XRAY 325872 72T/48P Composite Slipper Eliminator Spur Gear  [XR-325872]

XRAY 325872 Slipper Eliminator Composite Spur Gear 72T/48
Price:
NZD$19.83
Brand:
XRAY
Model:
XR-325872
Condition:
Brand New
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Precision-moulded spur for high response

The XRAY 325872 Slipper Eliminator Composite Spur Gear is crafted to enhance the driving feel of performance RC cars. With its 72-tooth, 48-pitch specification and composite build, it reduces rotating load while remaining robust enough for regular track use.

Lightweight design to improve throttle feel

Strategic material removal lowers the rotating mass, giving quicker rev-up and more efficient motor operation. The result is crisper throttle control and smoother power delivery during racing or sprint sessions.

Perfect match for slipper eliminator systems

Made to integrate with slipper eliminator configurations, this spur gear offers precise tooth geometry for dependable engagement and power transfer. It helps minimise slippage and supports consistent drivetrain performance.
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.

How does this gear affect motor load?

By lowering rotating mass the gear reduces the inertial load on the motor, which can improve acceleration and reduce peak current draw in many setups.

Is it compatible with my slipper eliminator unit?

It is designed for slipper eliminator use and should fit units that accept a 72T 48P spur. Always confirm spline and thickness compatibility before fitting.

What maintenance does the gear need?

Check gear mesh regularly, clean debris from teeth, and inspect for wear after heavy sessions. Proper lubrication and correct mesh extend service life.

Can this gear improve battery efficiency?

Reducing rotating inertia can lower motor stress and improve overall drivetrain efficiency, which may slightly benefit battery runtime under comparable track conditions.

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