HUDY 294223 Pinion Gear 23T/32 Hard Steel (MODUL 0.8) Racing Grade  [HSP-294223]

Price:
£23.11
Brand:
HUDY
Model:
HSP-294223
Condition:
Brand New
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Precision HUDY 294223 Pinion for Tight Gear Mesh

The HUDY 294223 pinion is produced in hard steel to give dependable, repeatable operation for RC vehicles. Its 23-tooth configuration and MODUL 0.8 pitch guarantee accurate engagement and minimal slop in the drivetrain.

Consistent Drive Behaviour

This pinion promotes even torque delivery and helps maintain traction and speed stability under hard acceleration. Its hard steel construction reduces tooth deformation over time, supporting sustained performance.

Fits a Range of Chassis with MODUL 0.8

Suitable for many models that use a MODUL 0.8 pitch, the pinion is easy to replace or upgrade in standard gearbox arrangements. It offers a reliable option for both maintenance and tuning work.

Specifications

  • Material: Hard Steel
  • Teeth: 23T
  • Pitch: MODUL 0.8

A practical upgrade for drivers who prioritise long-lasting, accurate drivetrain parts.
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.

What gear ratio changes if I swap to this 23T pinion?

Swapping pinion tooth count changes the final ratio versus your spur. Moving to 23T will generally favour acceleration or top speed depending on your original setup, so calculate the resulting ratio before fitting.

How do I confirm shaft fit for this pinion?

Measure your motor or axle shaft diameter and inspect the pinion bore. Ensure the grub screw location and set screw style match your shaft so the HUDY 294223 secures correctly without slippage.

Are hardened steel pinions worth the extra cost?

For users who run frequently or push their cars hard, hardened steel can reduce replacement frequency and maintain tooth integrity. Consider your driving style and maintenance routine when choosing materials.

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