Tamiya 54652 - TG10-Mk.2 Precision Alloy Servo Stay  [54652]

Tamiya 54652 - TG10-Mk.2 Aluminum Servo Stay OP-1652
Price:
£11.12
Brand:
Tamiya
Model:
54652
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

Refine Steering Feel with the Tamiya 54652 - TG10-Mk.2 Servo Stay

Owners upgrading a TG10-Mk.2 will find the Tamiya 54652 - TG10-Mk.2 Aluminum Servo Stay provides a reliable servo anchoring point. Constructed from aluminium, it reduces unwanted movement at the servo mount to promote steadier steering inputs during spirited driving.

Aluminium Advantages for Control

Aluminium delivers a solid compromise between stiffness and weight, making it a common choice for performance parts. The Tamiya 54652 - TG10-Mk.2 stay helps preserve steering geometry under load while keeping extra mass to a minimum.

Protective Anodised Finish

The blue anodised coating improves resistance to abrasion and handling wear, extending service life and keeping the stay presentable after many runs. It is a straightforward upgrade for those focused on both durability and neat presentation.

Does this part affect steering precision noticeably?

By reducing flex at the servo mount, the stay can make steering feel more direct, particularly with precise servos and tuned linkages. Results depend on the rest of the setup.

Is the stay corrosion resistant?

The anodised surface offers improved protection versus raw metal, helping against light corrosion and wear from normal use. Heavy salt exposure should still be avoided.

Will I need to re-gear or change settings?

The stay itself does not change gear ratios or electronics settings. After fitting, check servo centring and steering endpoints and make small trim tweaks if required.

Can I paint or replace the finish?

Aluminium can be refinished, but anodise is durable and typically does not need repainting. If you do repaint, clean and prep the surface to ensure adhesion.

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