XRAY 355625 Rear Central CVD Shaft Upgrade  [XR-355625]

XRAY 355625 Rear Centr. CVD Drive Shaft - HUDY Spring Steel
Price:
CAD$67.73
Brand:
XRAY
Model:
XR-355625
Condition:
Brand New
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Rear Central CVD Shaft Optimised for Accuracy

The XRAY 355625 Rear Central CVD Drive Shaft is produced to improve drivetrain reliability and control. Forged from HUDY Spring Steel, this component brings high tensile strength and stable geometry to demanding off-road use.

Material Quality and Engineering

HUDY Spring Steel is chosen for its long fatigue life and impact resistance. Precision CNC machining trims excess mass while maintaining core strength, giving a strong yet lightweight component for honest power transfer.

Hand-Finished Precision

Each XRAY 355625 unit receives careful hand-grinding to ensure consistent tolerances and smooth operation. This finishing step reduces vibration and improves repeatable performance across runs.

Built for Off-Road Duty

Made with off-road conditions in mind, this drive shaft stands up to harsh terrain and heavy use. Whether you race or bash, it is designed to provide dependable drivetrain performance.
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.

Which models commonly accept the XRAY 355625 shaft?

Compatibility varies by chassis design, but the XRAY 355625 is intended for off-road platforms that use a central rear CVD layout. Check your chassis service manual for fitment notes.

What advantage does HUDY Spring Steel give the shaft?

HUDY Spring Steel improves toughness and resistance to bending under load, helping the shaft survive hard landings and heavy cornering forces without permanent deformation.

Any installation tips for best results?

Ensure mating parts are clean and free of burrs, confirm correct spline engagement and check alignment during assembly to avoid binding and uneven wear.

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