WR02C Precision-Fit Aluminium Wheelie Bar WRC2333R by GPM  [WRC2333R]

Tamiya Honda City Turbo WR02C Aluminium Wheelie Bar - 1set - GPM WRC2333R
Price:
USD$19.90
Brand:
GPM
Model:
WRC2333R
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Technical overview for WR02C wheelie bar

This aluminium wheelie bar is an aftermarket tuning component for the Tamiya Honda City Turbo WR02C, delivered as a single set. It is intended to control front lift during aggressive acceleration and to provide a repeatable mounting datum for launch behaviour adjustments on the WR02C chassis.

Installation requires accurate alignment with the WR02C rear mounting points and secure fastening to the chassis using existing holes or the rear bracket. Fine adjustments to the bar height and fore-aft position change the rear leverage ratio and therefore the dynamic balance under throttle.

Use the assembly as a setup device rather than a primary structural member: verify clearance with motor and ESC, confirm there is no contact during full suspension compression, and validate that the bar does not obstruct drivetrain components.

Specifications

  • Item Wheelie bar set, 1 pcs
  • Material Aluminium
  • Model Number WRC2333R
  • Compatibility Tamiya Honda City Turbo WR02C

Achieve consistent launch control by making measured positional changes and validating fit and function after each adjustment.

What checks ensure correct alignment?

Confirm the bar sits square to the chassis and aligns with the designated rear mounting points; use temporary fasteners to trial fit before final torqueing.

How does bar position affect leverage?

Raising the bar or moving it rearward increases leverage and the chance of wheelie; lowering or moving forward reduces leverage and stabilises launches.

Are there recommended clearances to verify?

Check for at least a few millimetres clearance to motor, ESC and shock bodies throughout full suspension travel to avoid contact under load.

Any installation tips for repeatable results?

Mark initial positions, make single-variable changes, and record results so you can reproduce the preferred setup across runs.