XRAY T4 Steering Plate 8.5mm Aluminium Upgrade for Dual Servo Saver - Arrowmax AM-T4-302547  [AM-T4-302547]

Arrowmax AM-T4-302547 T4 Aluminium Steering Plate 8.5mm For Dual Servo Saver Black
Price:
NZD$35.05
Brand:
Arrowmax
Model:
AM-T4-302547
Condition:
Brand New
Write a review

XRAY T4 Compatible Aluminium Steering Plate

The Arrowmax AM-T4-302547 is an 8.5mm aluminium steering plate intended for XRAY T4 cars that use a dual servo saver arrangement. Finished in black, the plate increases mounting stiffness at the servo saver and helps maintain repeatable steering geometry under load.

Compatibility is focused on XRAY T4 models that accept a dual servo saver layout and the design is made to align with standard chassis attachment points and steering linkages. This plate normally replaces the factory steering plate and can reuse original screws and the servo saver where appropriate; always double-check fit to your chassis variant.

In tuning terms the aluminium plate reduces flex at the front assembly, producing a firmer linkage between servo saver and steering arms. This makes it useful as a stable starting point for steering setup and for testing different servo saver configurations.

Specifications

  • Item: Aluminium steering plate
  • Material: Aluminium
  • Model Number: AM-T4-302547
  • Compatibility: XRAY T4
  • Thickness: 8.5mm
  • Color: Black

Opt for this aluminium plate when you want a tougher steering mount on XRAY T4 cars with a dual servo saver, and perform standard geometry checks after fitting.

No, this plate is aimed at XRAY T4 chassis that accept a dual servo saver; measure your current mounting points to confirm compatibility.
By stiffening the mount it can make centre feel more precise and less affected by transient flex, helping high precision steering adjustments.
Inspect mounting screws for tightness after initial runs and check the servo saver for correct operation; aluminium needs no special care beyond normal checks.
Aluminium is stronger than stock materials in many cases, but it can transfer more force into adjacent components, so check surrounding parts after impacts.

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