XRAY 345230 Precision Spring Steel Drive Shaft Coupling  [XR-345230]

XRAY 345230 Drive Shaft Coupling - HUDY Spring Steel
Price:
£8.36
Brand:
XRAY
Model:
XR-345230
Condition:
Brand New
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Precision Drive Solution XRAY 345230

The XRAY 345230 Drive Shaft Coupling is produced from HUDY spring steel to deliver consistent, accurate power transfer for track-oriented models. Its design focuses on longevity and reliable behaviour under high-rev conditions.

Advantages of HUDY Spring Steel

HUDY spring steel combines toughness with controlled elasticity so the coupling absorbs transients without permanently deforming. This leads to steady torque transmission and reduced part turnover during season running.

CNC Craftsmanship and Final Inspection

Each coupling is CNC-cut to precise tolerances and hand-finished to ensure exact mating with shaft components. The process minimises runout and helps the drivetrain stay smooth during demanding sessions.

Suitable for Maintenance and Tuning

Whether replacing a worn item or tuning for tighter drivetrain response, this coupling is a straightforward upgrade. Its accurate fit supports predictable handling and simplifies setup work at the bench.
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.

Is the XRAY 345230 recommended for track tuning?

Yes, its precise fit and material properties make the coupling useful when tuning for minimal drivetrain lash and consistent throttle response at the track.

How does manufacturing affect performance?

CNC machining and hand finishing reduce dimensional variation and ensure tight contact with shafts, which lowers vibration and keeps power delivery stable under load.

What routine checks should I do?

Regularly inspect for nicks, burrs or looseness at the coupling-spline interface, and clean mating surfaces during service intervals to maintain optimal contact and performance.

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