Axial Yeti 32-Pitch 68T Steel Spur YT068TS by GPM  [YT068TS]

Axial Racing Yeti Steel #45 Spur Gear 32 Pitch 68T - 1pc - GPM YT068TS
Price:
NZD$26.64
Brand:
GPM
Model:
YT068TS
GTIN:
4894538068962
Condition:
Brand New
Write a review
alt="Axial Racing Yeti Steel #45 Spur Gear 32 Pitch 68T - 1pc - GPM YT068TS" title="Axial Racing Yeti Steel #45 Spur Gear 32 Pitch 68T - 1pc - GPM YT068TS"

Replacement spur for Yeti gearboxes

This 68-tooth steel spur from the GPM YT068TS listing is made as a direct-style swap for Axial Racing Yeti models. With a 32 pitch tooth form, it is intended to replace stock plastic spurs when you want stronger gearing and steadier engagement during tuning or rough running.

It operates as the main spur inside the gearbox, meshing with the motor pinion and enabling ratio changes or routine drivetrain service. Fitment follows standard steps: open the gearbox, record shim placement and mesh, place the spur on the shaft or hub, then check mesh and bearing alignment before closing up.

Steel gearing will feel stiffer than plastic; confirm pinion alignment and use appropriate shims to prevent premature wear. This product is for RC Axial Racing Yeti use only and is not suitable for full scale vehicle use.

Specifications

  • Item: Spur Gear 68T 32 Pitch
  • Material: Steel
  • Model Number: GPM YT068TS
  • Compatibility: Axial Racing Yeti
  • Quantity: 1 pcs

Opt for this steel spur to improve drivetrain longevity and keep gear mesh consistent on your Axial Yeti during competitive or trail running.

Verify your specific Yeti variant uses a 32 pitch, 68 tooth spur. If it does, this part is intended to fit as a replacement.
You may change pinion size to tune ratio, but first check mesh and that the current pinion aligns well with a steel spur to avoid excessive wear.
Yes, it is compatible with typical Yeti motor setups, though ensure mesh and bearings are in good condition to handle the different contact characteristics of steel.
Replace when teeth show flattening, burrs, or uneven wear, and if gear noise increases despite correct mesh and bearing condition.

Copyright © 2008-2026 rcjaz.co.nz All rights reserved