Tamiya 53261 - TA03F Pro Carbon Battery Plate Race Ready  [53261]

Tamiya 53261 - TA03F Pro Carbon Battery Plate OP-261
Price:
£9.33
Brand:
Tamiya
Model:
53261
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
alt="Tamiya 53261 - TA03F Pro Carbon Battery Plate OP-261" title="Tamiya 53261 - TA03F Pro Carbon Battery Plate OP-261"
alt="Tamiya 53261 - TA03F Pro Carbon Battery Plate OP-261" title="Tamiya 53261 - TA03F Pro Carbon Battery Plate OP-261"

Improve TA03F Chassis Balance with Carbon Upgrade

The Tamiya 53261 Carbon Battery Plate is a dedicated upgrade for the TA03F chassis, made from high-grade carbon fiber. It strengthens the battery mount area and reduces mass, which helps the car hold lines better and respond quicker to driver inputs. This upgrade suits racers refining chassis balance and traction.

Why Use Carbon on Critical Parts

Carbon fibre has a superior stiffness-to-mass ratio that benefits high-performance RC parts. Installing this plate on a TA03F will reduce flex where it matters and contribute to more consistent lap times under demanding conditions.

Fitting Notes and Best Practice

When fitting the Tamiya 53261 Carbon Battery Plate, tighten fixings in a criss-cross pattern to avoid introducing stress. Confirm the battery is clamped securely and recheck fasteners after initial track time. Pairing the plate with light, compact electronics helps maximise handling gains.

This item is specifically designed for the TA03F; fitting to other chassis may require modification and is not recommended without verification.
Replacement screws can be obtained from hobby suppliers; check the screw size in your TA03F parts list to match the correct thread and length.
Carbon is durable but inspect for delamination or damage after heavy impacts and keep the surface clean to prevent grit from wearing screw holes.
Improvements depend on your setup, but most users notice crisper turn-in and steadier mid-corner behaviour when combined with proper suspension tuning.

Copyright © 2008-2025 rcjaz.co.uk All rights reserved