XRAY 372503 Extra Stiff Composite Servo Saver Set - Performance Edition  [XR-372503]

XRAY 372503 Composite Servo Saver - X-Stiff - Set - V2
Price:
£18.30
Brand:
XRAY
Model:
XR-372503
GTIN:
8581703725039
Condition:
Brand New
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Steering Protection and Control with XRAY 372503

The XRAY 372503 Extra Stiff Composite Servo Saver Set helps maintain steering accuracy and limits servo stress. Manufactured from a robust composite, it is aimed at users who expect repeatable steering performance.

Stiffness Range and Impact Management

The set provides four springs so you can choose a firmer feel or a bit more compliance. The extra stiff option keeps wheel alignment stable during hits while still allowing some movement to stop hard shocks reaching the servo internals.

Fitment Across Multiple Platforms

Equipped with interchangeable bushings, the XRAY 372503 is compatible with most popular servos. It supports models such as the T3'11, T3?12, XII, and X10 Link, allowing use across several chassis layouts.

Specifications

  • Material: Composite
  • Configuration: Extra Stiff
  • Compatibility: T3'11, T3?12, XII, X10 Link

If you want firmer steering response and greater protection for your servo, the XRAY 372503 is a dependable component for high performance RC cars.

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.
Most standard steering linkages will work with this saver, but check that the linkages clear any added thickness from the bushings and that link angles remain correct.
Yes, the extra stiff composite design is commonly used on 1/10 scale touring cars where steering precision is important; adjust spring selection based on track surface.
Inspect bushings, springs and moving faces after heavy sessions or impacts. Replace worn bushings and springs to keep steering feel consistent and to avoid extra load on your servo.

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