XRAY 305969 Narrow Aluminium Pinion Gear 19T/64 Hard Coated Race-Friendly Option  [XR-305969]

XRAY 305969 Narrow Pinion Gear Aluminum Hard Coated 19T/64
Price:
NZD$31.54
Brand:
XRAY
Model:
XR-305969
Condition:
Brand New
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Precision Slim Pinion for Sharper Handling

Hobbyists seeking better handling will find the XRAY 305969 Narrow Pinion Gear an effective choice. Built from aircraft-grade duraluminium, it is 1.5mm thinner and roughly 25 percent lighter than standard pinions, helping to reduce rotational mass and improve response.

High Tolerance Manufacturing for Quiet Operation

Manufactured on a modified gear-cutting machine, this narrow pinion offers exceptional concentricity and balance. The tight tolerances promote smooth meshing with spur gears and cut down on unwanted noise. Chamfered teeth and a durable hardcoat finish add to long term reliability.

Simple Installation and Broad Compatibility

Compatible with many spur gears, this pinion integrates easily into existing drivetrains. Paired with XRAY spur gears it helps minimise throttle on/off clatter so the car feels more refined from the first run.
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 305969 suitable for foam or carpet tracks?

Yes, the lightweight nature and precise mesh of this pinion make it well suited to low-grip surfaces like foam and high-grip surfaces like carpet, provided you set gear mesh correctly.

Will this pinion handle high power brushless setups?

The hardcoat improves wear resistance, but proper mesh and regular checks are essential for high power use. For very high torque applications consider gear ratio and pinion material compatibility.

Can I run this pinion without changing spur gear?

Often yes, but check backlash and contact pattern after swapping to the narrower pinion. Small adjustments to mesh will ensure quiet, efficient operation.

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