XRAY 325320 XT2 90mm Rear Drive Shaft Competition Spec  [XR-325320]

XRAY 325320 XT2 Rear Drive Shaft 90mm - HUDY Spring Steel
Price:
£21.97
Brand:
XRAY
Model:
XR-325320
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Competition-Grade Rear Drive Shaft for XRAY XT2

The XRAY 325320 XT2 Rear Drive Shaft is a precision-made part aimed at improving driveline consistency. Constructed from HUDY Spring Steel, it offers a strong yet light solution for competitive setups.

Performance Benefits of HUDY Spring Steel

Careful CNC machining reduces excess mass while keeping the shaft robust where needed. The HUDY Spring Steel construction contributes to crisper throttle transitions and reliable handling under race loads.

Measured Finish and Quality Control

Shafts are hand-ground and individually inspected to ensure they meet strict dimensional standards. This attention to finish reduces runout and promotes dependable engagement in the XT2 gearbox.

Specifications

  • Material: HUDY Spring Steel
  • Length: 90mm
  • Compatibility: XRAY XT2

For drivers who value drivetrain precision and component longevity, the XRAY 325320 XT2 Rear Drive Shaft is a practical upgrade that supports consistent lap times.
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.

Does this shaft require break-in?

There is no formal break-in, but initial checks after a short run are sensible to confirm correct seating and that no unexpected play is present.

Are there any known fitment issues with optional XT2 parts?

Most XT2-compatible dogbones and cups will fit, but verify spline profiles and bore diameters when mixing aftermarket parts to avoid mismatch.

What signs indicate the shaft needs replacing?

Look for axial play at the couplings, visible wear or scoring on the surface, or any bending. If any of these appear, replace the shaft to maintain drivetrain precision.

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