TRAXXAS FUNCO PRO SCALE 2WD Rear Differential Gear Set 32/10T STPS1032T by GPM  [STPS1032T]

TRAXXAS FUNCO PRO SCALE 2WD SAND CAR 20CrMnTi Steel 32/10T Rear Differential Gear set - GPM STPS1032T
Price:
CAD$64.78
Brand:
GPM
Model:
STPS1032T
GTIN:
4894538404715
Condition:
Brand New
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Rear differential gear upgrade for large 1/6 sand cars

This GPM STPS1032T rear differential gear set is a scale replacement for the TRAXXAS FUNCO PRO SCALE 2WD 1/6 sand car. The kit swaps the stock bevel and pinion for a larger 32T bevel and 10T pinion machined in hardened 20CrMnTi steel, with a spiral tooth profile and M1.6 module to help reduce play and smooth power transfer in sandy conditions.

Fit this set when the original bevel or pinion shows wear or when you need a sturdier drivetrain for regular beach or loose-surface running. Installation requires reassembly of the diff carrier, correct gear mesh setup and grease application. Check shim spacing and ensure consistent spiral tooth contact to avoid uneven wear.

Packing includes

  • Diff Bevel Gear 32T - 1pcs
  • Rear Pinion Gear 10T - 1pcs

Original Name / Part No:

7791,7792

Compatible Models

  • TRAXXAS 1/6 FUNCO PRO SCALE 2WD SAND CAR 8S-109076-4

This direct-fit GPM aftermarket gear set targets improved longevity and quieter engagement under heavy sand loads; always confirm fitment and set mesh carefully during installation.

These gears are designed to replace the stock rear bevel and pinion in the listed TRAXXAS FUNCO PRO SCALE 2WD rear gearbox, but confirm housing clearances and diff carrier orientation before final assembly.
Use a high-quality diff grease suited for metal-on-metal gears and reapply after heavy runs; too little grease speeds wear, too much can trap debris on sandy runs.
Installation is mid-level: you will disassemble the rear diff carrier, fit the new gears, set shims and mesh, then reassemble. Basic tools and patience are required.
When mesh is set correctly, the spiral tooth profile tends to run smoother and cut impact noise, while improving load distribution under torque.

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