XRAY 305983 Aluminium Narrow Pinion Gear 33T/64 - Thin Profile  [XR-305983]

XRAY 305983 Narrow Pinion Gear Aluminum Hard Coated 33T/64
Price:
AUD$24.61
Brand:
XRAY
Model:
XR-305983
Condition:
Brand New
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Lightweight Precision Design from XRAY

For tuners and weekend racers, the XRAY 305983 Narrow Pinion Gear brings a slim-profile option that reduces rotating mass without sacrificing durability. Manufactured from aircraft-grade duraluminum, it is 1.5mm thinner and about 25% lighter than regular pinions, helping improve throttle response.

Precise Gear Manufacturing

Production on a dedicated precision gear machine gives these pinions tight tolerances and superb concentricity. That production quality lowers vibration and contributes to a consistent feel under power.

Durability via Hardcoat Finish

Each pinion receives chamfering and a run-in prior to a hardcoat treatment that boosts wear resistance. The coating helps keep the gear true over many hours of running, reducing the need for frequent replacements.

Noise Control and Fitment

The narrow pinion works with a wide range of spur gears and shows best performance with XRAY spurs. The slim design and accurate tooth profile help reduce throttle on/off noise and deliver smoother transitions on track or trail.
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.

Can I use the XRAY 305983 on brushless setups?

Yes, it is suitable for brushless or brushed motors provided the shaft size and module match; ensure proper mesh for high-power setups to avoid premature wear.

Will the narrower pinion affect top speed?

Top speed is dictated by gear ratio and motor setup rather than the pinion thickness; the main benefit here is reduced rotating weight and potentially crisper acceleration.

How do I set the correct mesh with this pinion?

Use a thin shim or paper method to get a small clearance between pinion and spur, then tighten and recheck after a short run. Proper mesh prevents noise and tooth damage.

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