Tamiya 95653 - Jr HG Carbon Wide Rear Plate TMAC 2024 Special Edition, rear stiffness upgrade  [95653]

Tamiya 95653 - Jr HG Carbon Wide Rear Plate TMAC 2024 Special Edition
Price:
AUD$17.69
Brand:
Tamiya
Model:
95653
GTIN:
4950344956531
Condition:
Brand New
Available in warehouse
Write a review

Introduction to the Tamiya 95653 Jr HG Carbon Wide Rear Plate

The Tamiya 95653 Jr HG Carbon Wide Rear Plate TMAC 2024 Special Edition provides a stiff carbon rear mounting option for Mini 4WD models. Built from a 1.5mm carbon fiber plate, it reduces flex at the rear end and helps deliver more consistent handling on race lines.

Materials and performance benefits

Following the silhouette of the FRP Wide Rear Plate used on AR chassis, this carbon version increases structural strength while minimising extra mass. It features light blue Asia Challenge and Tamiya print markings that give a subtle visual cue to its event origin.

Which chassis fit and how to fit it

The plate is compatible with MA, MS, VZ, FM-A, AR, VS, Super-II, Super X, Super XX, and Super TZ-X chassis. Screws are provided for mounting; note that some bodies or chassis may require trimming or adjustments for clearance.

Practical tips for care and use

Avoid using cleaning solvents on the printed areas to keep the graphics intact. The increased rigidity from the carbon plate improves stability over jumps and through corners, making it a practical upgrade for racers focused on steady lap times.

It stiffens the rear section which can make the car feel more predictable in corner exits, though overall balance depends on your full setup.
Yes, screws are included for mounting the plate, so no additional basic hardware is normally needed.
Painting over the printed areas may affect adhesion and finish; if you prefer a custom look, avoid solvents and test paints on a spare piece first.
Yes, the carbon construction and 1.5mm thickness are intended to deliver consistent performance for track use, especially where reduced rear flex is desired.
Use a soft damp cloth and mild soap if necessary; avoid solvent-based cleaners on the printed logos to preserve them.

Copyright © 2008-2025 rcjaz.com.au All rights reserved