XRAY 355625 Rear Central CVD Shaft Classic Fit  [XR-355625]

XRAY 355625 Rear Centr. CVD Drive Shaft - HUDY Spring Steel
Price:
£36.52
Brand:
XRAY
Model:
XR-355625
Condition:
Brand New
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Engineered Rear Central CVD Shaft for Reliable Power Transfer

The XRAY 355625 Rear Central CVD Drive Shaft is crafted to strengthen drivetrain performance and improve consistency. Manufactured from HUDY Spring Steel, it delivers a durable solution for repeated off-road use.

Steel Selection and Component Integrity

HUDY Spring Steel is known for its resilience and fatigue resistance. Combined with precision machining, the shaft maintains structural integrity while keeping weight in check where possible.

Attention to Final Tolerances

Final hand-grinding ensures each XRAY 355625 meets strict tolerance targets, promoting smooth rotation and reducing the chance of premature wear in adjacent components.

Suited to Off-Road Performance Demands

Made for off-road driving conditions, this drive shaft supports aggressive use and varied terrain. It is intended to be a reliable part of a well-sorted drivetrain setup.
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 resistant is the XRAY 355625 to impacts?

The HUDY Spring Steel construction makes the shaft more resistant to bending and shock than standard steels, but heavy impacts can still cause damage so check after any big hit.

Can I use this shaft on both race and hobby cars?

Yes, the XRAY 355625 is suitable for competitive and recreational off-road use where a central rear CVD layout is required, offering consistent operation across both applications.

What routine checks should I perform?

Regularly inspect for straightness, check splines and pins for wear, and confirm that bearings and mating parts are in good condition to avoid secondary failures.

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