XRAY 345301 Rear CVD Drive Shaft Set - HUDY Steel Precision  [XR-345301]

XRAY 345301 Rear CVD Drive Shaft Set - HUDY Spring Steel
Price:
NZD$105.33
Brand:
XRAY
Model:
XR-345301
Condition:
Brand New
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alt="XRAY 345301 Rear CVD Drive Shaft Set - HUDY Spring Steel" title="XRAY 345301 Rear CVD Drive Shaft Set - HUDY Spring Steel"
alt="XRAY 345301 Rear CVD Drive Shaft Set - HUDY Spring Steel" title="XRAY 345301 Rear CVD Drive Shaft Set - HUDY Spring Steel"

High precision XRAY 345301 CVD shafts for RX8 drivetrains

The XRAY 345301 Rear CVD Drive Shaft Set brings careful engineering to the RX8, using HUDY Spring Steel to balance strength with precise tolerances. Each component is CNC-machined and hand-ground to secure consistent operation lap after lap.

Robust HUDY Spring Steel construction

HUDY Spring Steel provides the XRAY 345301 set with solid resistance to bending and fatigue, helping drivers maintain consistent power delivery under demanding track conditions.

Fine machining for exact RX8 compatibility

With tight machining tolerances and hand finishing, the XRAY 345301 parts fit cleanly in the RX8 chassis, which helps reduce drivetrain lash and improves overall steering predictability.
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.

Can I use XRAY 345301 on older RX8 builds?

Check the axle pocket and joint interface on your chassis. If the chassis version shares the same rear axle geometry, the XRAY 345301 will usually fit, but verify dimensions before fitting.

What maintenance keeps these shafts reliable?

Regular inspections for burrs or wear, light cleaning and ensuring mating parts are properly lubricated will extend the life of the HUDY Spring Steel shafts.

Are any special tools needed for installation?

Basic RC assembly tools are sufficient. Use correct size hex drivers and alignment checks to avoid overloading joints during assembly.

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