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.6 Mod 3.17/3.2mm Shaft

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Art.nr: 1112
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Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

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Art.nr: 1113
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Robinson Racing 1113 Mod 0.6 Metric Pinion Gear (13T) Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

KJØP
Art.nr: 1114
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Robinson Racing 1114 Mod 0.6 Metric Pinion Gear (14T) Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

KJØP
Art.nr: 1115
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Robinson Racing 1115 Mod 0.6 Metric Pinion Gear (15T) Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

KJØP
Art.nr: 1116
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These are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars (this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.     SPECIFICATIONS Number of Teeth: 16 Pitch: .6 Mod Bore: 1/8" 0.125" (3.2mm)

89,-

KJØP
Art.nr: 1117
Copied
These are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars(this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.     SPECIFICATIONS Number of Teeth: 17 Pitch: .6 Mod Bore: 1/8" 0.125" (3.2mm)

89,-

KJØP
Art.nr: 1118
Copied
These are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars (this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.     SPECIFICATIONS Number of Teeth: 18 Pitch: .6 Mod Bore: 1/8" 0.125" (3.2mm)

89,-

KJØP
Art.nr: 1119
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These are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars (this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.   SPECIFICATIONS Number of Teeth: 19 Pitch: .6 Mod Bore: 18 0.125 (3.2mm)

89,-

KJØP
Art.nr: 1120
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Robinson Racing 1120 Pinion Gear Metric 20T   This is a 20 Tooth pinion gears. These are used on cars such as the Tamiya touring cars (this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.   SPECIFICATIONS Number of Teeth: 20 Pitch: .6 Mod Bore: 18 0.125 (3.2mm)

89,-

KJØP
Art.nr: 1121
Copied
hese are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars(this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.   SPECIFICATIONS Number of Teeth: 21 Pitch: .6 Mod Bore: 18 0.125 (3.2mm)

89,-

KJØP
Art.nr: 1122
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Robinson Racing 1122 Mod 0.6 Metric Pinion Gear (22T) Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

KJØP
Art.nr: 1123
Copied
These are .6 mod pinion gears. These are used on cars such as the Tamiya touring cars(this works on the TA01 and the TA02, but NOT on the TA03). They also work on some other Tamiya cars, and on the Kyosho Ultima Pro, and the Ultima Pro XL. These gears are available in sizes from 12 to 24 teeth. Includes a pinion set screw.     SPECIFICATIONS Number of Teeth: 23 Pitch: .6 Mod Bore: 1/8" 0.125" (3.2mm)

89,-

KJØP
Art.nr: 1124
Copied
Robinson 1124 Racing Mod 0.6 Metric Pinion Gear (24T) Robinson Racing Mod 0.6 Metric Pinion Gears are precision cut from hard alloy steel and lightened to reduce weight. The Gear has an 1/8 inch bore so it fits any motor with a standard 1/8" motor shaft, and one 5-40 set screw has been included. Features: Precision cut from hard alloy steel Lightened for reduced weight 1/8" bore fits standard 1/8" motor shafts Includes one 5-40 set screw Choose from multiple tooth count options to fine tune the gear ratio of your vehicle

89,-

KJØP
Art.nr: MG-06P16T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 16T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Color: Titanium Set screw (1 pc) Specification:   Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 16T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 16T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P17T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 17T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Color: Titanium Set screw (1 pc) Specification:   Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 17T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 17T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P18T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 18T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Color: Titanium Set screw (1 pc) Specification:   Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 18T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 18T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P19T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 19T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specificaiton: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 19T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 19T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0 The above guideline is for reference only. The recommended motor turn may vary depending on different brands. More information can be found on motors' offical websites.

59,-

KJØP
Art.nr: MG-06P20T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 20T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 20T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 20T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P21T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 21T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 21T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 21T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P22T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 22T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material  Aluminum Pitch  Mod 0.6 Product Type  Pinion Gear Teeth  22T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 22T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P23T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 23T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 23T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 23T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P24T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 24T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 24T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 24T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P25T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 25T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 25T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 25T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
Art.nr: MG-06P26T
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Yeah Racing Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 26T for Tamiya car kits Description: Replace parts to the original motor gear/pinions for Tamiya car, which is made of durable 7075 aluminum Specification: Material Aluminum Pitch Mod 0.6 Product Type Pinion Gear Teeth 26T Feature: Material: Aluminum Color: Titanium Include: Aluminum 7075 Hard Coated Motor Gear/Pinions 06P 26T (1 pc) Set screw (1 pc) How to calculate Final Gear Ratio? For example, if your car has the following setting: Motor Gear: 25 Spur Gear: 84 Pulley: 19 Gear Differential: 38 Firstly, we need to calculate the 'Motor Gear to Spur Gear Ratio', divide 84 by 25 equal to 3.36. Then we need to calculate the 'Pulley to Gear Differential Ratio', divide 38 by 19 equal to 2. Finally, the 'Final Gear Ratio' is 3.36 x 2 = 6.72. Motor Turn used based on Final Gear Ratio: 3.5T: 9.5-10 4.0T: 8.9-9.5 8.5T: 6.4-7.0

59,-

KJØP
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