMCA steel and aluminum purchasing requirements set out in Section 17 to facilitate implementation of the steel and aluminum purchasing requirement, pursuant to Article 6.3 of the Appendix to Annex 4-B of the Agreement.
The prefix “ex” is used to indicate that only goods described in the “Description” column are taken into consideration when performing the calculation.
These descriptions cover structural steel or aluminum purchases by vehicle producers used in the production of passenger vehicles, light trucks, or heavy trucks, including all steel or aluminum purchases used for the production of major stampings that form the “body in white” or chassis frame as defined in Table A.2 (Parts and Components for Passenger Vehicles and Light Trucks). The descriptions do not cover structural steel or aluminum purchased by parts producers or suppliers used in the production of other automotive parts.
| S | Description | 6-Digit HS subheading(s) |
|---|---|---|
| Steel | Flat-rolled products of iron or non-alloy steel, of a width of 600 mm or more, hot-rolled, not clad, plated or coated: | |
| Other, in coils, not further worked than hot-rolled, pickled | 7208.25, 7208.26, 7208.27. | |
| Other, in coils, not further worked than hot-rolled | 7208.36, 7208.37, 7208.38, 7208.39. | |
| Other, not in coils, not further worked than hot-rolled | 7208.51, 7208.52, 7208.53, 7208.54. | |
| Flat-rolled products of iron or non-alloy steel, of a width of 600 mm or more, cold-rolled (cold-reduced), not clad, plated or coated: | ||
| In coils, not further worked than cold-rolled (cold-reduced): | 7209.15, 7209.16, 7209.17, 7209.18. | |
| Not in coils, not further worked than cold-rolled (cold-reduced): | 7209.25, 7209.26, 7209.27, 7209.28, 7209.90. | |
| Flat-rolled products of iron or non-alloy steel, of a width of 600 mm or more, clad, plated or coated: | ||
| Electrolytically plated or coated with zinc | 7210.30. | |
| Otherwise plated or coated with zinc, Other (Not Corrugated) | 7210.49. | |
| Other plated or coated with aluminum | 7210.69. | |
| Other: Clad; Other: Electrolytically coated or plated with base metal, Other | 7210.90. | |
| Flat-rolled products of iron or non-alloy steel, of a width of less than 600 mm, not clad, plated or coated: | ||
| Other, of a thickness of 4.75 mm or more | 7211.14. | |
| Other: | 7211.19. | |
| Not further worked than cold-rolled (cold-reduced), Containing by weight less than 0.25 percent of carbon: | 7211.23. | |
| Flat-rolled products of iron or non-alloy steel, of a width of less than 600 mm, clad, plated or coated: | ||
| Electrolytically plated or coated with zinc | 7212.20. | |
| Otherwise plated or coated with zinc | 7212.30. | |
| Bars and rods, hot-rolled, in irregularly wound coils, of iron or non-alloy steel | ||
| Other, of free-cutting steel | 7213.20. | |
| Other: Other | 7213.99. | |
| Other bars and rods of iron or non-alloy steel, not further worked than forged, hot-rolled, hot-drawn or hot-extruded, but including those twisted after rolling | ||
| Other, of free-cutting steel | 7214.30. | |
| Of rectangular (other than square) cross-section | 7214.91. | |
| Other: Other | 7214.99. | |
| Flat-rolled products of other alloy steel, of a width of 600 mm or more | ||
| Other, not further worked than hot-rolled, in coils: | 7225.30. | |
| Other, not further worked than hot-rolled, not in coils: | 7225.40. | |
| Other, not further worked than cold-rolled (cold-reduced): | 7225.50. | |
| Electrolytically plated or coated with zinc | 7225.91. | |
| Other: Otherwise plated or coated with zinc | 7225.92. | |
| Other: Other | 7225.99. | |
| Flat-rolled products of other alloy steel, of a width of less than 600 mm: | ||
| Other: Not further worked than hot-rolled: Of tool steel (other than high-speed steel): | 7226.91. | |
| Not further worked than cold-rolled (cold-reduced): | 7226.92. | |
| Other: | 7226.99. | |
| Bars and rods, hot-rolled, in irregularly wound coils, of other alloy steel | ||
| Of silico-manganese steel | 7227.20. | |
| Other | 7227.90. | |
| Other bars and rods of other alloy steel; angles, shapes and sections, of other alloy steel; hollow drill bars and rods, of alloy or non-alloy steel | ||
| Bars and rods, of high speed steel | 7228.10. | |
| Bars and rods, of silico-manganese steel | 7228.20. | |
| Other bars and rods, not further worked than hot-rolled, hot-drawn or extruded | 7228.30. | |
| Other bars and rods | 7228.60 | |
| Other tubes, pipes and hollow profiles (for example, open seamed or welded, riveted or similarly closed), of iron or steel: | ||
| Other, welded, of circular cross section, of iron or nonalloy steel: | 7306.30. | |
| Other, welded, of circular cross section, of other alloy steel: | 7306.50. | |
| Other, welded, of noncircular cross section: | 7306.61, 7306.69, >7306.90. | |
| Parts and accessories of the motor vehicles of headings 8701 to 8705: | ||
| Major, secondary, and structural body panel stampings, that form the “body in white” | ex 8708.29. | |
| Stamped frame components that form the chassis frame | ex 8708.99. | |
| HS heading or subheading | ||
| Aluminum | ||
| Unwrought aluminum | 76.01. | |
| Aluminum waste and scrap | 76.02. | |
| Aluminum bars, rods and profiles | 76.04. | |
| Aluminum wire | 76.05. | |
| Aluminum plates, sheets and strip, of a thickness exceeding 0.2 mm: | 76.06. | |
| Aluminum tubes and pipes | 76.08. | |
| Parts and accessories of the motor vehicles of headings 8701 to 8705: | ||
| Major, secondary, and structural body panel stampings, that form the “body in white” | ex 8708.29. | |
| Stamped frame components that form the chassis frame | ex 8708.99. |
Schedule I (PSRO Annex)
1. This schedule is deemed to be the contents of Sections A, B and C of Annex 4-B of the Agreement, as implemented in General Note 11 of the Harmonized Tariff Schedule of the United States, 3 except that the following rules of interpretation apply:
(f) for the purpose of Chapter 63, Note 2 of Annex 4-B, a fabric of heading 59.03 is considered formed and finished in the territory of one or more Parties if all production processes and finishing operations, starting with the weaving, knitting, needling, tufting, felting, entangling, or other process, including coating, covering, laminating, or impregnating, and ending with the fabric ready for cutting or assembly without further processing, took place in the territories of one or more of the USMCA countries, even if non-originating fiber or yarn is used in the production of the fabric of heading 5903;
Schedule II (Most-Favored-Nation Rates of Duty on Certain Goods set out in Table 2.10.1 of the Agreement)
| A. Automatic Data Processing Machines (ADP): | ||
| 8471.30 | ||
| 8471.41 | ||
| 8471.49 | ||
| B. Digital Processing Units: | ||
| 8471.50 | ||
| C. Input or Output Units: | ||
| Combined Input/Output Units | ||
| Canada | 8471.60.00 | |
| Mexico | 8471.60.02 | |
| United States | 8471.60.10 | |
| Display Units | ||
| Canada | 8528.42.00, 8528.52.00, 8528.62.00 | |
| Mexico | 8528.41.99, 8528.51.01, 8528.51.99, 8528.61.01 | |
| United States | 8528.42.00, 8528.52.00, 8528.62.00 | |
| Other Input or Output Units | ||
| Canada | 8471.60.00 | |
| Mexico | 8471.60.03, 8471.60.99 | |
| United States | 8471.60.20, 8471.60.70, 8471.60.80, 8471.60.90 | |
| D. Storage Units: | ||
| 8471.70 | ||
| E. Other Units of Automatic Data Processing Machines: | ||
| 8471.80 | ||
| F. Parts of Computers: | ||
| 8443.99 | parts of machines of subheading 8443.31 and 8443.32, excluding facsimile machines and teleprinters. | |
| 8473.30 | parts of ADP machines and units thereof. | |
| 8517.70 | parts of LAN equipment of subheading 8517.62. | |
| Canada | 8529.90.19, 8529.90.50, 8529.90.90 | parts of monitors and projectors of subheading 8528.42, 8528.52, and 8528.62. |
| Mexico | 8529.90.01, 8529.90.06 | parts of monitors or projectors of subheadings 8528.41, 8528.51, and 8528.61. |
| United States | 8529.90.22, 8529.90.75, 8529.90.99 | parts of monitors and projectors of subheading 8528.42, 8528.52, and 8528.62. |
| G. Computer Power Supplies: | ||
| Canada | 8504.40.30, 8504.40.90, 8504.90.10, 8504.90.20, 8504.90.90 | |
| Mexico | 8504.40.12, 8504.40.14, 8504.90.02, 8504.90.07, 8504.90.08 | parts of goods classified in tariff item 8504.40.12. |
| United States | 8504.40.60, 8504.40.70, 8504.90.20, 8504.90.41 |
Schedule III (Value of Goods)
1 Unless otherwise stated, the following definitions apply in this Schedule.
buyer refers to a person who purchases a good from the producer;
buying commissions means fees paid by a buyer to that buyer's agent for the agent's services in representing the buyer in the purchase of a good;
producer refers to the producer of the good being valued.
2 For purposes of subsection 7(2) of these Regulations, the transaction value of a good is the price actually paid or payable for the good, determined in accordance with section 3 and adjusted in accordance with section 4.
3 (1) The price actually paid or payable is the total payment made or to be made by the buyer to or for the benefit of the producer. The payment need not necessarily take the form of a transfer of money. It may be made by letters of credit or negotiable instruments. The payment may be made directly or indirectly to the producer. For an illustration of this, the settlement by the buyer, whether in whole or in part, of a debt owed by the producer is an indirect payment.
(4) The flow of dividends or other payments from the buyer to the producer that do not relate to the purchase of the good are not part of the transaction value.
4 (1) In determining the transaction value of a good, the following must be added to the price actually paid or payable:
(a) To the extent that they are incurred by the buyer, or by a related person on behalf of the buyer, with respect to the good being valued and are not included in the price actually paid or payable
(b) the value, reasonably allocated in accordance with subsection (13), of the following elements if they are supplied directly or indirectly to the producer by the buyer, free of charge or at reduced cost for use in connection with the production and sale of the good, to the extent that the value is not included in the price actually paid or payable:
(a) if the packaging materials and containers or the elements are produced by the buyer, at the choice of the buyer:
(b) if the packaging materials and containers or the elements are produced by a person who is related to the buyer, at the choice of the buyer:
(15) The value of the proceeds referred to in paragraph (1)(d) is the amount that is recorded for such proceeds on the books of the buyer or the producer.
Schedule IV Unacceptable Transaction Value
1 Unless otherwise stated, the following definitions apply in this Schedule.
buyer refers to a person who purchases a good from the producer;
producer refers to the producer of the good being valued.
2 (1) There is no transaction value for a good if the good is not the subject of a sale.
(a) There are restrictions on the disposition or use of the good by the buyer, other than restrictions that
(5) If objective and quantifiable data do not exist with regard to the additions required to be made to the price actually paid or payable under subsection 4(1) of Schedule III, the transaction value cannot be determined under the provisions of section 2 of that Schedule. For an illustration of this, a royalty is paid on the basis of the price actually paid or payable in a sale of a litre of a particular good that was purchased by the kilogram and made up into a solution. If the royalty is based partially on the purchased good and partially on other factors that have nothing to do with that good, such as when the purchased good is mixed with other ingredients and is no longer separately identifiable, or when the royalty cannot be distinguished from special financial arrangements between the producer and the buyer, it would be inappropriate to add the royalty and the transaction value of the good could not be determined. However, if the amount of the royalty is based only on the purchased good and can be readily quantified, an addition to the price actually paid or payable can be made and the transaction value can be determined.
Schedule V (Reasonable Allocation of Costs)
Definitions and Interpretation
1 of the following definitions apply in this Schedule,
costs means any costs that are included in total cost and that can or need to be allocated in a reasonable manner under to subsections 5(11), 7(11) and 8(8) of these Regulations, subsection 4(8) of Schedule III and subsections 4(8) and 9(3) of Schedule VI;
discontinued operation, in the case of a producer located in a USMCA country, has the meaning set out in that USMCA country's Generally Accepted Accounting Principles;
indirect overhead means period costs and other costs;
internal management purpose means any purpose relating to tax reporting, financial reporting, financial planning, decision-making, pricing, cost recovery, cost control management or performance measurement;
overhead means costs, other than direct material costs and direct labor costs.
2 (1) In this Schedule, reference to “producer”, for purposes of subsection 4(8) of Schedule III, is to be read as a reference to “buyer”.
(e) for purposes of subsection 4(8) of Schedule VI, be read as a reference to “elements”.
Methods to Reasonably Allocate Costs
3 (1) If a producer of a good is using, for an internal management purpose, a cost allocation method to allocate to the good direct material costs, or part thereof, and that method reasonably reflects the direct material used in the production of the good based on the criterion of benefit, cause or ability to bear, that method must be used to reasonably allocate the costs to the good.
(3) If a producer of a good is using, for an internal management purpose, a cost allocation method to allocate to the good overhead, or part thereof, and that method is based on the criterion of benefit, cause or ability to bear, that method must be used to reasonably allocate the costs to the good.
4 If costs are not reasonably allocated to a good under section 3, those costs are reasonably allocated to the good if they are allocated:
(c) with respect to overhead, on the basis of any of the following methods:
(iii) a cost allocation method based on the criterion of benefit, cause or ability to bear.
5 Notwithstanding sections 3 and 8, if a producer allocates, for an internal management purpose, costs to a good that is not produced in the period in which the costs are expensed on the books of the producer (such as costs with respect to research and development, and obsolete materials), those costs must be considered reasonably allocated if:
(b) the good produced in that period is within a group or range of goods, including identical goods or similar goods, that is produced by the same industry or industry sector as the goods to which the costs are expensed.
6 Any cost allocation method referred to in section 3, 4 or 5 that is used by a producer for the purposes of these Regulations must be used throughout the producer's fiscal year.
Costs Not Reasonably Allocated
7 The allocation to a good of any of the following is considered not to be reasonably allocated to the good:
(d) gains or losses resulting from the sale of a capital asset of the producer.
8 Any costs allocated under section 3 on the basis of a cost allocation method that is used for an internal management purpose that is solely for the purpose of qualifying a good as an originating good are considered not to be reasonably allocated.
Appendix A—Cost Ratio Method
Calculation of Cost Ratio
For the overhead to be allocated, the producer may choose one or more allocation bases that reflect a relationship between the overhead and the good based on the criterion of benefit, cause or ability to bear.
With respect to each allocation base that is chosen by the producer for allocating overhead, a cost ratio is calculated for each good produced by the producer as determined by the formula:
CR = AB ÷ TAB
where
CR is the cost ratio with respect to the good;
AB is the allocation base for the good; and
TAB is the total allocation base for all the goods produced by the producer.
Allocation to a Good of Costs Included in Overhead
The costs with respect to which an allocation base is chosen are allocated to a good in accordance with the following formula:
CAG = CA × CR
where
CAG is the costs allocated to the good;
CA is the costs to be allocated; and
CR is the cost ratio with respect to the good.
Excluded Costs
Under paragraph 7(11)(b) of these Regulations, where excluded costs are included in costs to be allocated to a good, the cost ratio used to allocate that cost to the good is used to determine the amount of excluded costs to be subtracted from the costs allocated to the good.
Allocation Bases for Costs
The following is a non-exhaustive list of allocation bases that may be used by the producer to calculate cost ratios:
• Direct labor hours
• Direct labor costs
• Units produced
• Machine-hours
• Sales dollars or pesos
• Floor space
“Examples”
The following examples illustrate the application of the cost ratio method to costs included in overhead.
Example 1: Direct Labor Hours
A producer who produces Good A and Good B may allocate overhead on the basis of direct labor hours spent to produce Good A and Good B. A total of 8,000 direct labor hours have been spent to produce Good A and Good B: 5,000 hours with respect to Good A and 3,000 hours with respect to Good B. The amount of overhead to be allocated is $6,000,000.
Calculation of the ratios:
Good A: 5,000 hours/8,000 hours = .625
Good B: 3,000 hours/8,000 hours = .375
Allocation of overhead to Good A and Good B:
Good A: $6,000,000 × .625 = $3,750,000
Good B: $6,000,000 × .375 = $2,250,000
Example 2: Direct Labor Costs
A producer who produces Good A and Good B may allocate overhead on the basis of direct labour costs incurred in the production of Good A and Good B. The total direct labor costs incurred in the production of Good A and Good B is $60,000: $50,000 with respect to Good A and $10,000 with respect to Good B. The amount of overhead to be allocated is $6,000,000.
Calculation of the ratios:
Good A: $50,000/$60,000 = .833
Good B: $10,000/$60,000 = .167
Allocation of Overhead to Good A and Good B:
Good A: $6,000,000 × .833 = $4,998,000
Good B: $6,000,000 × .167 = $1,002,000
Example 3: Units Produced
A producer of Good A and Good B may allocate overhead on the basis of units produced. The total units of Good A and Good B produced is 150,000: 100,000 units of Good A and 50,000 units of Good B. The amount of overhead to be allocated is $6,000,000.
Calculation of the ratios:
Good A: 100,000 units/150,000 units = .667
Good B: 50,000 units/150,000 units = .333
Allocation of Overhead to Good A and Good B:
Good A: $6,000,000 × .667 = $4,002,000
Good B: $6,000,000 × .333 = $1,998,000
Example 4: Machine-Hours
A producer who produces Good A and Good B may allocate machine-related overhead on the basis of machine-hours utilized in the production of Good A and Good B. The total machine-hours utilized for the production of Good A and Good B is 3,000 hours: 1,200 hours with respect to Good A and 1,800 hours with respect to Good B. The amount of machine-related overhead to be allocated is $6,000,000.
Calculation of the ratios:
Good A: 1,200 machine-hours/3,000 machine-hours = .40
Good B: 1,800 machine-hours/3,000 machine-hours = .60
Allocation of machine-related overhead to Good A and Good B:
Good A: $6,000,000 × .40 = $2,400,000
Good B: $6,000,000 × .60 = $3,600,000
Example 5: Sales Dollars or Pesos
A producer who produces Good A and Good B may allocate overhead on the basis of sales dollars. The producer sold 2,000 units of Good A at $4,000 and 200 units of Good B at $3,000. The amount of overhead to be allocated is $6,000,000.
Total sales dollars for Good A and Good B:
Good A: $4,000 × 2,000 units = $8,000,000
Good B: $3,000 × 200 units = $600,000
Total sales dollars: $8,000,000 + $600,000 = $8,600,000
Calculation of the ratios:
Good A: $8,000,000/$8,600,000 = .93
Good B: $600,000/$8,600,000 = .07
Allocation of Overhead to Good A and Good B:
Good A: $6,000,000 × .93 = $5,580,000
Good B: $6,000,000 × .07 = $420,000
Example 6: Floor Space
A producer who produces Good A and Good B may allocate overhead relating to utilities (heat, water and electricity) on the basis of floor space used in the production and storage of Good A and Good B. The total floor space used in the production and storage of Good A and Good B is 100,000 square feet: 40,000 square feet with respect to Good A and 60,000 square feet with respect to Good B. The amount of overhead to be allocated is $6,000,000.
Calculation of the Ratios:
Good A: 40,000 square feet/100,000 square feet = .40
Good B: 60,000 square feet/100,000 square feet = .60
Allocation of overhead (utilities) to Good A and Good B:
Good A: $6,000,000 × .40 = $2,400,000
Good B: $6,000,000 × .60 = $3,600,000
Appendix B—Direct Labor and Direct Material Ratio Method
Calculation of Direct Labor and Direct Material Ratio
For each good produced by the producer, a direct labor and direct material ratio is calculated by the formula:
DLDMR = (DLC + DMC) ÷ (TDLC + TDMC)
where
DLDMR is the direct labor and direct material ratio for the good;
DLC is the direct labor costs of the good;
DMC is the direct material costs of the good;
TDLC is the total direct labor costs of all goods produced by the producer; and
TDMC is the total direct material costs of all goods produced by the producer.
Allocation of Overhead to a Good
Overhead is allocated to a good by the formula:
OAG = O × DLDMR
where
OAG is the overhead allocated to the good;
O is the overhead to be allocated; and
DLDMR is the direct labor and direct material ratio for the good.
Excluded Costs
Under paragraph 7(11)(b) of these Regulations, if excluded costs are included in overhead to be allocated to a good, the direct labor and direct material ratio used to allocate overhead to the good is used to determine the amount of excluded costs to be subtracted from the overhead allocated to the good.
“Examples”
Example 1
The following example illustrates the application of the direct labor and direct material ratio method used by a producer of a good to allocate overhead where the producer chooses to calculate the net cost of the good in accordance with paragraph 7(11)(a) of these Regulations. A producer produces Good A and Good B. Overhead (O) minus excluded costs (EC) is $30 and the other relevant costs are set out in the following table:
| Good A($) | Good B($) | Total($) | |
|---|---|---|---|
| Direct labor costs (DLC) | 5 | 5 | 10 |
| Direct material costs (DMC) | 10 | 5 | 15 |
| Totals | 15 | 10 | 25 |
Overhead Allocated to Good A
OAG (Good A) = O ($30) × DLDMR ($15/$25)
OAG (Good A) = $18.00
Overhead Allocated to Good B
OAG (Good B) = O ($30) × DLDMR ($10/$25)
OAG (Good B) = $12.00
Example 2
The following example illustrates the application of the direct labor and direct material ratio method used by a producer of a good to allocate overhead where the producer chooses to calculate the net cost of the good in accordance with paragraph 7(11)(b) of these Regulations and where excluded costs are included in overhead.
A producer produces Good A and Good B. Overhead (O) is $50 (including excluded costs (EC) of $20). The other relevant costs are set out in the table to Example 1.
Overhead Allocated to Good A
OAG (Good A) = [O ($50) × DLDMR ($15/$25)]−[EC ($20) × DLDMR ($15/$25)]
OAG (Good A) = $18.00
Overhead Allocated to Good B
OAG (Good B) = [O ($50) × DLDMR ($10/$25)]−[EC ($20) × DLDMR ($10/$25)]
OAG (Good B) = $12.00
Appendix C—Direct Cost Ratio Method
Direct Overhead
Direct overhead is allocated to a good on the basis of a method based on the criterion of benefit, cause or ability to bear.
Indirect Overhead
Indirect overhead is allocated on the basis of a direct cost ratio.
Calculation of Direct Cost Ratio
For each good produced by the producer, a direct cost ratio is calculated by the formula:
DCR = (DLC + DMC + DO) ÷ (TDLC + TDMC + TDO)
where
DCR is the direct cost ratio for the good;
DLC is the direct labor costs of the good;
DMC is the direct material costs of the good;
DO is the direct overhead of the good;
TDLC is the total direct labor costs of all goods produced by the producer;
TDMC is the total direct material costs of all goods produced by the producer; and
TDO is the total direct overhead of all goods produced by the producer.
Allocation of Indirect Overhead to a Good
Indirect overhead is allocated to a good by the formula:
IOAG = IO × DCR
where
IOAG is the indirect overhead allocated to the good;
IO is the indirect overhead of all goods produced by the producer; and
DCR is the direct cost ratio of the good.
Excluded Costs
Under paragraph 7(11)(b) of these Regulations, if excluded costs are included in
(b) indirect overhead to be allocated to a good, the direct cost ratio used to allocate indirect overhead to the good is used to determine the amount of excluded costs to be subtracted from the indirect overhead allocated to the good.
“Examples”
Example 1
The following example illustrates the application of the direct cost ratio method used by a producer of a good to allocate indirect overhead where the producer chooses to calculate the net cost of the good in accordance with paragraph 7(11)(a) of these Regulations. A producer produces Good A and Good B. Indirect overhead (IO) minus excluded costs (EC) is $30. The other relevant costs are set out in the following table:
| Good A($) | Good B($) | Total($) | |
|---|---|---|---|
| Direct labor costs (DLC) | 5 | 5 | 10 |
| Direct material costs (DMC) | 10 | 5 | 15 |
| Direct overhead (DO) | 8 | 2 | 10 |
| Totals | 23 | 12 | 35 |
Indirect Overhead Allocated to Good A
IOAG (Good A) = IO ($30) × DCR ($23/$35)
IOAG (Good A) = $19.71
Indirect Overhead Allocated to Good B
IOAG (Good B) = IO ($30) × DCR ($12/$35)
IOAG (Good B) = $10.29
Example 2
The following example illustrates the application of the direct cost ratio method used by a producer of a good to allocate indirect overhead if the producer has chosen to calculate the net cost of the good in accordance with paragraph 7(11)(b) of these Regulations and where excluded costs are included in indirect overhead.
A producer produces Good A and Good B. The indirect overhead (IO) is $50 (including excluded costs (EC) of $20). The other relevant costs are set out in the table to Example 1.
Indirect Overhead Allocated to Good A
IOAG (Good A) = [IO ($50) × DCR ($23/$35)]−[EC ($20) × DCR ($23/$35)]
IOAG (Good A) = $19.72
Indirect Overhead Allocated to Good B
IOAG (Good B) = [IO ($50) × DCR ($12/$35)]−[EC ($20) × DCR ($12/$35)]
IOAG (Good B) = $10.28
Schedule VI Value of Materials
1 (1) Unless otherwise stated, the following definitions apply in this Schedule.
buying commissions means fees paid by a producer to that producer's agent for the agent's services in representing the producer in the purchase of a material;
materials of the same class or kind means, with respect to materials being valued, materials that are within a group or range of materials that
(b) includes identical materials or similar materials;
producer refers to the producer who used the material in the production of a good that is subject to a regional value-content requirement;
seller refers to a person who sells the material being valued to the producer.
2 (1) Except as provided under subsection (2), the transaction value of a material under paragraph 8(1)(b) of these Regulations is the price actually paid or payable for the material determined in accordance with section 3 and adjusted in accordance with section 4.
(a) there are restrictions on the disposition or use of the material by the producer, other than restrictions that
(6) If objective and quantifiable data do not exist with regard to the additions required to be made to the price actually paid or payable under subsection 4(1), the transaction value cannot be determined under the provisions of subsection 2(1). For an illustration of this, a royalty is paid on the basis of the price actually paid or payable in a sale of a litre of a particular good that is produced by using a material that was purchased by the kilogram and made up into a solution. If the royalty is based partially on the purchased material and partially on other factors that have nothing to do with that material, such as when the purchased material is mixed with other ingredients and is no longer separately identifiable, or when the royalty cannot be distinguished from special financial arrangements between the seller and the producer, it would be inappropriate to add the royalty and the transaction value of the material could not be determined. However, if the amount of the royalty is based only on the purchased material and can be readily quantified, an addition to the price actually paid or payable can be made and the transaction value can be determined.
3 (1) The price actually paid or payable is the total payment made or to be made by the producer to or for the benefit of the seller of the material. The payment need not necessarily take the form of a transfer of money. It may be made by letters of credit or negotiable instruments. Payment may be made directly or indirectly to the seller. For an illustration of this, the settlement by the producer, whether in whole or in part, of a debt owed by the seller, is an indirect payment.
(4) The flow of dividends or other payments from the producer to the seller that do not relate to the purchase of the material are not part of the transaction value.
4 (1) In determining the transaction value of the material, the following must be added to the price actually paid or payable:
(a) To the extent that they are incurred by the producer with respect to the material being valued and are not included in the price actually paid or payable,
(b) the value, reasonably allocated in accordance with subsection (13), of the following elements if they are supplied directly or indirectly to the seller by the producer free of charge or at reduced cost for use in connection with the production and sale of the material, to the extent that the value is not included in the price actually paid or payable:
(a) Where the elements are produced by the producer, at the choice of the producer,
(b) if the elements are produced by a person who is related to the producer, at the choice of the producer:
(15) The value of the proceeds referred to in paragraph (1)(d) is the amount that is recorded for those proceeds on the books of the producer or the seller.
5 (1) If there is no transaction value under subsection 2(2) or the transaction value is unacceptable under subsection 2(3), the value of the material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, is the transaction value of identical materials sold, at or about the same time as the material being valued was shipped to the producer, to a buyer located in the same country as the producer.
(4) If more than one transaction value of identical materials is found, the lowest such value must be used to determine the value of the material under this section.
6 (1) If there is no transaction value under subsection 2(2) or the transaction value is unacceptable under subsection 2(3), and the value of the material cannot be determined under section 5, the value of the material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, is the transaction value of similar materials sold, at or about the same time as the material being valued was shipped to the producer, to a buyer located in the same country as the producer.
(4) If more than one transaction value of similar materials is found, the lowest of those values must be used to determine the value of the material under this section.
7 If there is no transaction value under subsection 2(2) or the transaction value is unacceptable under subsection 2(3), and the value of the material cannot be determined under section 5 or 6, the value of the material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, must be determined under section 8 or, when the value cannot be determined under that section, under section 9 except that, at the request of the producer, the order of application of sections 8 and 9 must be reversed.
8 (1) Under this section, if identical materials or similar materials are sold in the territory of the USMCA country in which the producer is located, in the same condition as the material was in when received by the producer, the value of the material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, must be based on the unit price at which those identical materials or similar materials are sold, in the greatest aggregate quantity by the producer or, where the producer does not sell those identical materials or similar materials, by a person at the same trade level as the producer, at or about the same time as the material being valued is received by the producer, to persons located in that territory who are not related to the seller, subject to deductions for the following:
(3) The expression “unit price at which those identical materials or similar materials are sold, in the greatest aggregate quantity” in subsection (1) means the price at which the greatest number of units is sold in sales between persons who are not related persons. For an illustration of this, materials are sold from a price list which grants favourable unit prices for purchases made in larger quantities.
| Sale quantity | Unit price | Number of sales | Totalquantitysold ateach price |
|---|---|---|---|
| 1-10 units | 100 | 10 sales of 5 units | 65 |
| 5 sales of 3 units | |||
| 11-25 units | 95 | 5 sales of 11 units | 55 |
| Over 25 units | 90 | 1 sale of 30 units | 80 |
| 1 sale of 50 units |
The greatest number of units sold at a particular price is 80; therefore, the unit price in the greatest aggregate quantity is 90.
As another illustration of this, two sales occur. In the first sale 500 units are sold at a price of 95 currency units each. In the second sale 400 units are sold at a price of 90 currency units each. In this illustration, the greatest number of units sold at a particular price is 500; therefore, the unit price in the greatest aggregate quantity is 95.
(8) For the purposes of subsection (2), the earliest date is the date by which sales of identical materials or similar materials are made, in sufficient quantity to establish the unit price, to other persons in the territory of the USMCA country in which the producer is located.
9 (1) Under this section, the value of a material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, is the sum of:
(c) an amount for profit and general expenses equal to that usually reflected in sales
(8) Whether certain materials are of the same class or kind as the material being valued will be determined on a case-by-case basis with reference to the circumstances involved. For purposes of determining the amount for profit and general expenses usually reflected under the provisions of this section, sales of the narrowest group or range of materials of the same class or kind, which includes the material being valued, for which the necessary information can be provided, shall be examined. For the purposes of this section, the materials of the same class or kind must be from the same country as the material being valued.
10 (1) If there is no transaction value under subsection 2(2) or the transaction value is unacceptable under subsection 2(3), and the value of the material cannot be determined under sections 5 through 9, the value of the material, referred to in subparagraph 8(1)(b)(ii) of these Regulations, must be determined under this section using reasonable means consistent with the principles and general provisions of this Schedule and on the basis of data available in the country in which the producer is located.
(3) To the greatest extent possible, the value of the material determined under this section must be based on the methods of valuation set out in sections 2 through 9, but a reasonable flexibility in the application of such methods would be in conformity with the aims and provisions of this section. For an illustration of this, under section 5, the requirement that the identical materials should be sold at or about the same time as the time the material being valued is shipped to the producer could be flexibly interpreted. Similarly, identical materials produced in a country other than the country in which the material is produced could be the basis for determining the value of the material, or the value of identical materials already determined under section 8 could be used. For another illustration, under section 6, the requirement that the similar materials should be sold at or about the same time as the material being valued are shipped to the producer could be flexibly interpreted. Likewise, similar materials produced in a country other than the country in which the material is produced could be the basis for determining the value of the material, or the value of similar materials already determined under the provisions of section 8 could be used. For a further illustration, under section 8, the ninety days requirement could be administered flexibly.
Schedule VII (Methods for Determining the Value of Non-Originating Materials That Are Identical Materials and That Are Used in the Production of a Good)
Definitions
1 The following definitions apply in this Schedule.
FIFO method means the method by which the value of non-originating materials first received in materials inventory, determined in accordance with section 8 of these Regulations, is considered to be the value of non-originating materials used in the production of the good first shipped to the buyer of the good;
identical materials means, with respect to a material, materials that are the same as that material in all respects, including physical characteristics, quality and reputation but excluding minor differences in appearance;
LIFO method means the method by which the value of non-originating materials last received in materials inventory, determined in accordance with section 8 of these Regulations, is considered to be the value of non-originating materials used in the production of the good first shipped to the buyer of the good;
materials inventory means, with respect to a single plant of the producer of a good, an inventory of non-originating materials that are identical materials and that are used in the production of the good;
rolling average method means the method by which the value of non-originating materials used in the production of a good that is shipped to the buyer of the good is based on the average value, calculated in accordance with section 4, of the non-originating materials in materials inventory.
General
2 For purposes of subsections 5(13) and (14) and 7(10) of these Regulations, the following are the methods for determining the value of non-originating materials that are identical materials and are used in the production of a good:
(c) rolling average method.
3 (1) If a producer of a good chooses, with respect to non-originating materials that are identical materials, any of the methods referred to in section 2, the producer may not use another of those methods with respect to any other non-originating materials that are identical materials and that are used in the production of that good or in the production of any other good.
(3) The method chosen by the producer to determine the value of non-originating materials may be chosen at any time during the producer's fiscal year and may not be changed during that fiscal year.
Average Value for Rolling Average Method
4 (1) The average value of non-originating materials that are identical materials and that are used in the production of a good that is shipped to the buyer of the good is calculated by dividing:
(2) The average value calculated under subsection (1) is applied to the remaining units of non-originating materials in materials inventory.
Appendix “Examples” Illustrating the Application of the Methods for Determining the Value of Non-Originating Materials That Are Identical Materials and That Are Used in the Production of a Good
The following examples are based on the figures set out in the table below and on the following assumptions:
(d) Good A is produced in a single plant.
| Materials Inventory(Receipts of Materials A) | Sales(Shipments of Good A) | ||
|---|---|---|---|
| Date (M/D/Y) | Quantity (units) | Unit cost($) | Quantity(units) |
| 01/01/21 | 200 | 1.05 | |
| 01/03/21 | 1,000 | 1.00 | |
| 01/05/21 | 1,000 | 1.10 | |
| 01/08/21 | 500 | ||
| 01/09/21 | 500 | ||
| 01/10/21 | 1,000 | 1.05 | |
| 01/14/21 | 1,500 | ||
| 01/16/21 | 2,000 | 1.10 | |
| 01/18/21 | 1,500 | ||
| * Unit cost is determined in accordance with section 8 of these Regulations. |
Example 1: FIFO method
By applying the FIFO Method:
(1) The 200 units of Materials A received on 01/01/21 and valued at $1.05 per unit and 300 units of the 1,000 units of Material A received on 01/03/21 and valued at $1.00 per unit are considered to have been used in the production of the 500 units of Good A shipped on 01/08/21; therefore, the value of the non-originating materials used in the production of those goods is considered to be $510 [(200 units × $1.05) + (300 units × $1.00)];
(2) 500 units of the remaining 700 units of Materials A received on 01/03/21 and valued at $1.00 per unit are considered to have been used in the production of the 500 units of Good A shipped on 01/09/21; therefore, the value of the non-originating materials used in the production of those goods is considered to be $500 (500 units × $1.00);
(3) the remaining 200 units of the 1,000 units of Materials A received on 01/03/21 and valued at $1.00 per unit, the 1,000 units of Materials A received on 01/05/21 and valued at $1.10 per unit, and 300 units of the 1,000 units of Materials A received on 01/10/21 and valued at $1.05 per unit are considered to have been used in the production of the 1,500 units of Good A shipped on 01/14/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $1,615 [(200 units × $1.00) + (1,000 units × $1.10) + (300 units x $1.05)]; and
(4) the remaining 700 units of the 1,000 units of Materials A received on 01/10/21 and valued at $1.05 per unit and 800 units of the 2,000 units of Materials A received on 01/16/21 and valued at $1.10 per unit are considered to have been used in the production of the 1,500 units of Good A shipped on 01/18/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $1,615 [(700 units × $1.05) + (800 units × $1.10)].
Example 2: LIFO Method
By applying the LIFO method:
(1) 500 units of the 1,000 units of Materials A received on 01/05/21 and valued at $1.10 per unit are considered to have been used in the production of the 500 units of Good A shipped on 01/08/21; therefore, the value of the non-originating materials used in the production of those goods is considered to be $550 (500 units × $1.10);
(2) the remaining 500 units of the 1,000 units of Materials A received on 01/05/21 and valued at $1.10 per unit are considered to have been used in the production of the 500 units of Good A shipped on 01/09/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $550 (500 units × $1.10);
(3) the 1,000 units of Materials A received on 01/10/21 and valued at $1.05 per unit and 500 units of the 1,000 units of Material A received on 01/03/21 and valued at $1.00 per unit are considered to have been used in the production of the 1,500 units of Good A shipped on 01/14/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $1,550 [(1,000 units × $1.05) + (500 units × $1.00)]; and
(4) 1,500 units of the 2,000 units of Materials A received on 01/16/21 and valued at $1.10 per unit are considered to have been used in the production of the 1,500 units of Good A shipped on 01/18/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $1,650 (1,500 units × $1.10).
Example 3: Rolling Average Method
The following table identifies the average value of non-originating Materials A as determined under the rolling average method. For purposes of this example, a new average value of non-originating Materials A is calculated after each receipt.
| Materials inventory | Date(M/D/Y) | Quantity(units) | Unit cost*($) | Total value($) |
|---|---|---|---|---|
| Beginning Inventory | 01/01/21 | 200 | 1.05 | 210 |
| Receipt | 01/03/21 | 1,000 | 1.00 | 1,000 |
| AVERAGE VALUE | 1,200 | 1.008 | 1,210 | |
| Receipt | 01/05/21 | 1,000 | 1.10 | 1,100 |
| AVERAGE VALUE | 2,200 | 1.05 | 2,310 | |
| Shipment | 01/08/21 | 500 | 1.05 | 525 |
| AVERAGE VALUE | 1,700 | 1.05 | 1,785 | |
| Shipment | 01/09/21 | 500 | 1.05 | 525 |
| AVERAGE VALUE | 1,200 | 1.05 | 1,260 | |
| Receipt | 01/16/21 | 2,000 | 1.10 | 2,200 |
| AVERAGE VALUE | 3,200 | 1.08 | 3,460 | |
| * Unit cost is determined in accordance with section 8 of these Regulations. |
By applying the rolling average method:
(1) The value of non-originating materials used in the production of the 500 units of Good A shipped on 01/08/21 is considered to be $525 (500 units × $1.05); and
(2) the value of non-originating materials used in the production of the 500 units of Good A shipped on 01/09/21 is considered to be $525 (500 units × $1.05).
Schedule VIII (Inventory Management Methods)
Part I Fungible Materials
Definitions
1 The following definitions apply in this Part,
average method means the method by which the origin of fungible materials withdrawn from materials inventory is based on the ratio, calculated under section 5, of originating materials and non-originating materials in materials inventory;
FIFO method means the method by which the origin of fungible materials first received in materials inventory is considered to be the origin of fungible materials first withdrawn from materials inventory;
LIFO method means the method by which the origin of fungible materials last received in materials inventory is considered to be the origin of fungible materials first withdrawn from materials inventory;
materials inventory means,
(b) with respect to a person from whom the producer of the good acquired those fungible materials, an inventory from which fungible materials are sold or otherwise transferred to the producer of the good;
opening inventory means the materials inventory at the time an inventory management method is chosen;
origin identifier means any mark that identifies fungible materials as originating materials or non-originating materials.
General
2 The following inventory management methods may be used for determining whether fungible materials referred to in paragraph 8(18)(a) of these Regulations are:
(d) average method.
3 A producer of a good, or a person from whom the producer acquired the fungible materials that are used in the production of the good, may choose only one of the inventory management methods referred to in section 2, and, if the averaging method is chosen, only one averaging period in each fiscal year of that producer or person for the materials inventory.
Specific Identification Method
4 (1) Except as otherwise provided under subsection (2), if the producer or person referred to in section 3 chooses the specific identification method, the producer or person must physically segregate, in materials inventory, originating materials that are fungible materials from non-originating materials that are fungible materials.
(2) If originating materials or non-originating materials that are fungible materials are marked with an origin identifier, the producer or person need not physically segregate those materials under subsection (1) if the origin identifier remains visible throughout the production of the good.
Average Method
5 If the producer or person referred to in section 3 chooses the average method, the origin of fungible materials withdrawn from materials inventory is determined on the basis of the ratio of originating materials and non-originating materials in materials inventory that is calculated under sections 6 through 8.
6 (1) Except as otherwise provided in sections 7 and 8, the ratio is calculated with respect to a month or three-month period, at the choice of the producer or person, by dividing
(a) the sum of
(b) the sum of
(2) The ratio calculated with respect to a preceding month or three-month period under subsection (1) is applied to the fungible materials remaining in materials inventory at the end of the preceding month or three-month period.
7 (1) If the good is subject to a regional value-content requirement and the regional value content is calculated under the net cost method and the producer or person chooses to average over a period under subsections 7(15), 16(1) or (10) of these Regulations, the ratio is calculated with respect to that period by dividing
(a) the sum of
(b) the sum of
(2) The ratio calculated with respect to a period under subsection (1) is applied to the fungible materials remaining in materials inventory at the end of the period.
8 (1) If the good is subject to a regional value-content requirement and the regional value content of that good is calculated under the transaction value method or the net cost method, the ratio is calculated with respect to each shipment of the good by dividing
(2) The ratio calculated with respect to a shipment of a good under subsection (1) is applied to the fungible materials remaining in materials inventory after the shipment.
Manner of Dealing With Opening Inventory
9 (1) Except as otherwise provided under subsections (2) and (3), if the producer or person referred to in section 3 has fungible materials in opening inventory, the origin of those fungible materials is determined by
(3) The producer or person may consider all fungible materials in opening inventory to be non-originating materials.
Part II Fungible Goods
Definitions
10 The following definitions apply in this Part,
average method means the method by which the origin of fungible goods withdrawn from finished goods inventory is based on the ratio, calculated under section 14, of originating goods and non-originating goods in finished goods inventory;
FIFO method means the method by which the origin of fungible goods first received in finished goods inventory is considered to be the origin of fungible goods first withdrawn from finished goods inventory;
finished goods inventory means an inventory from which fungible goods are sold or otherwise transferred to another person;
LIFO method means the method by which the origin of fungible goods last received in finished goods inventory is considered to be the origin of fungible goods first withdrawn from finished goods inventory;
opening inventory means the finished goods inventory at the time an inventory management method is chosen;
origin identifier means any mark that identifies fungible goods as originating goods or non-originating goods.
General
11 The following inventory management methods may be used for determining whether fungible goods referred to in paragraph 8(18)(b) of these Regulations are originating goods:
(d) average method.
12 An exporter of a good, or a person from whom the exporter acquired the fungible good, may choose only one of the inventory management methods referred to in section 11, including only one averaging period in the case of the average method, in each fiscal year of that exporter or person for each finished goods inventory of the exporter or person.
Specific Identification Method
13 (1) Except as provided under subsection (2), if the exporter or person referred to in section 12 chooses the specific identification method, the exporter or person must physically segregate, in finished goods inventory, originating goods that are fungible goods from non-originating goods that are fungible goods.
(2) If originating goods or non-originating goods that are fungible goods are marked with an origin identifier, the exporter or person need not physically segregate those goods under subsection (1) if the origin identifier is visible on the fungible goods.
Average Method
14 (1) If the exporter or person referred to in section 12 chooses the average method, the origin of each shipment of fungible goods withdrawn from finished goods inventory during a month or three-month period, at the choice of the exporter or person, is determined on the basis of the ratio of originating goods and non-originating goods in finished goods inventory for the preceding one-month or three-month period that is calculated by dividing
(a) the sum of
(b) the sum of
(2) The ratio calculated with respect to a preceding month or three-month period under subsection (1) is applied to the fungible goods remaining in finished goods inventory at the end of the preceding month or three-month period.
Manner of Dealing With Opening Inventory
15 (1) Except as otherwise provided under subsections (2) and (3), if the exporter or person referred to in section 12 has fungible goods in opening inventory, the origin of those fungible goods is determined by
(3) The exporter or person may consider all fungible goods in opening inventory to be non-originating goods.
Appendix A
“Examples” Illustrating the Application of the Inventory Management Methods To Determine the Origin of Fungible Materials
The following examples are based on the figures set out in the table below and on the following assumptions:
(a) Originating Material A and non-originating Material A that are fungible materials are used in the production of Good A;
(b) one unit of Material A is used to produce one unit of Good A;
(c) Material A is only used in the production of Good A;
(d) all other materials used in the production of Good A are originating materials; and
(e) the producer of Good A exports all shipments of Good A to the territory of a USMCA country.
| Materials inventory(Receipts of Material A) | Sales(Shipments of Good A) | |||
|---|---|---|---|---|
| Date (M/D/Y) | Quantity (units) | Unit cost * | Total value | Quantity (units) |
| 12/18/20 | 100 (O 1) | $1.00 | $ 100 | |
| 12/27/20 | 100 (N 2) | 1.10 | 110 | |
| 01/01/21 | 200 (OI 3) | |||
| 01/01/21 | 1,000 (O) | 1.00 | 1,000 | |
| 01/05/21 | 1,000 (N) | 1.10 | 1,100 | |
| 01/10/21 | 100 | |||
| 01/10/21 | 1,000 (O) | 1.05 | 1,050 | |
| 01/15/21 | 700 | |||
| 01/16/21 | 2,000 (N) | 1.10 | 2,200 | |
| 01/20/21 | 1,000 | |||
| 01/23/21 | 900 | |||
| * Unit cost is determined in accordance with section 8 of these Regulations. | ||||
| 1 “O” denotes originating materials. | ||||
| 2 “N” denotes non-originating materials. | ||||
| 3 “OI” denotes opening inventory. |
Example 1: FIFO Method
Good A is subject to a regional value-content requirement. Producer A is using the transaction value method to determine the regional value content of Good A.
By applying the FIFO method:
(1) The 100 units of originating Material A in opening inventory that were received in materials inventory on 12/18/20 are considered to have been used in the production of the 100 units of Good A shipped on 01/10/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $0;
(2) the 100 units of non-originating Material A in opening inventory that were received in materials inventory on 12/27/20 and 600 units of the 1,000 units of originating Material A that were received in materials inventory on 01/01/21 are considered to have been used in the production of the 700 units of Good A shipped on 01/15/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $110 (100 units × $1.10);
(3) the remaining 400 units of the 1,000 units of originating Material A that were received in materials inventory on 01/01/21 and 600 units of the 1,000 units of non-originating Material A that were received in materials inventory on 01/05/21 are considered to have been used in the production of the 1,000 units of Good A shipped on 01/20/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $660 (600 units × $1.10); and
(4) the remaining 400 units of the 1,000 units of non-originating Material A that were received in materials inventory on 01/05/21 and 500 units of the 1,000 units of originating Material A that were received in materials inventory on 01/10/21 are considered to have been used in the production of the 900 units of Good A shipped on 01/23/21; therefore, the value of non-originating materials used in the production of those goods is considered to be $440 (400 units × $1.10).
Example 2: LIFO Method
Good A is subject to a change in tariff classification requirement and the non-originating Material A used in the production of Good A does not undergo the applicable change in tariff classification. Therefore, if originating Material A is used in the production of Good A, Good A is an originating good and, if non-originating Material A is used in the production of Good A, Good A is a non-originating good.
By applying the LIFO method:
(1) 100 units of the 1,000 units of non-originating Material A that were received in materials inventory on 01/05/21 are considered to have been used in the production of the 100 units of Good A shipped on 01/10/21;
(2) 700 units of the 1,000 units of originating Material A that were received in materials inventory on 01/10/21 are considered to have been used in the production of the 700 units of Good A shipped on 01/15/21;
(3) 1,000 units of the 2,000 units of non-originating Material A that were received in materials inventory on 01/16/21 are considered to have been used in the production of the 1,000 units of Good A shipped on 01/20/21; and
(4) 900 units of the remaining 1,000 units of non-originating Material A that were received in materials inventory on 01/16/21 are considered to have been used in the production of the 900 units of Good A shipped on 01/23/21.
Example 3: Average Method
Good A is subject to an applicable regional value-content requirement. Producer A is using the transaction value method to determine the regional value content of Good A. Producer A determines the average value of non-originating Material A and the ratio of originating Material A to total value of originating Material A and non-originating Material A in the following table.
| Material inventory | Sales | |||||||
|---|---|---|---|---|---|---|---|---|
| (Receipts of Material A) | (Non-originating material) | (Shipments of Good A) | ||||||
| Date (M/D/Y) | Quantity (units) | Total value | Unit cost * | Quantity (units) | Total value | Ratio | Quantity (units) | |
| Receipt | 12/18/20 | 100 (O1) | $ 100 | $1.00 | ||||
| Receipt | 12/27/20 | 100 (N2) | 110 | 1.10 | 100 | $ 110.00 | ||
| New AVG INV Value | 200 (OI3) | 210 | 1.05 | 100 | 105.00 | 0.50 | ||
| Receipt | 01/01/21 | 1,000 (O) | 1,000 | 1.00 | ||||
| New AVG INV Value | 1,200 | 1,210 | 1.01 | 100 | 101.00 | 0.08 | ||
| Receipt | 01/05/21 | 1,000 (N) | 1,100 | 1.10 | 1,000 | 1,100.00 | ||
| New AVG INV Value | 2,200 | 2,310 | 1.05 | 1,100 | 1,155.00 | 0.50 | ||
| Shipment | 01/10/21 | (100) | (105) | 1.05 | (50) | (52.50) | 100 | |
| Receipt | 01/10/21 | 1,000 (O) | 1,050 | 1.05 | ||||
| New AVG INV Value | 3,100 | 3,255 | 1.05 | 1,050 | 1,102.50 | 0.34 | ||
| Shipment | 01/15/21 | (700) | (735) | 1.05 | (238) | (249.90) | 700 | |
| Receipt | 01/16/21 | 2,000 (N) | 2,200 | 1.10 | 2,000 | 2,200.00 | ||
| New AVG INV Value | 4,400 | 4,720 | 1.07 | 2,812 | 3,008.84 | 0.64 | ||
| Shipment | 01/20/21 | (1,000) | (1,070) | 1.07 | (640) | (684.80) | 1,000 | |
| Shipment | 01/23/21 | (900) | (963) | 1.07 | (576) | (616.32) | 900 | |
| New AVG INV Value | 2,500 | 2,687 | 1.07 | 1,596 | 1,707.24 | 0.64 | ||
| * Unit cost is determined in accordance with section 8 of these Regulations. | ||||||||
| 1 “O” denotes originating materials. | ||||||||
| 2 “N” denotes non-originating materials. | ||||||||
| 3 “OI” denotes opening inventory. |
By applying the average method:
(1) Before the shipment of the 100 units of Material A on 01/10/21, the ratio of units of originating Material A to total units of Material A in materials inventory was .50 (1,100 units/2,200 units) and the ratio of units of non-originating Material A to total units of Material A in materials inventory was .50 (1,100 units/2,200 units);
based on those ratios, 50 units (100 units × .50) of originating Material A and 50 units (100 units × .50) of non-originating Material A are considered to have been used in the production of the 100 units of Good A shipped on 01/10/21; therefore, the value of non-originating Material A used in the production of those goods is considered to be $52.50 [100 units × $1.05 (average unit value) × .50];
the ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,050 units (2,100 units × .50) are considered to be originating materials and 1,050 units (2,100 units × .50) are considered to be non-originating materials;
(2) before the shipment of the 700 units of Good A on 01/15/21, the ratio of units of originating Material A to total units of Material A in materials inventory was 66% (2,050 units/3,100 units) and the ratio of units of non-originating Material A to total units of Material A in materials inventory was 34% (1,050 units/3,100 units);
based on those ratios, 462 units (700 units × .66) of originating Material A and 238 units (700 units × .34) of non-originating Material A are considered to have been used in the production of the 700 units of Good A shipped on 01/15/21; therefore, the value of non-originating Material A used in the production of those goods is considered to be $249.90 [700 units × $1.05 (average unit value) × 34%];
the ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,584 units (2,400 units × .66) are considered to be originating materials and 816 units (2,400 units × .34) are considered to be non-originating materials;
(3) before the shipment of the 1,000 units of Material A on 01/20/21, the ratio of units of originating Material A to total units of Material A in materials inventory was 36% (1,584 units/4,400 units) and the ratio of units of non-originating Material A to total units of Material A in materials inventory was 64% (2,816 units/4,400 units);
based on those ratios, 360 units (1,000 units × .36) of originating Material A and 640 units (1,000 units × .64) of non-originating Material A are considered to have been used in the production of the 1,000 units of Good A shipped on 01/20/21; therefore, the value of non-originating Material A used in the production of those goods is considered to be $684.80 [1,000 units × $1.07 (average unit value) × 64%];
those ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,224 units (3,400 units × .36) are considered to be originating materials and 2,176 units (3,400 units × .64) are considered to be non-originating materials;
(4) before the shipment of the 900 units of Good A on 01/23/21, the ratio of units of originating Material A to total units of Material A in materials inventory was 36% (1,224 units/3,400 units) and the ratio of units of non-originating Material A to total units of Material A in materials inventory was 64% (2,176 units/3,400 units);
based on those ratios, 324 units (900 units × .36) of originating Material A and 576 units (900 units × .64) of non-originating Material A are considered to have been used in the production of the 900 units of Good A shipped on 01/23/21; therefore, the value of non-originating Material A used in the production of those goods is considered to be $616.32 [900 units × $1.07 (average unit value) × 64%];
those ratios are applied to the units of Material A remaining in materials inventory after the shipment: 900 units (2,500 units × .36) are considered to be originating materials and 1,600 units (2,500 units × .64) are considered to be non-originating materials.
Example 4: Average Method
Good A is subject to an applicable regional value-content requirement. Producer A is using the net cost method and is averaging over a period of one month under paragraph 7(15)(a) of these Regulations to determine the regional value content of Good A.
By applying the average method:
The ratio of units of originating Material A to total units of Material A in materials inventory for January 2021 is 40.4% (2,100 units/5,200 units);
based on that ratio, 1,091 units (2,700 units × .404) of originating Material A and 1,609 units (2,700 units—1,091 units) of non-originating Material A are considered to have been used in the production of the 2,700 units of Good A shipped in January 2021; therefore, the value of non-originating materials used in the production of those goods is considered to be $0.64 per unit [$5,560 (total value of Material A in materials inventory)/5,200 (units of Material A in materials inventory) = $1.07 (average unit value) × (1−.404)] or $1,728 ($0.64 × 2,700 units); and
that ratio is applied to the units of Material A remaining in materials inventory on January 31, 2021: 1,010 units (2,500 units × .404) are considered to be originating materials and 1,490 units (2,500 units−1,010 units) are considered to be non-originating materials.
Appendix B
“Examples” Illustrating the Application of the Inventory Management Methods to Determine the Origin of Fungible Goods
The following examples are based on the figures set out in the table below and on the assumption that Exporter A acquires originating Good A and non-originating Good A that are fungible goods and physically combines or mixes Good A before exporting those goods to the buyer of those goods.
| Finished goods inventory(Receipts of Good A) | Sales(Shipments of Good A) | |
|---|---|---|
| Date(M/D/Y) | Quantity(units) | Quantity(units) |
| 12/18/20 | 100 (O 1) | |
| 12/27/20 | 100 (N 2) | |
| 01/01/21 | 200 (OI 3) | |
| 01/01/21 | 1,000 (O) | |
| 01/05/21 | 1,000 (N) | |
| 01/10/21 | 100 | |
| 01/10/21 | 1,000 (O) | |
| 01/15/21 | 700 | |
| 01/16/21 | 2,000 (N) | |
| 01/20/21 | 1,000 | |
| 01/23/21 | 900 | |
| 1 “O” denotes originating goods. | ||
| 2“ N” denotes non-originating goods. | ||
| 3“ OI” denotes opening inventory. |
Example 1: FIFO Method
By applying the FIFO method:
(1) The 100 units of originating Good A in opening inventory that were received in finished goods inventory on 12/18/20 are considered to be the 100 units of Good A shipped on 01/10/21;
(2) the 100 units of non-originating Good A in opening inventory that were received in finished goods inventory on 12/27/20 and 600 units of the 1,000 units of originating Good A that were received in finished goods inventory on 01/01/21 are considered to be the 700 units of Good A shipped on 01/15/21;
(3) the remaining 400 units of the 1,000 units of originating Good A that were received in finished goods inventory on 01/01/21 and 600 units of the 1,000 units of non-originating Good A that were received in finished goods inventory on 01/05/21 are considered to be the 1,000 units of Good A shipped on 01/20/21; and
(4) the remaining 400 units of the 1,000 units of non-originating Good A that were received in finished goods inventory on 01/05/21 and 500 units of the 1,000 units of originating Good A that were received in finished goods inventory on 01/10/21 are considered to be the 900 units of Good A shipped on 01/23/21.
Example 2: LIFO Method
By applying the LIFO method:
(1) 100 units of the 1,000 units of non-originating Good A that were received in finished goods inventory on 01/05/21 are considered to be the 100 units of Good A shipped on 01/10/21;
(2) 700 units of the 1,000 units of originating Good A that were received in finished goods inventory on 01/10/21 are considered to be the 700 units of Good A shipped on 01/15/21;
(3) 1,000 units of the 2,000 units of non-originating Good A that were received in finished goods inventory on 01/16/21 are considered to be the 1,000 units of Good A shipped on 01/20/21; and
(4) 900 units of the remaining 1,000 units of non-originating Good A that were received in finished goods inventory on 01/16/21 are considered to be the 900 units of Good A shipped on 01/23/21.
Example 3: Average Method
Exporter A chooses to determine the origin of Good A on a monthly basis. Exporter A exported 3,000 units of Good A during the month of February 2021. The origin of the units of Good A exported during that month is determined on the basis of the preceding month, that is January 2021.
By applying the average method:
The ratio of originating goods to all goods in finished goods inventory for the month of January 2021 is 40.4% (2,100 units/5,200 units);
based on that ratio, 1,212 units (3,000 units × .404) of Good A shipped in February 2021 are considered to be originating goods and 1,788 units (3,000 units−1,212 units) of Good A are considered to be non-originating goods; and
that ratio is applied to the units of Good A remaining in finished goods inventory on January 31, 2021: 1,010 units (2,500 units × .404) are considered to be originating goods and 1,490 units (2,500 units−1,010 units) are considered to be non-originating goods.
Schedule IX (Method for Calculating Non-Allowable Interest Costs)
Definitions and Interpretation
1 For purposes of this Schedule,
fixed-rate contract means a loan contract, instalment purchase contract or other financing agreement in which the interest rate remains constant throughout the life of the contract or agreement;
linear interpolation means, with respect to the interest rate issued by the federal government, the application of the following mathematical formula:
A + [((B−A) × (E−D))/(C−D)]
where
A is the interest rate issued by the federal government debt obligations that are nearest in maturity but of shorter maturity than the weighted average principal maturity of the payment schedule under the fixed-rate contract or variable-rate contract to which they are being compared,
B is the interest rate issued by the federal government debt obligations that are nearest in maturity but of greater maturity than the weighted average principal maturity of that payment schedule,
C is the maturity of federal government debt obligations that are nearest in maturity but of greater maturity than the weighted average principal maturity of that payment schedule,
D is the maturity of federal government debt obligations that are nearest in maturity but of shorter maturity than the weighted average principal maturity of that payment schedule, and
E is the weighted average principal maturity of that payment schedule;
payment schedule means the schedule of payments, whether on a weekly, bi-weekly, monthly, yearly or other basis, of principal and interest, or any combination thereof, made by a producer to a lender in accordance with the terms of a fixed-rate contract or variable-rate contract;
variable-rate contract means a loan contract, instalment purchase contract or other financing agreement in which the interest rate is adjusted at intervals during the life of the contract or agreement in accordance with its terms;
weighted average principal maturity means, with respect to fixed-rate contracts and variable-rate contracts, the numbers of years, or portion thereof, that is equal to the number obtained by
(a) dividing the sum of the weighted principal payments,
(b) rounding the amount determined under paragraph (a) to the nearest single decimal place and, if that amount is the midpoint between two such numbers, to the greater of those two numbers;
weighted principal payment means,
(b) with respect to variable-rate contracts
(ii) the amount equal to the outstanding principal owing, but not necessarily due, at the end of the current interest rate period, multiplied by the number of years, or portion thereof, between the beginning and the end of that interest rate period;
interest rate issued by the federal government means
(a) in the case of a producer located in Canada, the weekly average of the yield for federal government debt obligations set out in the Bank of Canada's Daily Digest
(c) in the case of a producer located in the United States, the yield for federal government debt obligations set out in the Federal Reserve statistical release (H.15) Selected Interest Rates
(ii) in any other case, under the title “U.S. Government Securities, Treasury constant maturities”, for the week that the producer entered into the contract or the week of the most recent interest rate adjustment date, if any, under the contract.
General
2. For purposes of calculating non-allowable interest costs
(b) with respect to a variable-rate contract
(c) with respect to a fixed-rate or variable-rate contract in which the weighted average principal maturity of the payment schedule under the contract is greater than the maturities offered on federal government debt obligations, the interest rate under the contract must be compared to the interest rate issued by the federal government on debt obligations that have maturities closest in length to the weighted average principal maturity of the payment schedule under the contract.
Appendix “Example” Illustrating the Application of the Method for Calculating Non-Allowable Interest Costs in the Case of a Fixed-Rate Contract
The following example is based on the figures set out in the table below and on the following assumptions:
(e) the federal government debt obligations that are nearest in maturity to the weighted average principal maturity of the contract are of 5- and 7-year maturities, and the yields on them are 4.7 per cent and 5.0 per cent, respectively.
| Years of loan | Principalbalance 1 | Interestpayment 2 | Principalpayment 3 | Payment schedule | Weighted principal payment 4 |
|---|---|---|---|---|---|
| 1 | $924,132.04 | $60,000.00 | $75,867.96 | $135,867.96 | $75,867.96 |
| 2 | 843,712.00 | 55,447.92 | 80,420.04 | 135,867.96 | 160,840.08 |
| 3 | 758,466.76 | 50,622.72 | 85,245.24 | 135,867.96 | 255,735.72 |
| 4 | 668,106.81 | 45,508.01 | 90,359.95 | 135,867.96 | 361,439.82 |
| 5 | 572,325.26 | 40,086.41 | 95,781.55 | 135,867.96 | 478,907.76 |
| 6 | 470,796.81 | 34,339.52 | 101,528.44 | 135,867.96 | 609,170.67 |
| 7 | 363,176.66 | 28,247.81 | 107,620.15 | 135,867.96 | 753,341.06 |
| 8 | 249,099.30 | 21,790.60 | 114,077.36 | 135,867.96 | 912,618.88 |
| 9 | 128,177.30 | 14,945.96 | 120,922.00 | 135,867.96 | 1,088,298.02 |
| 10 | (0.00) | 7,690.66 | 128,177.32 | 135.867.96 | 1,281,773.22 |
| $5,977,993.19 | |||||
| 1 The principal balance represents the loan balance at the end of each full year the loan is in effect and is calculated by subtracting the current year's principal payment from the prior year's ending loan balance. | |||||
| 2 Interest payments are calculated by multiplying the prior year's ending loan balance by the contract interest rate of 6 per cent. | |||||
| 3 Principal payments are calculated by subtracting the current year's interest payments from the annual payment schedule amount. | |||||
| 4 The weighted principal payment is determined by, for each year of the loan, multiplying that year's principal payment by the number of years the loan had been in effect at the end of that year. | |||||
| 5 The weighted average principal maturity of the contract is calculated by dividing the sum of the weighted principal payments by the original loan amount and rounding the amount determined to the nearest decimal place. |
Weighted Average Principal Maturity
$5,977,993.19/$1,000,000 = 5.977993 or 6 years 5
By applying the above method,
(1) the weighted average principal maturity of the payment schedule under the 6 per cent contract is 6 years;
(2) the yields on the closest maturities for comparable federal government debt obligations of 5 years and 7 years are 4.7 per cent and 5.0 per cent, respectively; therefore, using linear interpolation, the yield on a federal government debt obligation that has a maturity equal to the weighted average principal maturity of the contract is 4.85 per cent. This number is calculated as follows:
4.7 + [((5.0−4.7) × (6−5))/(7−5)]
= 4.7 + 0.15
= 4.85%; and
(3) the producer's contract interest rate of 6 per cent is within 700 basis points of the 4.85 per cent yield on the comparable federal government debt obligation; therefore, none of the producer's interest costs are considered to be non-allowable interest costs for purposes of the definition non-allowable interest costs in subsection 1(1) of these Regulations.
“Example” Illustrating the Application of the Method for Calculating Non-allowable Interest Costs in the Case of a Variable-Rate Contract
The following example is based on the figures set out in the tables below and on the following assumptions:
(f) the federal government debt obligations that are nearest in maturity to the weighted average principal maturity of the contract are 1- and 2-year maturities, and the yields on them are 3.0 per cent and 3.5 per cent respectively.
| Beginning of year | Principalbalance | Interest rate (%) | Interestpayment | Principalpayment | Payment schedule | Weightedprincipalpayment |
|---|---|---|---|---|---|---|
| 1 | $1,000,000.00 | 6.00 | $60,000.00 | $75,867.96 | $135,867.96 | $75,867.96 |
| 2 | 924,132.04 | 6.00 | 55,447.92 | 80,420.04 | 135,867.96 | 1,848,264.08 |
| $1,924,132.04 |
Weighted Average Principal Maturity
$1,924,132.04/$1,000,000 = 1.92413204 or 1.9 years
By applying the above method:
(1) The weighted average principal maturity of the payment schedule of the first two years of the contract is 1.9 years;
(2) the yield on the closest maturities of federal government debt obligations of 1 year and 2 years are 3.0 and 3.5 per cent, respectively; therefore, using linear interpolation, the yield on a federal government debt obligation that has a maturity equal to the weighted average principal maturity of the payment schedule of the first two years of the contract is 3.45 per cent. This amount is calculated as follows:
3.0 + [((3.5−3.0) × (1.9−1.0))/(2.0−1.0)];
= 3.0 + 0.45
= 3.45%; and
(3) the producer's contract rate of 6 per cent for the first two years of the loan is within 700 basis points of the 3.45 per cent interest rate issued by the federal government on debt obligations that have maturities equal to the 1.9-year weighted average principal maturity of the payment schedule of the first two years of the producer's loan contract; therefore, none of the producer's interest costs are considered to be non-allowable interest costs for purposes of the definition non-allowable interest costs in subsection 1(1) of these Regulations.
| Beginning of year | Principalbalance | Interest rate (%) | Interestpayment | Principalpayment | Payment schedule | Weightedprincipalpayment |
|---|---|---|---|---|---|---|
| 1 | $1,000,000.00 | 6.00 | $60,000.00 | $75,867.96 | $135,867.96 | |
| 2 | 924,132.04 | 6.00 | 55,447.92 | 80,420.04 | 135,867.96 | |
| 3 | 843,712.01 | 8.00 | 67,496.96 | 79,321.38 | 146,818.34 | $79,321.38 |
| 4 | 764,390.62 | 8.00 | 61,151.25 | 85,667.09 | 146,818.34 | 1,528,781.24 |
| $1,608,102.62 |
Weighted Average Principal Maturity
$1,608,102.62/$843,712.01 = 1.905985 or 1.9 years
By applying the above method:
(1) The weighted average principal maturity of the payment schedule under the first two years of the contract is 1.9 years;
(2) the federal government debt obligations that are nearest in maturities to the weighted average principal maturity of the contract are 1- and 2-year maturities, and the yields on them are 3.0 and 3.5 per cent, respectively; therefore, using linear interpolation, the yield on a federal government debt obligation that has a maturity equal to the weighted average principal maturity of the payment schedule of the first two years of the contract is 3.45 per cent. This amount is calculated as follows:
3.0 + [((3.5−3.0) × (1.9−1.0))/(2.0−1.0)];
= 3.0 + 0.45
= 3.45%
(3) the producer's contract interest rate, for the third and fourth years of the loan, of 8 per cent is within 700 basis points of the 3.45 per cent interest rate issued by the federal government on debt obligations that have maturities equal to the 1.9-year weighted average principal maturity of the payment schedule under the third and fourth years of the producer's loan contract; therefore, none of the producer's interest costs are considered to be non-allowable interest costs for purposes of the definition non-allowable interest costs in subsection 1(1) of these Regulations.
Schedule X (Generally Accepted Accounting Principles)
1. Generally Accepted Accounting Principles means the recognized consensus or substantial authoritative support in the territory of a USMCA country with respect to the recording of revenues, expenses, costs, assets and liabilities, disclosure of information and preparation of financial statements. These standards may be broad guidelines of general application as well as detailed standards, practices and procedures.
2. For purposes of Generally Accepted Accounting Principles, the recognized consensus or authoritative support are referred to or set out in the following publications:
1 Please note that the citing conventions in Appendix A might not conform to the ordinary citing conventions in the Code of Federal Regulations (CFR) because the language is added pursuant to an international agreement without revision.
2 Please be aware that, in other contexts, the United States-Mexico-Canada Agreement is referred to by its official name, the Agreement Between the United States of America, the United Mexican States, and Canada.
3 The language “in General Note 11 of the Harmonized Tariff Scheduled of the United States” differs from the trilaterally agreed upon uniform regulations because the Parties contemplated that the language “by each USMCA country” would be replaced with the specific Party's reference to the location of the rules of origin under domestic law.