HUDY 294224 Hard Steel Pinion Gear 24T/32 MODUL 0.8 - Race Grade Pinion  [HSP-294224]

Price:
CAD$43.11
Brand:
HUDY
Model:
HSP-294224
Condition:
Brand New
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Durable HUDY 294224 Pinion for Tough Drivetrains

Upgrading drivetrain components often starts with a solid pinion, and the HUDY 294224 hard steel pinion gear is built for durability and accurate tooth geometry. With 24 teeth and a MODUL 0.8 specification, this part is intended to cope with higher torque loads while keeping gear engagement consistent.

Benefits of Hardened Steel

Choosing hard steel for the HUDY 294224 pinion improves resistance to wear compared to softer alloys. That translates to longer service life under frequent club racing and practice sessions where parts see repeated stress.

Precision Gear Mesh and Fit

A good gear mesh is essential for smooth power transfer and reduced drivetrain noise. The precise manufacturing of the HUDY 294224 pinion helps achieve accurate mesh with compatible spur gears, supporting efficient acceleration and predictable handling.

Specifications

  • Material: Hard Steel
  • Teeth: 24T
  • Module: 0.8

For hobbyists wanting a reliable replacement or upgrade, the HUDY 294224 pinion gear offers proven hard-steel construction and careful tooth cutting to suit performance-oriented RC drivetrains.

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.
The MODUL 0.8 profile matches many 1/10 scale spur gears, but always verify the spur module and tooth count for proper engagement before fitting.
Use a feeler or paper method to create a small clearance between pinion and spur, then tighten securely. Check mesh under load and retighten after a short test run.
Inspect the teeth for chipping or uneven wear, keep the gear free of grit, and replace if any significant damage appears to avoid spur damage.

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