Tamiya Honda City Turbo WR02C Rear CVD Drive Shaft 36mm - WRC2236SR by GPM  [WRC2236SR]

Tamiya Honda City Turbo WR02C Steel Rear CVD Drive Shaft (36mm) - 1pr - GPM WRC2236SR
Price:
USD$15.90
Brand:
GPM
Model:
WRC2236SR
GTIN:
4894538146707
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36mm Steel Rear CVD Technical Overview

WRC2236SR is a 36mm steel rear constant velocity drive shaft produced for the Tamiya Honda City Turbo WR02C application. Supplied by GPM, this shaft is offered as a direct-fit replacement to restore correct axle length and CVD joint geometry for consistent driveline behaviour.

Installation requires verification of spline engagement with the differential and wheel hex, assessment of joint play, and confirmation of clearance with suspension linkages and chassis mounts. Apply appropriate RC-grade lubrication to splines and follow recommended hardware torque practices to avoid preload on CVD joints that causes binding.

For setup and tuning the shaft provides a stable steel option that maintains axial alignment when paired with correctly seated bearings and hex hardware. Check for radial runout during initial assembly and adjust component seating to achieve minimal angular misalignment.

Specifications

  • Item Rear CVD Drive Shaft
  • Material Steel
  • Model Number WRC2236SR
  • Compatibility Tamiya Honda City Turbo WR02C

A precise steel 36mm rear CVD for the WR02C aimed at hobbyists seeking stable driveline geometry and reliable replacement fitment.

What inspection should be done before first run?

Confirm spline seating, bearing fit, and wheel hex retention; rotate assemblies by hand to detect any binding or excessive runout before applying power.

Any bearing recommendations for best alignment?

Use quality bearings sized for the WR02C assembly and ensure they are pressed squarely into housings to reduce lateral play and maintain shaft alignment.

How to verify CVD joint integrity over time?

Periodically check for increased joint play, inspect splines for wear, and replace bearings showing roughness to preserve consistent driveline geometry.