TRAXXAS Revo CNC-Style 6-Spoke Alloy Rims TRV10006 by GPM  [TRV10006]

TRAXXAS 1/10 Revo Alloy Front/Rear Rims (6 Spokes) - 1pr - GPM TRV10006
Price:
USD$34.90
Brand:
GPM
Model:
TRV10006
Please kindly input your name and email address, we will inform you once we have the restocking.
Write a review

CNC-Inspired Alloy Rims for Revo Platforms

These front and rear alloy rims are tailored to TRAXXAS 1/10 Revo installations and are identified by model TRV10006. The six-spoke architecture maintains a rigid mounting flange to reduce tyre distortion under load, while alloy fabrication improves repeatability compared with common plastic wheelsets.

Installation follows standard wheel replacement procedure: remove stock wheel hardware, mount the tyre on the rim, and secure with existing hex and nut components. Verify hex engagement and hub clearance prior to final torque. As a performance-oriented aftermarket item, these rims can shift handling characteristics and tyre wear, so perform balance and roll checks after fitment.

These rims are specified for hobbyist tuning and controlled track use on 1/10 Revo chassis and are not suitable for real vehicle applications.

Specifications

  • Item: Front/Rear Rims (6 Spokes) - 1pr
  • Material: Alloy
  • Model Number: TRV10006
  • Compatibility: TRAXXAS 1/10 Revo

For precision-minded builders wanting a consistent alloy wheel platform for TRAXXAS Revo setups, these rims deliver predictable stiffness and fitment; always confirm hub compatibility and check balance after installation.

What hub measurements should I verify?

Confirm wheel hex size, hub shoulder diameter, and overall hub thickness to ensure correct seating and that the rim clears suspension components.

Are these rims precision machined?

The rims use alloy and manufacturing tolerances aimed at improved dimensional stability; inspect each rim for concentricity and correct any minor imbalance during setup.

Recommended setup checks after fitting?

Hand-tighten, verify hex engagement, torque to spec, then spin-check runout and perform a wheel balance to detect any weight offsets that could affect lap consistency.