XRAY 305338 X4 CVD Bb Drive Shaft 54mm HUDY Spring Steel Pair  [XR-305338]

XRAY 305338 - X4 CVD Bb Drive Shaft 54mm - Hudy Spring Steel (2)
Price:
£37.72
Brand:
XRAY
Model:
XR-305338
Condition:
Brand New
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Race-Grade CVD Bb Drive Shaft for Sticky Surfaces

When grip levels are high and traction is critical, the XRAY 305338 X4 CVD Bb Drive Shaft 54mm provides the strength you need. Forged from HUDY Spring Steel, the shaft is aimed at riders who prioritise drivetrain reliability on demanding tracks.

Compatibility Details

This shaft is tailored for the XRAY X4 chassis and supersedes the #305408 set for direct installation. For a matched driveline, use the #304972 Gear Diff CVD BB Driveshaft Outdrives with these shafts.

What to Expect on Circuit

Expect consistent transfer of power and reduced flex under load thanks to the HUDY Spring Steel material. The XRAY 305338 helps maintain predictable throttle response during corner exits on high-grip layouts.
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.

Are special maintenance steps required?

Routine checks for straightness and joint wear are recommended; clean contact surfaces and re-torque fasteners after the first run to ensure secure fitment.

Will this shaft improve lap times?

While it does not directly increase power, the reduced flex and consistent torque delivery can improve predictability and help drivers extract better, more consistent lap times on sticky tracks.

Can I run these with aftermarket diffs?

Yes, provided the diff uses compatible CVD outdrives and the driveline geometry matches. Verify compatibility with the #304972 outdrives for best results.

How do I know when to replace them?

Replace the shaft if you detect noticeable play, bends, surface cracking, or if the drive feel becomes inconsistent under acceleration.

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