3Racing 3RAC-PG6443 64 Pitch 43T Hardened 7075 Aluminum Pinion  [3RAC-PG6443]

3RACING 64 Pitch Pinion Gear 43T (7075 w/ Hard Coating) - 3RAC-PG6443
Price:
CAD$5.23
Brand:
3Racing
Model:
3RAC-PG6443
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Track-focused 64 Pitch Pinion for Tuners

The 3Racing 3RAC-PG6443 64 Pitch 43T pinion is a compact upgrade for enthusiasts wanting tighter gear engagement and consistent performance. Manufactured from 7075 aluminum with a hard coating, this pinion balances strength with low weight while the 43-tooth profile helps deliver smooth torque transfer under load. It is a solid option for replacing worn parts or tuning gear ratios on race setups.

Robust Construction for Racing Use

Forged from 7075 aluminum, this pinion combines high tensile strength and a low mass to help reduce rotational inertia. The hard coating improves resistance to surface wear and extends service life, making it a dependable choice for sustained track use and frequent running. When swapping gears, this part gives a noticeable durability upgrade over softer alloys.

Smooth Engagement and Consistent Power Delivery

As a 64 pitch, 43-tooth pinion, the gear is engineered for accurate meshing and predictable power transfer across a range of setups. That consistent engagement helps maintain acceleration feel and top end on the track, and the precise tooth cut supports compatibility with standard 64 pitch spurs used in many 1/10 scale cars.

This pinion is made to 64 pitch standards and will fit most 1/10 scale cars that use 64 pitch gear systems. Check tooth count and shaft size for compatibility before fitting.
7075 aluminum offers greater strength and fatigue resistance than softer alloys while keeping weight low, which benefits acceleration and reduces unsprung or rotational mass.
Ensure correct mesh by adjusting motor position, secure the pinion to the shaft according to your motor clamp type, and check gear alignment after a short run to confirm wear patterns are even.

Copyright © 2008-2025 rcjaz.ca All rights reserved