TAMIYA F201 Rear Steering Block Upgrade TF201C-005 by 3Racing  [TF201C-005]

Tamiya F201 Rear Steering Block - 3RACING TF201C-005
Price:
£10.43
Brand:
3Racing
Model:
TF201C-005
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

Rear steering component summary

The TF201C-005 rear steering block is an aftermarket replacement built for the TAMIYA F201 chassis by 3Racing. It replaces the rear steering mount and enables restoration or refinement of rear steering geometry while keeping the main chassis unmodified. Located at the rear linkage attachment points, the block affects toe settings and steering feel at the axle.

Installation notes: remove the rear hub carrier and any connected linkages, transfer bearings and original hardware, then secure the block to the hub carrier with the factory screws. Minimal trimming of adjacent plastic may be required if there are tolerance differences; otherwise the part will install with stock hardware. After refit, inspect linkage free play and confirm smooth steering through full travel.

Tuning role: used as a hop-up to tune rear steering geometry for scale racing. Small positional or orientation adjustments change rear toe-in and transient response, which in turn influences corner entry and mid-corner stability. Make small changes and evaluate handling with controlled laps before locking settings.

Compatibility and caution: intended for TAMIYA F201 configurations that use a rear steering block at these mount points; verify fitment against your existing hub carrier prior to final installation. This is a model accessory only and not suitable for real vehicles.

It can affect handling in subtle ways; expect changes to rear toe and transient response, so test gradually to find the best balance for your setup.
Yes, the TF201C-005 is intended to use your original screws and bearings in most cases; replace any worn components as needed.
Confirm free play is within acceptable limits, then run short test loops to monitor corner entry and mid-corner response before finalising geometry.

Copyright © 2008-2026 rcjaz.co.uk All rights reserved