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

Arrowmax AM-T4-302547 T4 Aluminium Steering Plate 8.5mm For Dual Servo Saver Black
Price:
AUD$29.94
Brand:
Arrowmax
Model:
AM-T4-302547
Condition:
Brand New
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Aluminium Steering Plate Upgrade for XRAY T4

The Arrowmax AM-T4-302547 steering plate is an 8.5mm aluminium upgrade made for XRAY T4 chassis that run a dual servo saver. The black-finished plate stiffens the steering mounting area, giving more consistent mechanical feedback from the servo saver to the steering linkage.

This part is produced for compatibility with XRAY T4 models that accept a dual servo saver layout and is intended to match existing chassis holes and steering arm positions. It is generally fitted in place of the OEM steering plate and uses the existing fasteners and servo saver parts where compatible; confirm fit on your specific chassis before final installation.

As a tuning component the thicker aluminium reduces compliance at the front end, which can help drivers establish a repeatable baseline for steering geometry and compare different servo saver setups more reliably.

Specifications

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

Select this Arrowmax plate when you need a rugged aluminium replacement for XRAY T4 cars with a dual servo saver, and perform normal steering geometry checks after fitting.

Compatibility depends on the variant and whether it uses a dual servo saver; compare mounting points to ensure compatibility with older T4 editions.
You may need to recheck toe and ackermann settings after fitting since the increased stiffness can alter steering feel and corner entry behaviour.
Yes, it is typically a straightforward swap using your existing fasteners, but carry basic tools and spare screws in case replacements are needed.
Stiffening the mount can slightly change load transfer through the servo saver, but the main effect is reduced flex rather than increased servo effort.

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