XRAY 305184 T2(008) Composite Solid Axle 34T Set - Vintage T Series Replacement  [XR-305184]

XRAY 305184 T2(008) Composite Solid AXLE 34T- Set
Price:
CAD$72.37
Brand:
XRAY
Model:
XR-305184
Condition:
Brand New
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Restore Classic Handling with XRAY 305184 T2(008) Composite Solid Axle 34T Set

For hobbyists preserving older models, the XRAY 305184 T2(008) Composite Solid Axle 34T Set supplies a reliable axle that matches the original T Series geometry. This composite axle is intended for older T Series chassis and helps keep classic RC cars performing as intended.

Fitment Notes

The XRAY 305184 T2(008) Composite Solid Axle fits vintage T Series layouts and uses a 34T configuration tuned for those frames. Expect consistent steering response and predictable handling when the axle is installed on compatible cars. Use it when restoring an older racer or replacing worn drivetrain parts.

Practical Installation Tips

Installation is straightforward when parts are clean and free of grit. Check alignment and bushings for wear before fitting the axle, and lubricate contact points lightly to ensure smooth operation. Routine inspection will extend service life and keep the vintage car running reliably.

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.
Compatibility depends on the specific year and variant of the T Series chassis; the XRAY 305184 T2(008) Composite Solid Axle 34T Set is aimed at older T Series designs, so confirm measurements against your car.
Basic RC tools are sufficient: hex drivers, pliers, and a small set of metric wrenches. A clean work area and a simple thread locker for metal fasteners are recommended.
Keep the axle free of dirt, inspect bearings and bushings regularly, and replace worn parts promptly. Light lubrication on moving joints helps preserve performance without attracting excess debris.

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