XRAY 305338 X4 CVD Bb Drive Shaft 54mm HUDY Spring Steel Set (2)  [XR-305338]

XRAY 305338 - X4 CVD Bb Drive Shaft 54mm - Hudy Spring Steel (2)
Price:
CAD$69.98
Brand:
XRAY
Model:
XR-305338
Condition:
Brand New
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Precision CVD Bb Drive Shaft Built for High-Traction Racing

For racers focused on consistent acceleration on high-grip layouts, the XRAY 305338 - X4 CVD Bb Drive Shaft 54mm delivers proven strength. Machined from HUDY Spring Steel, this component is made to handle repeated loading on tracks with tight turns and high traction sections.

Fit and Installation Notes

Made for the XRAY X4 family, this set replaces the #305408 assembly and installs directly into compatible chassis. For best results pair the shaft with the #304972 Gear Diff CVD BB Driveshaft Outdrives to maintain correct geometry and reduce wear.

On-Track Durability and Drive Feel

The robust HUDY Spring Steel construction gives a predictable transfer of torque and resists deformation during aggressive corner exits. This makes the XRAY 305338 a solid choice for club racers and weekend competitors running high-traction surfaces.
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 the shaft fit older X4 model years?

Check your chassis parts list: the XRAY 305338 is designed for the X4 series and directly replaces #305408. If your car uses a different driveshaft layout, confirm fitment before ordering.

What other parts should I upgrade with this shaft?

To optimise durability, use the matching #304972 Gear Diff CVD BB Driveshaft Outdrives and inspect central diff components for wear when fitting the shafts.

How often should I inspect these shafts?

On high-traction tracks inspect for play or wear after each race day and replace if you notice bending, excessive play, or surface fatigue to avoid drivetrain damage.

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