TAMIYA XV-02 PRO Centre Universal Drive Shaft Medium Carbon Steel XV2037S by GPM  [XV2037S]

TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S
Price:
£11.02
Brand:
GPM
Model:
XV2037S
GTIN:
4894538378177
Condition:
Brand New
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alt="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S" title="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S"
alt="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S" title="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S"
alt="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S" title="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S"
alt="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S" title="TAMIYA XV-02 Medium Carbon Steel Center Universal Prop Shaft - GPM XV2037S"

XV-02 centre universal drive upgrade

This centre universal prop shaft is an aftermarket upgrade aimed at 1/10 scale TAMIYA XV-02 PRO chassis users who prefer a universal joint layout over the factory dog-bone centre driveshaft. The part focuses on improving centre drivetrain smoothness without requiring changes to other stock parts.

Installing these universal shafts replaces the centre dog-bone propeller shaft to reduce driveline binding and keep power transfer stable as the suspension moves and the wheels steer. The set includes two matching centre shafts to cover both sides of the centre drive section.

Packing includes

  • Center universal prop shaft - 2pcs

Original Name / Part No:

22052

Compatible Models

  • TAMIYA-1/10 4WD XV-02 PRO CHASSIS-58707

Will these fit my XV-02 PRO 58707 chassis?

Yes, they are listed for the 1/10 4WD XV-02 PRO CHASSIS model 58707 and serve as a replacement for the centre dog-bone shafts.

What does the pack contain?

The packing includes two centre universal prop shafts, which replace both centre dog-bone pieces.

Are universals more durable than dog-bones?

Universals can reduce driveline stress and binding, offering steadier torque delivery; longevity depends on use and maintenance, but articulation is generally improved.

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