Contents
- Her Excellency the Governor General in Council, on the rec…
- Part 1 Interpretation
- Part 2 Originating Goods
- Part 3 Regional Value Content
- Part 4 Material
- Part 5 General Provisions
- Part 6 Automotive Goods
- Part 7 Coming into Force
- Core parts for passenger vehicles and light trucks Note: T…
- Schedule 1 Product-Specific Rules of Origin (Subsections 1(1) and 3(2), paragraph 3(4)(a), subsections 3(6) and (9), 4(3) and (4), 5(2), (9), (10) and (15), 6(2) and (5) and 7(6), paragraph 8(24)(b), subsections 8(28), 14(2), (3), (5), (6), (9), (14) and (16), 15(2) to (4) and 17(1), paragraph 17(5)(a), subsections 18(1) and (2), paragraph 19(4)(c), subsections 20(2) and (3) and Tables A.1 to F of Part 6)
- Schedule 2 (Subsections 3(7) and (9))
- Schedule 3 Value of Goods (Subparagraphs 5(1)(a)(i) and (4)(a)(i), subsection 7(2), paragraph 7(7)(a) and Schedules 4 and 5)
- Schedule 4 Unacceptable Transaction Value (Subsection 8(4))
- Schedule 5 Reasonable Allocation of Costs (Subsections 5(11), 7(11) and (22) and 8(8) and Schedules 3 and 6)
- Schedule APPENDIX A Cost Ratio Method
- Schedule APPENDIX B Direct Labour and Direct Material Ratio Method
- Schedule APPENDIX C Direct Cost Ratio Method
- Schedule 6 Value of Materials (Paragraph 7(7)(b), subsections 7(22), 8(4) and (28) and Schedule 5)
- Schedule 7 Methods for Determining the Value of Non-Originating Materials that are Identical Materials and that are Used in the Production of a Good (Paragraphs 5(13)(a) and (d) and subsections 5(14), and 7(10))
- Schedule 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
- Schedule 8 Inventory Management Methods (Subsections 5(13) and 8(18))
- Schedule APPENDIX A Examples Illustrating the Application of the Inventory Management Methods to Determine the Origin of Fungible Materials
- Schedule APPENDIX B Examples Illustrating the Application of the Inventory Management Methods to Determine the Origin of Fungible Goods
- Schedule 9 Method for Calculating Non-allowable Interest Costs (Subsection 7(14))
- Schedule APPENDIX Example Illustrating the Application of the Method for Calculating Non-allowable Interest Costs in the Case of a Fixed-rate Contract
- Schedule 10 Generally Accepted Accounting Principles (Subparagraph 1(3)(f)(i) and Schedule 6)
Her Excellency the Governor General in Council, on the recommendation of the Minister of Finance, pursuant to subsections 16(2) and (4) of the Customs Tariff, makes the annexed CUSMA Rules of Origin Regulations.notenotenote
Part 1 · Interpretation
1Definitions#
2Conversion of currency#
Part 2 · Originating Goods
3Wholly obtained or produced goods#
4Treatment of recovered materials used in production of remanufactured good#
5De minimis rule — non-originating materials#
6Set#
Part 3 · Regional Value Content
7Calculation#
Part 4 · Material
8Value of material used in production#
Part 5 · General Provisions
9Accumulation#
10Transport requirements — retention of originating status#
11Exceptions#
Part 6 · Automotive Goods
Definitions
12Definitions#
Product-Specific Rules of Origin for Vehicles and Certain Auto Parts
13Product-specific rules of origin#
Further Requirements Related to the RVC for Passenger Vehicles, Light Trucks and Parts Thereof
14Roll-up of originating materials#
Further RVC Requirements — Heavy Trucks and Parts Thereof
15Rvc — vnm#
Averaging for Passenger Vehicles, Light Trucks and Heavy Trucks
16Categories#
Steel and Aluminum
17Passenger vehicle, light truck or heavy truck#
Labour Value Content
18LVC requirements — passenger vehicles#
Alternative Staging Regime
19Eligible vehicles#
RVC for Other Vehicles
20Vnm#
Part 7 · Coming into Force
*21S.C. 2020, c. 1#
Core parts for passenger vehicles and light trucksNote: The RVC requirements set out in sections 13 or 14 or Schedule 1 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 1 is the alternative that includes the phrase “for any other good.”Harmonized system 2012 | Description8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc8407.32 | 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 cc8407.33 | 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 cc8407.34 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 1,000 ccex 8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of subheading 8704.21 or 8704.318409.91 | 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 engines8409.99 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, other8507.60 | Lithium-ion batteries that are used as the primary source of electrical power for the propulsion of an electric passenger vehicle or electric light truck8706.00 | Chassis fitted with engines, for the motor vehicles of heading 87.03 or subheading 8704.21 or 8704.318707.10 | Bodies for the vehicles of heading 87.038707.90 | Bodies for the vehicles of subheading 8704.21 or 8704.31ex 8708.29 | Body stampings8708.40 | Gear boxes and parts thereof8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles; parts thereof8708.80 | Suspension systems and parts thereof (including shock absorbers)8708.94 | Steering wheels, steering columns, and steering boxes; parts thereofex 8708.99 | Chassis frames | Parts and components for determining the origin of passenger vehicles and light trucks under sections 13 or 14 or Schedule 1Note: 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 SUBHEADINGEngines | Spark-ignition reciprocating or rotary internal combustion piston engines and Compression-ignition internal combustion piston engines (diesel or semi-diesel engines) | ex 8407.33ex 8407.34ex 8408.20Heads | ex 8409.91ex 8409.99Blocks | ex 8409.91ex 8409.99Crankshafts | ex 8483.10Crankcases | ex 8409.91ex 8409.99Pistons | ex 8409.91Rods | ex 8409.91ex 8409.99Head subassembly | ex 8409.91ex 8409.99Transmissions | Gear boxes | ex 8708.40Transmission cases | ex 8708.40Torque converters | ex 8708.40ex 8483.90Torque converter housings | ex 8708.40ex 8483.90Gears and gear blanks | ex 8708.40ex 8483.90Clutches, including continuously variable transmissions, but not parts thereof | ex 8708.93Valve body assembly | ex 8481.90ex 8708.40Body and chassis | Major stampings that form the “body in white” or chassis frame | ex 8707.10ex 8707.90ex 8708.29ex 8708.99Major body panel stampings | ex 8708.10ex 8708.29Secondary panel stampings | ex 8708.29Structural panel stampings | ex 8708.29ex 8708.99Stamped Frame components | ex 8708.29ex 8708.99Axles | Drive-axles with differential, whether or not provided with other transmission components, and non-driving axles | ex 8708.50Axle shafts | ex 8708.50Axle housings | ex 8708.50Axle hubs | ex 8482.10ex 8482.20ex 8708.50ex 8708.99Carriers | ex 8708.50Differentials | ex 8708.50Suspension systems | Suspension systems (including shock absorbers) | ex 8708.80Shock absorbers | ex 8708.80Struts | ex 8708.80Control arms | ex 8708.80Sway bars | ex 8708.80Knuckles | ex 8708.80Coil springs | ex 7320.20Leaf springs | ex 7320.10Steering systems | Steering wheels, steering columns and steering boxes | ex 8708.94Steering columns | ex 8708.94Steering gears/racks | ex 8708.94Control units | ex 8537.10ex 8537.90ex 8543.70Advanced 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 8507.60ex 8507.80Cells | ex 8507.60ex 8507.80ex 8507.90Modules/arrays | ex 8507.60ex 8507.80ex 8507.90Assembled packs | ex 8507.60ex 8507.80Principal parts for passenger vehicles and light trucksNote: The RVC requirements set out in section 13 or 14 or Schedule 1 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 1 is the alternative that includes the phrase “for any other good.”Harmonized system 2012 | Description8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston engines8413.50 | Other reciprocating positive displacement pumps8414.59 | Other fans8414.80 | Other air or gas pumps, compressors and fans8415.20 | 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 vehiclesex 8479.89 | Electronic brake systems, including ABS and ESC systems8482.10 | Ball bearings8482.20 | Tapered roller bearings, including cone and tapered roller assemblies8482.30 | Spherical roller bearings8482.40 | Needle roller bearings8482.50 | Other cylindrical roller bearings8482.80 | Other ball or roller bearings, including combined ball/roller bearings8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks8483.20 | Bearing housings, incorporating ball or roller bearings8483.30 | Bearing housings, not incorporating ball or roller bearings; plain shaft bearings8483.40 | 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 converters8483.50 | Flywheels and pulleys, including pulley blocks8483.60 | Clutches and shaft couplings (including universal joints)8501.32 | Other DC motors and generators of an output exceeding 750W but not exceeding 75 kW8501.33 | Other DC motors and generators of an output exceeding 75 kW but not exceeding 375 kW8505.20 | Electro-magnetic couplings, clutches and brakes8505.90 | Other electro-magnets; electro-magnetic or permanent magnet chucks, clamps and similar holding devices; electro-magnetic lifting heads; including parts8511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compression-ignition internal combustion engines8511.50 | Other generators8511.80 | Other electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion enginesex 8511.90 | Parts of electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines8537.10 | Electric controls for a voltage not exceeding 1,000 V8708.10 | Bumpers and parts thereof8708.21 | Safety seat beltsex 8708.29 | Other parts and accessories of bodies (including cabs) of motor vehicles (excluding body stampings)8708.30 | Brakes and servo-brakes; parts thereof8708.70 | Road wheels and parts and accessories thereof8708.91 | Radiators and parts thereof8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof8708.93 | Clutches and parts thereof8708.95 | Safety airbags with inflator system; parts thereofex 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 vehiclesComplementary parts for passenger vehicles and light trucksNote: The RVC requirements set out in sections 13 or 14 or Schedule 1 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 1 is the alternative that includes the phrase “for any other good.”Harmonized system 2012 | Description4009.12 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, not reinforced or otherwise combined with other materials, with fittings4009.22 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined only with metal, with fittings4009.32 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined only with textile materials, with fittings4009.42 | Tubes, pipes and hoses of vulcanised rubber other than hard rubber, reinforced or otherwise combined with other materials, with fittings8301.20 | Locks of a kind used for motor vehiclesex 8421.39 | Catalytic converters8481.20 | Valves for oleohydraulic or pneumatic transmissions8481.30 | Check (nonreturn) valves8481.80 | Other taps, cocks, valves and similar appliances, including pressure-reducing valves and thermostatically controlled valves8501.10 | Electric motors of an output not exceeding 37.5 W8501.20 | Universal AC/DC motors of an output exceeding 37.5 W8501.31 | Other DC motors and generators of an output not exceeding 750 Wex 8507.20 | Other lead-acid batteries of a kind used for the propulsion of motor vehicles of Chapter 87ex 8507.30 | Nickel-cadmium batteries of a kind used for the propulsion of motor vehicles of Chapter 87ex 8507.40 | Nickel-iron batteries of a kind used for the propulsion of motor vehicles of Chapter 87ex 8507.80 | Other batteries of a kind used for the propulsion of motor vehicles of Chapter 878511.30 | Distributors; ignition coils8512.20 | Other lighting or visual signalling equipment8512.40 | Windshield wipers, defrosters and demistersex 8519.81 | Cassette decks8536.50 | Other electrical switches, for a voltage not exceeding 1,000 Vex 8536.90 | Junction boxes8539.10 | Sealed beam lamp units8539.21 | Tungsten halogen filament lamp8544.30 | Ignition wiring sets and other wiring sets of a kind used in motor vehicles9031.80 | Other measuring and checking instruments, appliances & machines9032.89 | Other automatic regulating or controlling instruments and apparatusPrincipal parts for heavy trucksNote: The RVC requirements set out in sections 13 or 15 or Schedule 1 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 1 is the alternative that includes the phrase “for any other good.”Harmonized system 2012 | Description8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc8407.32 | 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 cc8407.33 | 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 cc8407.34 | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 1,000 cc8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of Chapter 878409.91 | 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 engines8409.99 | Parts suitable for use solely or principally with the engines of heading 84.07 or 84.08, other8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston enginesex 8414.59 | Turbochargers and superchargers8414.80 | Other air or gas pumps, compressors and fans8415.20 | 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 vehicles8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks8483.40 | 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 converters8483.50 | Flywheels and pulleys, including pulley blocksex 8501.32 | Other DC motors and generators of an output exceeding 750W but not exceeding 75 kW, of a kind used for the propulsion of motor vehicles of Chapter 878511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compression-ignition internal combustion engines8511.50 | Other generators8537.10 | Electric controls for a voltage not exceeding 1,000 V8706.00 | Chassis fitted with engines, for the motor vehicles of heading 87.01 through 87.058707.90 | Bodies for the vehicles of heading 87.01, 87.02, 87.04 or 87.058708.10 | Bumpers and parts thereof8708.21 | Safety seat belts8708.29 | Other parts and accessories of bodies (including cabs) of motor vehicles8708.30 | Brakes and servo-brakes; parts thereof8708.40 | Gear boxes and parts thereof8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles; and parts thereof8708.70 | Road wheels and parts and accessories thereof8708.80 | Suspension systems and parts thereof (including shock absorbers)8708.91 | Radiators and parts thereof8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof8708.93 | Clutches and parts thereof8708.94 | Steering wheels, steering columns and steering boxes; parts thereof8708.95 | Safety airbags with inflator system; parts thereof8708.99 | Other parts and accessories of motor vehicles of headings 87.01 to 87.059401.20 | Seats of a kind used for motor vehiclesComplementary parts for heavy trucksNote: The RVC requirements set out in sections 13 or 15 or Schedule 1 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 1 is the alternative that includes the phrase “for any other good.”Harmonized system 2012 | Description8413.50 | Other reciprocating positive displacement pumpsex 8479.89 | Electronic brake systems, including ABS and ESC systems8482.10 | Ball bearings8482.20 | Tapered roller bearings, including cone and tapered roller assemblies8482.30 | Spherical roller bearings8482.40 | Needle roller bearings8482.50 | Other cylindrical roller bearings8483.20 | Bearing housings, incorporating ball or roller bearings8483.30 | Bearing housings, not incorporating ball or roller bearings; plain shaft bearings8483.60 | Clutches and shaft couplings (including universal joints)8505.20 | Electro-magnetic couplings, clutches and brakes8505.90 | Other electro-magnets; electro-magnetic or permanent magnet chucks, clamps and similar holding devices; electro-magnetic lifting heads; including parts8507.60 | Lithium-ion batteries8511.80 | Other electrical ignition or starting equipment of a kind used for spark-ignition or compression-ignition internal combustion engines8511.90 | 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 enginesParts for other vehiclesNote: The RVC requirements set out in section 20 or Schedule 1 apply to a good for use in a vehicle specified in subsections 20(2) and (3).Harmonized system 2012 | Description40.09 | Tubes, pipes and hoses4010.31 | Endless transmission belts (V-belts), V-ribbed, of an outside circumference exceeding 60 cm but not exceeding 180 cm4010.32 | Endless transmission belts (V-belts), other than V-ribbed, of an outside circumference exceeding 60 cm but not exceeding 180 cm4010.33 | Endless transmission belts (V-belts), V-ribbed, of an outside circumference exceeding 180 cm but not exceeding 240 cm4010.34 | Endless transmission belts (V-belts), other than V-ribbed, of an outside circumference exceeding 180 cm but not exceeding 240 cm4010.39.aa | Other endless transmission belts (V-belts)40.11 | New pneumatic tires, of rubber4016.93.aa | Gaskets, washers and other seals of vulcanised rubber other than hard rubber4016.99.aa | Vibration control goods7007.11 | Toughened (tempered) safety glass of a size and shape suitable for incorporation in vehicles7007.21 | Laminated safety glass of a size and shape suitable for incorporation in vehicles7009.10 | Rearview mirrors for vehicles8301.20 | Locks of a kind used for motor vehicles8407.31 | Reciprocating piston engines of a kind used for the propulsion of passenger vehicles of Chapter 87, of a cylinder capacity not exceeding 50 cc8407.32 | 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 cc8407.33 | 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 cc8407.34.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 2,000cc8407.34.bb | Reciprocating piston engines of a kind used for the propulsion of vehicles of Chapter 87, of a cylinder capacity exceeding 2,000 cc8408.20 | Compression-ignition internal combustion piston engines of a kind used for the propulsion of vehicles of Chapter 8784.09 | Parts suitable for use solely or principally with spark-ignition internal combustion piston engines8413.30 | Fuel, lubricating or cooling medium pumps for internal combustion piston engines8414.59.aa | Other fans (turbochargers and superchargers for motor vehicles, where not provided for under subheading 8414.80)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)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 vehicles8421.39.aa | Catalytic converters8481.20 | Valves for oleohydraulic or pneumatic transmissions8481.30 | Check (nonreturn) valves8481.80 | Other taps, cocks, valves and similar appliances, including pressure-reducing valves and thermostatically controlled valves8482.10 through 8482.80 | Ball or roller bearings8483.10 | Transmission shafts (including cam shafts and crank shafts) and cranks8483.20 | Bearing housings, incorporating ball or roller bearings8483.30 | Bearing housings; not incorporating ball or roller bearings; plain shaft bearings8483.40 | 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 converters8483.50 | Flywheels and pulleys, including pulley blocks8501.10 | Electric motors and generators of an output not exceeding 37.5 W8501.20 | Universal AC/DC motors of an output exceeding 37.5 W8501.31 | Other DC motors and generators of an output not exceeding 750 W8501.32.aa | Other DC motors and generators of an output exceeding 750W but not exceeding 75 kW of a kind used for the propulsion of vehicles of Chapter 878507.20.aa, 8507.30.aa, 8507.40.aa and 8507.80.aa | Batteries that provide primary source for electric cars8511.30 | Distributors; ignition coils8511.40 | Starter motors and dual purpose starter-generators of a kind used for spark-ignition or compressing-ignition internal combustion engines8511.50 | Other generators8512.20 | Other lighting or visual signalling equipment8512.40 | Windshield wipers, defrosters and demistersex 8519.81 | Cassette decks8527.21 | Radios combined with cassette players8527.29 | Radios8536.50 | Other electrical switches, for a voltage not exceeding 1,000 V8536.90 | Junction boxes8537.10.bb | Motor control centers8539.10 | Sealed beam lamp units8539.21 | Tungsten halogen filament lamp8544.30 | Ignition wiring sets and other wiring sets of a kind used in vehicles87.06 | Chassis fitted with engines, for the motor vehicles of heading 87.01 through 87.0587.07 | Bodies (including cabs) for the motor vehicles of headings 87.01 to 87.058708.10.aa | Bumpers (but not parts thereof)8708.21 | Safety seat belts8708.29.aa | Body stampings8708.29.cc | Door assemblies8708.30 | Brakes and servo-brakes; parts thereof8708.40 | Gear boxes and parts thereof8708.50 | Drive axles with differential, whether or not provided with other transmission components, and non-driving axles8708.70.aa | Road wheels, but not parts or accessories thereof8708.80 | Suspension systems and parts thereof (including shock absorbers)8708.91 | Radiators and parts thereof8708.92 | Silencers (mufflers) and exhaust pipes; parts thereof8708.93.aa | Clutches (but not parts thereof)8708.94 | Steering wheels, steering columns and steering boxes; parts thereof8708.95 | Safety airbags with inflator systems, and parts thereof8708.99.aa | Vibration control goods containing rubber8708.99.bb | Double flanged wheel hub units incorporating ball bearings8708.99.ee | Other parts for powertrains8708.99.hh | Other parts and accessories not provided for elsewhere in subheading 8708.999031.80 | Other measuring and checking instruments, appliances & machines9032.89 | Other automatic regulating or controlling instruments and apparatus9401.20 | Seats of a kind used for motor vehiclesList of components and materials for other vehicles1 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 Materials:Steel and AluminumNote: The following table lists the HS subheadings for steel and aluminum subject to the CUSMA 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. | Description | Harmonized System (6 digits)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 | 7208.257208.267208.27Other, in coils, not further worked than hot-rolled | 7208.367208.377208.387208.39Other, not in coils, not further worked than hot-rolled | 7208.517208.527208.537208.54Flat-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): | 7209.157209.167209.177209.18Not in coils, not further worked than cold-rolled (cold-reduced): | 7209.257209.267209.277209.287209.90Flat-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 | 7210.30Otherwise plated or coated with zinc, Other (Not Corrugated) | 7210.49Other plated or coated with aluminum | 7210.69Other: Clad; Other: Electrolytically coated or plated with base metal, Other | 7210.90Flat-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 | 7211.14Other | 7211.19Not further worked than cold-rolled (cold-reduced), Containing by weight less than 0.25 percent of carbon: | 7211.23Flat-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 | 7212.20Otherwise plated or coated with zinc | 7212.30Bars and rods, hot-rolled, in irregularly wound coils, of iron or non-alloy steel: | Other, of free-cutting steel | 7213.20Other: Other | 7213.99Other 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 | 7214.30Of rectangular (other than square) cross-section | 7214.91Other: Other | 7214.99Flat-rolled products of other alloy steel, of a width of 600 mm or more | Other, not further worked than hot-rolled, in coils: | 7225.30Other, not further worked than hot-rolled, not in coils: | 7225.40Other, not further worked than cold-rolled (cold-reduced): | 7225.50Electrolytically plated or coated with zinc | 7225.91Other: Otherwise plated or coated with zinc | 7225.92Other: Other | 7225.99Flat-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): | 7226.91Not further worked than cold-rolled (cold-reduced) | 7226.92Other | 7226.99Bars and rods, hot-rolled, in irregularly wound coils, of other alloy steel | Of silico-manganese steel | 7227.20Other | 7227.90Other 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 | 7228.10Bars and rods, of silico-manganese steel | 7228.20Other bars and rods, not further worked than hot-rolled, hot-drawn or extruded | 7228.30Other bars and rods | 7228.60Other 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 | 7306.30Other, welded, of circular cross section, of other alloy steel | 7306.50Other, welded, of noncircular cross section | 7306.617306.697306.90Parts 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 8708.29Stamped frame components that form the chassis frame | ex 8708.99 | Description | HS HEADING OR SUBHEADINGAluminum | | Unwrought aluminum | 76.01Aluminum waste and scrap | 76.02Aluminum bars, rods and profiles | 76.04Aluminum wire | 76.05Aluminum plates, sheets and strips, of a thickness exceeding 0.2 mm | 76.06Aluminum tubes and pipes | 76.08Parts 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 8708.29Stamped frame components that form the chassis frame | ex 8708.99
Schedule 1 · Product-Specific Rules of Origin (Subsections 1(1) and 3(2), paragraph 3(4)(a), subsections 3(6) and (9), 4(3) and (4), 5(2), (9), (10) and (15), 6(2) and (5) and 7(6), paragraph 8(24)(b), subsections 8(28), 14(2), (3), (5), (6), (9), (14) and (16), 15(2) to (4) and 17(1), paragraph 17(5)(a), subsections 18(1) and (2), paragraph 19(4)(c), subsections 20(2) and (3) and Tables A.1 to F of Part 6)
1 The contents of this Schedule are deemed to be the contents of sections A, B and C of Annex 4-B of the Agreement with the following adaptations and the rules of interpretation under section 2, except that in the case of a good in subheading 1517.10 traded between Canada and the United States, the rule of origin is a change from heading 15.11 or any other Chapter:(a) any reference to Party or Parties is to be read, respectively, as a CUSMA country or CUSMA countries;(b) in paragraph (h) of section A, the references “in Tables A.1, B, C, D, E, F or G of the Appendix to this Annex” and “the provisions of the Appendix to this Annex” are to be read, respectively, as “in Tables A.1, B, C, D, E, F or G of Part 6 of these Regulations” and “the provisions of Part 6 of these Regulations”;(c) in the notes in Chapters 7 and 8, the note in subheading 0910.99 of Chapter 9, the note in headings 11.01-11.09 of Chapter 11, the note in subheadings 1209.10-1209.30 of Chapter 12, the note in subheadings 1302.11-1302.32 of Chapter 13, notes 1 and 2 in subheadings 20.01-20.07 of Chapter 20 and the note in heading 27.10 of Chapter 27, the references to subparagraph (k) of Annex 4-A and paragraph 1 of Article 4.12 are to be read, respectively, as subsection 5(3) of these Regulations and subsection 5(1) of these Regulations;(d) in footnotes 1 to 50 of section B, the reference “the provisions of the Appendix to this Annex” is to be read as “the provisions of Part 6 of these Regulations”;(e) in the note in subheading 8523.52, the note in subheadings 8541.10-8542.90, the note in subheadings 8543.90 and the note in subheading 8548.90 of Chapter 85, the reference to Article 4.18 is to be read as a reference to section 10 of these Regulations.(f) in Chapter 87, the reference “The Appendix” is to be read as “Part 6 of these Regulations”.2 The following rules of interpretation apply in this Schedule:(a) for the purposes of Chapter 61, Note 2 or Chapter 62, Note 3, a fabric of subheading 5806.20 or heading 60.02 is considered formed from yarn and finished in the territory of one or more of the CUSMA countries if all production processes and finishing operations, starting with the weaving, knitting, needling, tufting, or other process, and ending with the fabric ready for cutting or assembly without further processing, took place in the territories of one or more of the CUSMA countries, even if non-originating yarn is used in the production of the fabric of subheading 5806.20 or heading 60.02;(b) for the purposes of Chapter 61, Note 3 and Chapter 62, Note 4, sewing thread is considered formed and finished in the territory of one or more of the CUSMA countries if all production processes and finishing operations, starting with the extrusion of filaments, strips, film or sheet, and including slitting a film or sheet into strip, or the spinning of all fibers into yarn, or both, and ending with the finished single or plied thread ready for use for sewing without further processing, took place in the territories of one or more of the CUSMA countries, even if non-originating fibre is used in the production of sewing thread of heading 52.04, 54.01 or 55.08, or yarn of heading 54.02 used as sewing thread referred to in the Notes;(c) for the purposes of Chapter 61, Note 4 and Chapter 62, Note 5, pocket fabric is formed and finished in the territory of one or more of the CUSMA countries if all production processes and finishing operations, starting with the weaving, knitting, needling, tufting, felting, entangling, or other process, and ending with the fabric ready for cutting or assembly without further processing, took place in the territories of one or more of the CUSMA countries and includes non-originating fibre used in the production of the yarn used to produce the pocket fabric;(d) for the purposes of Chapter 61, Note 4 or Chapter 62, Note 5, pocket bag fabric is considered a pocket or pockets if the pockets in which fabric is shaped to form a bag is not visible as the pocket is in the interior of the garment (i.e. pockets consisting of “bags” in the interior of the garment), but visible pockets such as patch pockets, cargo pockets, or typical shirt pockets are not subject to these notes;e) for the purposes of Chapter 61, Note 4 or Chapter 62, Note 5, yarn is considered wholly formed in the territory of one or more of the CUSMA countries if all the production processes and finishing operations, starting with the extrusion of filaments, strips, film, or sheet, and including slitting a film or sheet into strip, or the spinning of all fibres into yarn, or both, and ending with a finished single or plied yarn, took place in the territory of one or more of the CUSMA countries, even if non-originating fiber is used in the production of the yarn used to produce the pocket bag fabric; andf) for the purpose of Chapter 63, Note 2, a fabric of heading 59.03 is considered formed and finished in the territory of one or more of the CUSMA countries 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 CUSMA countries, even if non-originating fibre or yarn is used in the production of the fabric of heading 59.03.
Schedule 2 · (Subsections 3(7) and (9))
AAutomatic Data Processing Machines (ADP)8471.30 | 8471.41 | 8471.49 | BDigital Processing Units8471.50 | CInput or Output UnitsCombined Input/Output Units8471.60.00 | Display Units | 8528.42.00 | 8528.52.00 | 8528.62.00 | Other Input or Output Units8471.60.00 | DStorage Units8471.70 | EOther Units of Automatic Data Processing Machines8471.80 | FParts of Computers8443.99 | parts of machines of subheadings 8443.31 and 8443.32, excluding facsimile machines and teleprinters8473.30 | parts of ADP machines and units thereof8517.70 | parts of LAN equipment of subheading 8517.628529.90.108529.90.508529.90.90 | parts of monitors and projectors of subheadings 8528.42, 8528.52 and 8528.62GComputer Power Supplies8504.40.30 | 8504.40.90 | 8504.90.10 | 8504.90.20 | 8504.90.90 |
Schedule 3 · Value of Goods (Subparagraphs 5(1)(a)(i) and (4)(a)(i), subsection 7(2), paragraph 7(7)(a) and Schedules 4 and 5)
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Schedule 4 · Unacceptable Transaction Value (Subsection 8(4))
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Schedule 5 · Reasonable Allocation of Costs (Subsections 5(11), 7(11) and (22) and 8(8) and Schedules 3 and 6)
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Schedule APPENDIX A · Cost Ratio Method
Calculation of Cost RatioFor 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 formulais the cost ratio with respect to the good;is the allocation base for the good; andis the total allocation base for all the goods produced by the producer.Allocation to a Good of Costs Included in OverheadThe costs with respect to which an allocation base is chosen are allocated to a good in accordance with the following formula:is the costs allocated to the good;is the costs to be allocated; andis the cost ratio with respect to the good.Excluded CostsUnder paragraph 7(11)(b) of these Regulations, if 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 CostsThe following is a non-exhaustive list of allocation bases that may be used by the producer to calculate cost ratios:Direct labour hoursDirect labour costsUnits producedMachine-hoursSales dollars or pesosFloor spaceExamplesThe following examples illustrate the application of the cost ratio method to costs included in overhead.Example 1: Direct Labour HoursA producer who produces Good A and Good B may allocate overhead on the basis of direct labour hours spent to produce Good A and Good B. A total of 8,000 direct labour 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 = 0.625Good B: 3,000 hours ÷ 8,000 hours = 0.375Allocation of overhead to Good A and Good B:Good A: $6,000,000 × 0.625 = $3,750,000Good B: $6,000,000 × 0.375 = $2,250,000Example 2: Direct Labour CostsA 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 labour 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 = 0.833Good B: $10,000 ÷ $60,000 = 0.167Allocation of Overhead to Good A and Good B:Good A: $6,000,000 × 0.833 = $4,998,000Good B: $6,000,000 × 0.167 = $1,002,000Example 3: Units ProducedA 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 = 0.667Good B: 50,000 units ÷ 150,000 units = 0.333Allocation of overhead to Good A and Good B:Good A: $6,000,000 × 0.667 = $4,002,000Good B: $6,000,000 × 0.333 = $1,998,000Example 4: Machine-hoursA 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 = 0.40Good B: 1,800 machine-hours ÷ 3,000 machine-hours = 0.60Allocation of machine-related overhead to Good A and Good B:Good A: $6,000,000 × 0.40 = $2,400,000Good B: $6,000,000 × 0.60 = $3,600,000Example 5: Sales Dollars or PesosA 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 per unit and 200 units of Good B at $3,000 per unit. 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 = $8,000,000Good B: $3,000 × 200 units = $600,000Total sales dollars: $8,000,000 + $600,000 = $8,600,000Calculation of the ratios:Good A: $8,000,000 ÷ $8,600,000 = 0.93Good B: $600,000 ÷ $8,600,000 = 0.07Allocation of overhead to Good A and Good B:Good A: $6,000,000 × 0.93 = $5,580,000Good B: $6,000,000 × 0.07 = $420,000Example 6: Floor SpaceA 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 ft2: 40,000 ft2 with respect to Good A and 60,000 ft2 with respect to Good B. The amount of overhead to be allocated is $6,000,000.Calculation of the ratios:Good A: 40,000 ft2 ÷ 100,000 ft2 = 0.40Good B: 60,000 ft2 ÷ 100,000 ft2 = 0.60Allocation of overhead (utilities) to Good A and Good B:Good A: $6,000,000 × 0.40 = $2,400,000Good B: $6,000,000 × 0.60 = $3,600,000
Schedule APPENDIX B · Direct Labour and Direct Material Ratio Method
Calculation of Direct Labour and Direct Material RatioFor each good produced by the producer, a direct labour and direct material ratio is calculated by the formulais the direct labour and direct material ratio for the good;is the direct labour costs of the good;is the direct material costs of the good;is the total direct labour costs of all goods produced by the producer; andis the total direct material costs of all goods produced by the producer.Allocation of Overhead to a GoodOverhead is allocated to a good as determined by the formulais the overhead allocated to the good;is the overhead to be allocated; andis the direct labour and direct material ratio for the good.Excluded CostsUnder paragraph 7(11)(b) of these Regulations, if excluded costs are included in overhead to be allocated to a good, the direct labour 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.ExamplesExample 1The following example illustrates the application of the direct labour and direct material ratio method used by a producer of a good to allocate overhead if 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 labour costs (DLC) | 5 | 5 | 10Direct material costs (DMC) | 10 | 5 | 15Totals | 15 | 10 | 25Overhead allocated to Good AOAG (Good A) = O ($30) × DLDMR ($15 ÷ $25)OAG (Good A) = $18.00Overhead allocated to Good BOAG (Good B) = O ($30) × DLDMR ($10 ÷ $25)OAG (Good B) = $12.00Example 2The following example illustrates the application of the direct labour and direct material ratio method used by a producer of a good to allocate overhead if the producer chooses to calculate the net cost of the good in accordance with paragraph 7(11)(b) of these Regulations and if 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 AOAG (Good A) = [O ($50) × DLDMR ($15 ÷ $25)] - [EC ($20) × DLDMR ($15 ÷ $25)]OAG (Good A) = $18.00Overhead allocated to Good BOAG (Good B) = [O ($50) × DLDMR ($10 ÷ $25)] − [EC ($20) × DLDMR ($10 ÷ $25)]OAG (Good B) = $12.00
Schedule APPENDIX C · Direct Cost Ratio Method
Direct OverheadDirect overhead is allocated to a good on the basis of a method based on the criterion of benefit, cause or ability to bear.Indirect OverheadIndirect overhead is allocated on the basis of a direct cost ratio.Calculation of Direct Cost RatioFor each good produced by the producer, a direct cost ratio is calculated by the formulais the direct cost ratio for the good;is the direct labour costs of the good;is the direct material costs of the good;is the direct overhead related to the good;is the total direct labour costs of all goods produced by the producer;is the total direct material costs of all goods produced by the producer; andis the total direct overhead related to all goods produced by the producer.Allocation of Indirect Overhead to a GoodIndirect overhead is allocated to a good as determined by the formulais the indirect overhead allocated to the good;is the indirect overhead of all goods produced by the producer; andis the direct cost ratio of the good.Excluded CostsUnder paragraph 7(11)(b) of these Regulations,(a) if excluded costs are included in direct overhead to be allocated to a good, those excluded costs are subtracted from the direct overhead allocated to the good; and(b) if excluded costs are included in 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.ExamplesExample 1The 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 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 labour costs (DLC) | 5 | 5 | 10Direct material costs (DMC) | 10 | 5 | 15Direct overhead (DO) | 8 | 2 | 10Totals | 23 | 12 | 35Indirect overhead allocated to Good AIOAG (Good A) = IO ($30) × DCR ($23 ÷ $35)IOAG (Good A) = $19.71Indirect overhead allocated to Good BIOAG (Good B) = IO ($30) × DCR ($12 ÷ $35)IOAG (Good B) = $10.29Example 2The 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 chooses to calculate the net cost of the good in accordance with paragraph 7(11)(b) of these Regulations and if 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 AIOAG (Good A) = [IO ($50) × DCR ($23 ÷ $35)] − [EC ($20) × DCR ($23 ÷ $35)]IOAG (Good A) = $19.72Indirect overhead allocated to Good BIOAG (Good B) = [IO ($50) × DCR ($12 ÷ $35)] − [EC ($20) × DCR ($12 ÷ $35)]IOAG (Good B) = $10.28
Schedule 6 · Value of Materials (Paragraph 7(7)(b), subsections 7(22), 8(4) and (28) and Schedule 5)
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Schedule 7 · Methods for Determining the Value of Non-Originating Materials that are Identical Materials and that are Used in the Production of a Good (Paragraphs 5(13)(a) and (d) and subsections 5(14), and 7(10))
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Schedule APPENDIX · Examples Illustrating the Application of the Methods for Determining the Value of Non-Originating Materials that are Identical Materials and that are Used in the Production of a Good
The following examples are based on the figures set out in the table below and on the following assumptions:(a) Materials A are non-originating materials that are identical materials and are used in the production of Good A;(b) one unit of Materials A is used to produce one unit of Good A;(c) all other materials used in the production of Good A are originating materials; and(d) Good A is produced in a single plant.Materials Inventory | Sales(Receipts of Materials A) | (Shipments of Good A)Date (m/d/y) | Quantity (units) | Unit Cost*($) | 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 | | | 50001/09/21 | | | 50001/10/21 | 1,000 | 1.05 | 01/14/21 | | | 1,50001/16/21 | 2,000 | 1.10 | 01/18/21 | | | 1,500noteExample 1: FIFO methodBy 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 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 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 × $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 methodBy 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 × $1.10).Example 3: Rolling average methodThe following table identifies the average value of non-originating Materials A as determined under the rolling average method. For the purposes of this example, a new average value of non-originating Materials A is calculated after each receipt.Materials Inventory | Date (m/d/y) | Quantity (units) | Unit Cost* ($) | Total Value ($)Beginning Inventory | 01/01/21 | 200 | 1.05 | 210Receipt | 01/03/21 | 1,000 | 1.00 | 1,000AVERAGE VALUE | | 1,200 | 1.008 | 1,210Receipt | 01/05/21 | 1,000 | 1.10 | 1,100AVERAGE VALUE | | 2,200 | 1.05 | 2,310Shipment | 01/08/21 | 500 | 1.05 | 525AVERAGE VALUE | | 1,700 | 1.05 | 1,785Shipment | 01/09/21 | 500 | 1.05 | 525AVERAGE VALUE | | 1,200 | 1.05 | 1,260Receipt | 01/16/21 | 2,000 | 1.10 | 2,200AVERAGE VALUE | | 3,200 | 1.08 | 3,460noteBy 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 × $1.05).
Schedule 8 · Inventory Management Methods (Subsections 5(13) and 8(18))
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Schedule APPENDIX A · Examples Illustrating the Application of the Inventory Management Methods to Determine the Origin of Fungible Materials
The following examples are based on the figures set out in the table below and on the following assumptions:(a) originating Material A and non-originating Material A that are fungible materials are used in the production of Good A;(b) one unit of Material A is used to produce one unit of Good A;(c) Material A is only used in the production of Good A;(d) all other materials used in the production of Good A are originating materials; and(e) the producer of Good A exports all shipments of Good A to the territory of a CUSMA country.Materials Inventory | Sales(Receipts of Material A) | (Shipments of Good A)Date (m/d/y) | Quantity (units) | Unit Cost*($) | Total Value ($) | Quantity (units)12/18/20 | 100 (O1) | 1.00 | 100 | 12/27/20 | 100 (N2) | 1.10 | 110 | 01/01/21 | 200 (OI3) | | | 01/01/21 | 1,000 (O) | 1.00 | 1,000 | 01/05/21 | 1,000 (N) | 1.10 | 1,100 | 01/10/21 | | | | 10001/10/21 | 1,000 (O) | 1.05 | 1,050 | 01/15/21 | | | | 70001/16/21 | 2,000 (N) | 1.10 | 2,200 | 01/20/21 | | | | 1,00001/23/21 | | | | 900notenotenotenoteExample 1: FIFO methodGood 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 × $1.10).Example 2: LIFO methodGood A is subject to a change in tariff classification requirement and the non-originating Material A used in the production of Good A does not undergo the applicable change in tariff classification. Therefore, if originating Material A is used in the production of Good A, Good A is an originating good and, if non-originating Material A is used in the production of Good A, Good A is a non-originating good.By applying the LIFO method,(1) 100 units of the 1,000 units of non-originating Material A that were received in materials inventory on 01/05/21 are considered to have been used in the production of the 100 units of Good A shipped on 01/10/21;(2) 700 units of the 1,000 units of originating Material A that were received in materials inventory on 01/10/21 are considered to have been used in the production of the 700 units of Good A shipped on 01/15/21;(3) 1,000 units of the 2,000 units of non-originating Material A that were received in materials inventory on 01/16/21 are considered to have been used in the production of the 1,000 units of Good A shipped on 01/20/21; and(4) 900 units of the remaining 1,000 units of non-originating Material A that were received in materials inventory on 01/16/21 are considered to have been used in the production of the 900 units of Good A shipped on 01/23/21.Example 3: Average methodGood A is subject to an applicable regional value content requirement. Producer A is using the transaction value method to determine the regional value content of Good A. Producer A determines the average value of non-originating Material A and the ratio of originating Material A to total value of originating Material A and non-originating Material A in the following table.Material Inventory | Sales(Receipts of Material A) | (Non-Originating Material) | (Shipments of Good A) | Date (m/d/y) | Quantity (units) | Total Value ($) | 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) | | 100Receipt | 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) | | 700Receipt | 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) | | 1,000Shipment | 01/23/21 | (900) | (963) | 1.07 | (576) | (616.32) | | 900NEW AVG INV VALUE | | 2,500 | 2,687 | 1.07 | 1,596 | 1,707.24 | 0.64 | notenotenotenoteBy 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 0.50 (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 × 0.50) of originating Material A and 50 units (100 units × 0.50) 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%]; andthe ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,050 units (2,100 units × 0.50) are considered to be originating materials and 1,050 units (2,100 units × 0.50) 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 × 0.66) of originating Material A and 238 units (700 units × 0.34) 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%]; andthe ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,584 units (2,400 units × 0.66) are considered to be originating materials and 816 units (2,400 units × 0.34) 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 × 0.36) of originating Material A and 640 units (1,000 units × 0.64) 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%]; andthose ratios are applied to the units of Material A remaining in materials inventory after the shipment: 1,224 units (3,400 units × 0.36) are considered to be originating materials and 2,176 units (3,400 units × 0.64) are considered to be non-originating materials; and(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 × 0.36) of originating Material A and 576 units (900 units × 0.64) 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 × 0.36) are considered to be originating materials and 1,600 units (2,500 units × 0.64) are considered to be non-originating materials.Example 4: Average methodGood 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 × 0.404) 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 − 0.404)] or $1,728 ($0.64 × 2,700 units); andthat ratio is applied to the units of Material A remaining in materials inventory on January 31, 2021: 1,010 units (2,500 units × 0.404) are considered to be originating materials and 1,490 units (2,500 units − 1,010 units) are considered to be non-originating materials.
Schedule 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 | Sales(Receipts of Good A) | (Shipments of Good A)Date | Quantity | Quantity(m/d/y) | (units) | (units)12/18/20 | 100 (O1) | 12/27/20 | 100 (N2) | 01/01/21 | 200 (OI3) | 01/01/21 | 1,000 (O) | 01/05/21 | 1,000 (N) | 01/10/21 | | 10001/10/21 | 1,000 (O) | 01/15/21 | | 70001/16/21 | 2,000 (N) | 01/20/21 | | 1,00001/23/21 | | 900notenotenoteExample 1: FIFO methodBy 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 methodBy 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 methodExporter 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 × 0.404) 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; andthat ratio is applied to the units of Good A remaining in finished goods inventory on January 31, 2021: 1,010 units (2,500 units × 0.404) are considered to be originating goods and 1,490 units (2,500 units − 1,010 units) are considered to be non-originating goods.
Schedule 9 · Method for Calculating Non-allowable Interest Costs (Subsection 7(14))
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Schedule 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:(a) a producer in a CUSMA country borrows $1,000,000 from a person of the same CUSMA country under a fixed-rate contract;(b) under the terms of the contract, the loan is payable in 10 years with interest paid at the rate of 6% per year on the declining principal balance;(c) the payment schedule calculated by the lender based on the terms of the contract requires the producer to make annual payments of principal and interest of $135,867.36 over the life of the contract;(d) there are no federal government debt obligations that have maturities equal to the six-year weighted average principal maturity of the contract; and(e) the federal government debt obligations that are nearest in maturity to the weighted average principal maturity of the contract are of five- and seven-year maturities, and the yields on them are 4.7% and 5.0%, respectively.Years of Loan | Principal Balance1($) | Interest Payment2($) | Principal Payment3($) | Payment Schedule ($) | Weighted Principal Payment4($)1 | 924,132.04 | 60,000.00 | 75,867.96 | 135,867.96 | 75,867.962 | 843,712.00 | 55,447.92 | 80,420.04 | 135,867.96 | 160,840.083 | 758,466.76 | 50,622.72 | 85,245.24 | 135,867.96 | 255,735.724 | 668,106.81 | 45,508.01 | 90,359.95 | 135,867.96 | 361,439.825 | 572,325.26 | 40,086.41 | 95,781.55 | 135,867.96 | 478,907.766 | 470,796.81 | 34,339.52 | 101,528.44 | 135,867.96 | 609,170.677 | 363,176.66 | 28,247.81 | 107,620.15 | 135,867.96 | 753,341.068 | 249,099.30 | 21,790.60 | 114,077.36 | 135,867.96 | 912,618.889 | 128,177.30 | 14,945.96 | 120,922.00 | 135,867.96 | 1,088,298.0210 | 0.00 | 7,690.66 | 128,177.32 | 135.867.96 | 1,281,773.22$5,977,993.19notenotenotenoteThe 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 yearsBy applying the above method,(1) the weighted average principal maturity of the payment schedule under the 6% contract is six years;(2) the interest rates issued by the federal government on the closest maturities for comparable debt obligations of five years and seven years are 4.7% and 5.0%, respectively; therefore, using linear interpolation, the interest rate issued by the federal government that has a maturity equal to the weighted average principal maturity of the contract is 4.85%. 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% is within 700 basis points of the 4.85% interest rate issued by the federal government on debt obligation; therefore, none of the producer’s interest costs are considered to be non-allowable interest costs for the 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 ContractThe following example is based on the figures set out in the tables below and on the following assumptions:(a) a producer in a CUSMA country borrows $1,000,000 from a person of the same CUSMA country under a variable-rate contract;(b) under the terms of the contract, the loan is payable in 10 years with interest paid at the rate of 6% per year for the first two years and 8% per year for the next two years on the principal balance, with rates adjusted each two years after that;(c) the payment schedule calculated by the lender based on the terms of the contract requires the producer to make annual payments of principal and interest of $135,867.96 for the first two years of the loan and of $146,818.34 for the next two years of the loan;(d) there are no federal government debt obligations that have maturities equal to the 1.9-year weighted average principal maturity of the first two years of the contract;(e) there are no federal government debt obligations that have maturities equal to the 1.9-year weighted average principal maturity of the third and fourth years of the contract; and(f) the federal government debt obligations that are nearest in maturity to the weighted average principal maturity of the contract are one- and two-year maturities, and the yields on them are 3.0% and 3.5%, respectively.Beginning of Year | Principal Balance ($) | Interest Rate (%) | Interest Payment ($) | Principal Payment ($) | Payment Schedule ($) | Weighted Principal Payment ($)1 | 1,000,000.00 | 6.00 | 60,000.00 | 75,867.96 | 135,867.96 | 75,867.962 | 924,132.04 | 6.00 | 55,447.92 | 80,420.04 | 135,867.96 | 1,848,264.08$1,924,132.04Weighted Average Principal Maturity$1,924,132.04 ÷ $1,000,000 = 1.92413204 or 1.9 yearsBy applying the above method:(1) the weighted average principal maturity of the payment schedule of the first two years of the contract is 1.9 years;(2) the interest rate issued by the federal government on the closest maturities of debt obligations of one year and two years are 3.0 and 3.5%, respectively; therefore, using linear interpolation, the interest rate issued by the federal government on debt obligation that has a maturity equal to the weighted average principal maturity of the payment schedule of the first two years of the contract is 3.45%. This amount is calculated as follows:3.0 + [((3.5 − 3.0) × (1.9 − 1.0)) ÷ (2.0 − 1.0)];= 3.0 + 0.45= 3.45%; and(3) the producer’s contract rate of 6% for the first two years of the loan is within 700 basis points of the 3.45% interest rate issued by the federal government on debt obligations that have maturities equal to the 1.9-year weighted average principal maturity of the payment schedule of the first two years of the producer’s loan contract; therefore, none of the producer’s interest costs are considered to be non-allowable interest costs for the purposes of the definition non-allowable interest costs in subsection 1(1) of these Regulations.Beginning of Year | Principal Balance ($) | Interest Rate (%) | Interest Payment ($) | Principal Payment ($) | Payment Schedule ($) | Weighted Principal Payment ($)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 | 79,321.384 | 764,390.62 | 8.00 | 61,151.25 | 85,667.09 | 146,818.34 | 1,528,781.241,608,102.62Weighted Average Principal Maturity$1,608,102.62 ÷ $843,712.01 = 1.905985 or 1.9 yearsBy 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 one- and two-year maturities, and the yields on them are 3.0 and 3.5%, respectively; therefore, using linear interpolation, the interest rate issued by the federal government on 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%. 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% is within 700 basis points of the 3.45% 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 the purposes of the definition non-allowable interest costs in subsection 1(1) of these Regulations.
Schedule 10 · Generally Accepted Accounting Principles (Subparagraph 1(3)(f)(i) and Schedule 6)
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Federal laws of Canada reproduced under the Reproduction of Federal Law Order (SI/97-5); not the official version. Source: Justice Laws Website.