TAMIYA TT-01 Type-E Friction Damper Post F103GT-22/LB by 3Racing  [F103GT-22/LB]

Tamiya TT-01 Type-E Aluminium Friction Damper Post - 3RACING F103GT-22/LB
Price:
CAD$7.17
Brand:
3Racing
Model:
F103GT-22/LB
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

Aluminium damper post for TT-01 Type-E upgrades

This aluminium friction damper post is a scale RC accessory made for use on TAMIYA TT-01 Type-E chassis and is listed under model F103GT-22/LB. It provides a firmer mounting point than many stock posts and improves repeatability when fitting friction-style dampers to touring car models.

Compatibility is limited to the TT-01 Type-E variants named in the title, so confirm your chassis type before installing. The item is constructed from aluminium and is intended for model RC use only.

Fitting is straightforward for experienced builders: remove the original post, align the aluminium post with the damper assembly and secure it using the chassis screws where appropriate. Do not force fasteners or change factory screw positions; use existing threads and apply light torque to avoid damaging nearby plastic parts.

From a setup perspective, the post helps keep damper orientation consistent and reduces mount slop, making damping adjustments more predictable. It functions primarily as a stable attachment point rather than an active tuning component.

Maintenance is basic: check screw tightness after initial runs, inspect interfaces for wear where aluminium meets plastic, and replace the post if significant play develops. Avoid applying grease or adhesive to the mounting interface unless directed by the damper maker.

This post is designed for the TT-01 Type-E lineup only; double-check your chassis code before purchasing to ensure fitment.
Installation normally requires basic hand tools such as a set of hex drivers and the original screws from the chassis; no specialist tools are usually necessary.
Aluminium gives a firmer mounting than softer plastics, improving alignment and repeatability which can make friction damping settings behave more consistently.

Copyright © 2008-2026 rcjaz.ca All rights reserved