TAMIYA CC-01 26mm Rubber Radial Onroad Tires by GPM TIRE889F/R26  [TIRE889F/R26]

Price:
USD$7.90
Brand:
GPM
Model:
TIRE889F/R26
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Onroad radial tires for CC-01

This is a 1 pr onroad tire set produced for the TAMIYA CC-01 platform, supplied by GPM under model TIRE889F/R26. The set uses a rubber radial construction and carries an arrow tread pattern intended for model-scale onroad use. A matched tire insert Istt826m is included to support tread shape and ride consistency.

Fitment is described for the CC-01 chassis, so these tires are intended to be mounted on wheels compatible with that platform. The arrow tread is oriented for forward rolling direction to aid predictable straight-line traction and controlled turn-in on smooth surfaces. As an RC-scale accessory, they are suitable for hobbyist road courses and testing setups where onroad grip and steering feedback matter.

Installation follows standard tire mounting practices for model cars: seat the tire onto the rim, position the included insert, and secure with appropriate tyre glue or retention method used for CC-01 wheels. No specialised parts are required beyond the matching CC-01 wheel rims and common tyre adhesive if permanent mounting is desired.

From a tuning perspective, these rubber radial tires are a simple way to adjust front or rear grip balance without changing suspension hardware. Swapping to this tread and insert combination can alter turn-in responsiveness and mid-corner stability, so test incremental changes and record results when tuning for specific track surfaces.

This item is compatible with

  • TAMIYA CC01
They are specified for the CC-01 platform, check wheel diameter and rim fit on your specific CC-01 variant before mounting.
The listing indicates the included tire insert Istt826m and the package is supplied as a 1 pr set.
Ensure the insert is seated correctly, use tyre glue sparingly for even contact, and test on your usual surface to evaluate handling changes.

Copyright © 2008-2026 rcjaz.com All rights reserved