Axial Racing Yeti 32 Pitch 68T Spur Gear by GPM YT068TS  [YT068TS]

Axial Racing Yeti Steel #45 Spur Gear 32 Pitch 68T - 1pc - GPM YT068TS
Price:
USD$15.90
Brand:
GPM
Model:
YT068TS
GTIN:
4894538068962
Condition:
Brand New
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Spur gear for Yeti

This steel spur gear is a direct-style replacement designed from the GPM YT068TS listing for Axial Racing Yeti models. It is a 32 pitch, 68-tooth large spur gear intended for RC-scale drivetrain applications where the stock plastic part is being replaced with a steel option for durability and consistent gear meshing during tuning and maintenance.

The part functions as a standard spur gear within the gearbox assembly, mating with an appropriate pinion gear (motor pinion), and is suitable for routine replacement during drivetrain rebuilds or when adjusting gear ratios for different track or terrain conditions. Installation follows normal spur gear replacement steps: remove the gearbox cover, note shimming and mesh settings, install the spur on the shaft or hub, and verify mesh and bearing alignment before final assembly.

Because this is a steel accessory for RC models, expect a stiffer gear contact feel compared with plastic components; check pinion alignment and use correct shims to avoid premature wear. This description refers only to RC-scale use on Axial Racing Yeti platforms and not to any real vehicle applications.

Specifications

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

Choose this spur gear when replacing worn stock gears or when a steel option is preferred for longer-term drivetrain stability on Axial Yeti RC models.

It is listed for Axial Racing Yeti models, check that your chassis uses a 32 pitch spur and 68T tooth count before installation.
Verify mesh and bearing alignment during installation and reuse existing shims if they produce correct mesh; replace worn bearings as needed.
Steel can transmit more vibration and may sound different than plastic, proper gear mesh and bearing condition reduce noise and wear.
Periodically inspect for wear, ensure correct mesh, and check adjacent bearings and pinion for signs of damage.

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