XRAY 335305 Rear CVD Driveshaft Set for NT1 - Track Tough  [XR-335305]

XRAY 335305 CVD Rear Drive Shaft Set - Hudy Spring Steel (1)
Price:
CAD$72.37
Brand:
XRAY
Model:
XR-335305
Condition:
Brand New
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alt="XRAY 335305 CVD Rear Drive Shaft Set - Hudy Spring Steel (1)" title="XRAY 335305 CVD Rear Drive Shaft Set - Hudy Spring Steel (1)"
alt="XRAY 335305 CVD Rear Drive Shaft Set - Hudy Spring Steel (1)" title="XRAY 335305 CVD Rear Drive Shaft Set - Hudy Spring Steel (1)"

Rear drivetrain upgrade for NT1 with XRAY 335305

The XRAY 335305 CVD Rear Drive Shaft Set is a practical upgrade for 1/10 nitro touring car builders using the NT1 chassis. This rear-only set replaces the standard driveshaft and axle to give stronger, more reliable rear drive performance for everyday racing and club running.

Precision machining for consistent power

Crafted from HUDY Spring Steel and CNC machined to tight tolerances, the components in this CVD set are light yet robust. The design ensures efficient power transfer to the wheels and reduces the chance of lost shafts after impacts, since the shafts are fixed to the wheel axles.

Built to last for regular racing

The XRAY 335305 package focuses on extending service life and lowering wear on the NT1 rear drivetrain. Using high quality materials and a straightforward design reduces routine maintenance and keeps the car dependable at the track.

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.
This set is produced for the NT1 rear assembly and is optimised for those specific hubs and axles; fitment to other models is not guaranteed without modification.
Yes, many wear items and individual components can be sourced separately so you can rebuild the CVD without replacing the whole set.
Check axle alignment and joint play during installation, use the correct threadlocker where recommended, and test free movement before running to avoid binding.

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