XRAY 306237 X4 Graphite Floating Servo Holder 3.0mm Floating Servo Mount  [XR-306237]

XRAY 306237 - X4 Graphite Floating Servo Holder 3.0mm
Price:
£12.90
Brand:
XRAY
Model:
XR-306237
Condition:
Brand New
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Floating Servo Mount Designed for XRAY X4 Precision

For model racers refining their XRAY X4, the Graphite Floating Servo Holder is a practical upgrade. Made from 3.0mm graphite, it provides a light but sturdy mounting plate that preserves intended chassis flex.

Two-Position Mounting for Setup Versatility

The reversible servo holder can be mounted in either direction to aid setup changes. Swapping the mount position offers an easy way to alter steering characteristics to suit different track layouts.

Decoupled Steering for Improved Control

Decoupling the steering link from the main chassis lets the servo operate separately, which reduces chassis influence and tightens feedback when driving over kerbs or uneven tarmac.

Consistent Handling on Challenging Surfaces

Installing this floating holder helps the XRAY X4 remain composed on rough or bumpy surfaces, delivering steadier steering inputs and aiding drivers who need repeatable cornering behaviour.
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.

Will this mount change my steering geometry?

The holder itself does not alter the designed steering geometry, but the change in servo position can affect link angles, so double check geometry after fitting.

Is the graphite material prone to chipping?

Graphite is stiff yet light; avoid over-tightening fasteners and inspect mounting holes periodically. Proper screw selection reduces the risk of stress damage.

Should I adjust spring or damper settings after fitting?

Small spring or damper tweaks may be beneficial to balance the change in steering behaviour. Make incremental adjustments and test laps to find the right compromise.

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