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

XRAY 325872 Slipper Eliminator Composite Spur Gear 72T/48
Price:
£8.58
Brand:
XRAY
Model:
XR-325872
Condition:
Brand New
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Precision spur gear for tuned drivetrains

The XRAY 325872 Slipper Eliminator Composite Spur Gear is a finely made component intended to refine drivetrain behaviour. Its 72-tooth 48-pitch design and composite make deliver reduced rotating mass while retaining the resilience needed for competitive use.

Mass reduction to aid motor performance

Careful material distribution reduces rotating weight, which can result in faster motor spin-up and improved efficiency. These gains are particularly noticeable when optimising acceleration characteristics.

Made to fit slipper eliminator systems

With accurate moulding and tooth geometry, this spur gear is tailored for slipper eliminator configurations to ensure secure engagement and consistent power handover from motor to wheels.
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.

What benefits will I see with this spur gear?

Expect improved throttle response and potential gains in acceleration due to lower rotating inertia, provided the rest of the setup is matched correctly.

Is the composite material reliable for racing?

The composite balances lightness and toughness. Routine checks for tooth wear and correct mesh are recommended to maintain reliability in race conditions.

How should I set gear mesh with this spur?

Use a gear mesh gauge and adjust until teeth engage cleanly with minimal backlash. Recheck after the first few runs and after any impacts.

Will changing pinion size affect performance?

Yes, altering pinion size changes acceleration and top speed; ensure the pinion is 48P to match the spur's pitch and adjust mesh accordingly.

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