TRAXXAS E-Revo 13T/37T Steel Spiral Gears by GPM ER1337TS  [ER1337TS]

TRAXXAS E-REVO Hard Steel Spiral Gears (13T/37T) - 2pcs - GPM ER1337TS
Price:
USD$36.90
Brand:
GPM
Model:
ER1337TS
GTIN:
4894538283044
Condition:
Brand New
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alt="TRAXXAS E-REVO Hard Steel Spiral Gears (13T/37T) - 2pcs - GPM ER1337TS" title="TRAXXAS E-REVO Hard Steel Spiral Gears (13T/37T) - 2pcs - GPM ER1337TS"

Spiral gear upgrade for TRAXXAS

These GPM steel spiral gears are an aftermarket replacement set for common 1:10 TRAXXAS platforms. Sold as a pair, the kit includes a 13T and a 37T spiral gear made for RC-scale drivetrain use. The parts are intended to replace the original spiral/pinion pairing without changing motor pinion sizing or gearbox geometry.

The design role is clear: swap the stock mating gears with hard steel spiral gears when you want improved wear resistance in high‑load running or when tuning for durability. Fitment is platform dependent, so confirm compatibility before installation. Installation follows standard gear-mesh and backlash setup procedures for TRAXXAS gearboxes; ensure gear mesh and bearing support are checked after fitment.

Compatible Models

  • E Revo 56087-1
  • Slash 4x4
  • Revo
  • 1:10 Summit
  • Slash 4x4 Low-CG 68086-21

The GPM ER1337TS 13T/37T steel spiral gears provide a straight replacement option geared toward durability in 1:10 TRAXXAS drivetrains, suitable for hobbyists seeking a direct swap for stock spiral gears.

 

Product Reviews
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Excellent service!
The package contains two spiral gears, one 13T and one 37T, supplied as a matched pair for installation.
No chassis modification should be necessary for the listed compatible models, but confirm gear mesh and bearing alignment during installation.
The hard steel construction is intended to improve wear resistance under higher loads, however correct gear mesh and supporting bearings remain critical.
With the motor and gearbox assembled, rotate the motor by hand and observe the contact pattern, then adjust pinion position or spur spacing until a uniform mesh is achieved.

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