HUDY 294162 Ultra-Light Hard Coated Aluminium Pinion Gear 62T/64  [HSP-294162]

HUDY 294162 Aluminium ULTRA-LIGHT Pinion Gear - Hard Coated - 62T / 64
Price:
NZD$48.09
Brand:
HUDY
Model:
HSP-294162
Condition:
Brand New
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Get Smooth Power Delivery with HUDY 294162 Ultra-Light Pinion

The HUDY 294162 Aluminium Ultra-Light Pinion Gear is a high quality upgrade aimed at enthusiasts who want cleaner power transfer. This 62 tooth, 64 pitch pinion is produced from lightweight aluminium and treated with a hard coating to improve longevity under load.

Precision Engineering for Lower Inertia

Made to HUDY standards, the pinion reduces rotating mass which can translate to improved throttle response and less drivetrain drag. The hard coat adds abrasion resistance so the gear retains its profile through extended use.

Ideal for Competitive and Club Racing

When performance consistency matters, the HUDY 294162 pinion offers accurate tooth engagement that helps limit heat and friction during race runs. It is a reliable choice for both practice sessions and event days.

Specifications

  • Material: Aluminium
  • Teeth: 62
  • Pitch: 64
  • Coating: Hard Coated

For hobbyists focused on durable, lightweight components, the HUDY 294162 Aluminium Ultra-Light Pinion Gear balances low weight with a protective hard coat for dependable drivetrain performance.

Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Yes, as long as your motor uses a 64 pitch pinion and the shaft diameter matches, this pinion works on both brushed and brushless motors.
Run a few light sessions to let mesh settle, then inspect gear faces and recheck mesh. The coating does not require special treatment but keeping grit out helps longevity.
Expect crisper throttle response and steadier acceleration due to reduced rotational mass, plus durable tooth surfaces that hold up over multiple events.

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