XRAY 355423 XB808E Front CVD Drive Shaft - Durable HUDY Steel  [XR-355423]

XRAY 355423 XB808E Front Central CVD Drive Shaft - HUDY Spring Steel
Price:
NZD$47.46
Brand:
XRAY
Model:
XR-355423
Condition:
Brand New
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High precision front CVD for XB808E

The XRAY 355423 Front Central CVD Drive Shaft is designed specifically for the XB808E and built from HUDY Spring Steel to give consistent strength under hard use. It is a straightforward swap for pilots wanting a tougher front drivetrain component.

Designed for demanding terrain

Made by CNC machining from HUDY Spring Steel, this front shaft balances toughness with controlled mass to cope with rough surfaces. Each unit is hand-finished and measured to maintain strict dimensional accuracy for reliable performance.

Precision production and protective coating

Manufacture takes place on precision German CNC machines to secure close tolerances across batches. XRAY's robotic hardcoating delivers a uniform protective layer that helps resist scuffs and extends service life.

Specifications

  • Material: HUDY Spring Steel
  • Compatibility: XB808E
  • Manufacturing Process: CNC-machined
  • Coating: In-house robotic hardcoating

Suited to club racers and weekend drivers, the XRAY 355423 strengthens the XB808E front end for more consistent track 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.

Will this replace the stock front shaft directly?

Yes, the 355423 is intended for direct fitment to the XB808E when using the standard hubs and cups supplied with that model.

Can I run this on loose or rocky tracks?

HUDY Spring Steel is chosen for its resilience under impact and load, making the shaft well suited to looser surfaces, though routine inspection after hard impacts is recommended.

Does the hardcoating affect joint fit?

The hardcoating is applied to the shaft body to improve wear resistance and should not interfere with the mating surfaces when installed correctly.

Any tips for keeping this part in top shape?

Keep joints clean, avoid grit buildup, and inspect for wear at pivot points. Replace seals or cups showing play to protect the shaft from premature wear.

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