Feature(may vary by option.)

●Application: Suitable for Axial 1/18 UTB18 Capra RC crawler car. The original or damaged parts can be replaced directly for higher strength.
●Shock Proof: Sophisticated craftsmanship improves the overall texture, improves the simulation effect of the RC car, and increases shock resistance and high pressure resistance.
●Aluminum Alloy Construction: Using high hardness aluminum alloy material, fine workmanship, lightweight, durable, stable and reliable, and long service life.
●Strong Protection: This gear box base provides better protection for the gear box against rock damage, directly replace the original plastic anti skid plate.
●Balanced Driving: With fixing screws, gear box mount holder can provide balanced driving, improve the simulation of the RC car, and prevent corrosion.

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Description

1. Application: Suitable for Axial 1/18 UTB18 Capra RC crawler car. The original or damaged parts can be replaced directly for higher strength.
2. Strong Protection: This gear box base provides better protection for the gear box against rock damage, directly replace the original plastic anti skid plate.
3. Aluminum Alloy Construction: Using high hardness aluminum alloy material, fine workmanship, lightweight, durable, stable and reliable, and long service life.
4. Balanced Driving: With fixing screws, gear box mount holder can provide balanced driving, improve the simulation of the RC car, and prevent corrosion.
5. Shock Proof: Sophisticated craftsmanship improves the overall texture, improves the simulation effect of the RC car, and increases shock resistance and high pressure resistance.

Spec:
Item Type: RC Car Gear Box Plate
Material: Aluminum alloy
Size: Approx. 72.5 x 63mm / 2.85 x 2.48in
Application: Suitable for Axial 1/18 UTB18 Capra RC crawler

PackageList:
1 xRC Car Gear Box Plate
14 x Screw

Notice:
1. Please allow an error of 1?3mm due to manual measurement. Thanks!
2. The monitor calibration is inconsistent, and the item color shown in the photo may be slightly different from the actual object.