XRAY 351353 GT Carbon Servo Saver Upper Plate for Flat Chassis  [XR-351353]

XRAY 351353 - GT Carbon Servo Saver Upper Plate For Flat Chassis
Price:
NZD$74.83
Brand:
XRAY
Model:
XR-351353
Condition:
Brand New
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Durability-focused carbon servo saver plate

The XRAY 351353 carbon upper plate is developed for flat chassis GT arrangements to reinforce the servo saver area. Its primary role is to reduce movement at the saver mount, giving steadier steering feedback while preserving the chassis' baseline flex.

Produced from carbon fiber to limit added weight, the plate brings increased lateral and torsional rigidity at the servo saver interface. In flat-chassis formats it helps stabilise tie-rod alignment under load, lowering the chance of progressive deflection through the saver stack.

Viewed from a longevity perspective, the plate mitigates repeated micro-movements at the servo saver that can accelerate wear. Fit it as a reliability upgrade and monitor for consistent steering feel across multiple sessions.

Specifications

  • Item GT carbon servo saver upper plate
  • Material Carbon fiber
  • Model Number XRAY 351353
  • Compatibility Flat chassis, GTX 2026

This carbon upper plate is an aftermarket option aimed at improving steering consistency and part longevity on flat-chassis GT cars; install and verify its effect over extended running to judge benefits.
Remark :
Due to limited stock availability, please notice that some XRAY items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

How does the XRAY 351353 affect component wear?

By stiffening the servo saver mounting area, the plate reduces micro-movements that contribute to wear in adjacent parts, helping maintain consistent geometry over time.

Can carbon delaminate under repeated stress?

Quality carbon components resist delamination under normal RC loads, but heavy impacts can damage the laminate. Inspect the plate after any crash and replace if you see cracking or separation.

Is the plate prone to fatigue compared with alloy parts?

Carbon behaves differently to metals: it offers high stiffness-to-weight and will show cracking under overload rather than bending. For repeated track use, monitor condition but expect strong performance in the servo saver role.

Does the carbon finish require any maintenance?

Keep the surface clean and check mounting holes for wear. Avoid solvents that attack epoxy resins and inspect for hairline cracks after impacts.

Should I replace other parts when fitting this plate?

Generally you can reuse existing servo saver hardware, but check screw engagement and thread condition. Replace any worn fasteners to maintain secure clamping and avoid progressive wear.

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