XRAY 335659 Graphite 59T Spur Gear - Precision Circuit Gear  [XR-335659]

XRAY 335659 Graphite 2-Speed Gear 59T (1st)
Price:
£15.06
Brand:
XRAY
Model:
XR-335659
Condition:
Brand New
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alt="XRAY 335659 Graphite 2-Speed Gear 59T (1st)" title="XRAY 335659 Graphite 2-Speed Gear 59T (1st)"

XRAY 335659 Graphite 59T Spur Gear Designed for Circuit Racing

Engineered for on-road competition, the XRAY 335659 Graphite 59T Spur Gear fits 1/10 scale touring cars and aims to provide dependable service life. The engineered graphite mix offers strength with controlled flexibility to resist tooth damage during spirited driving.

Optimised Mass for Smoother Power Transfer

The lightweight layout of the XRAY 335659 reduces rotating mass, improving throttle response and aiding traction recovery out of corners. This contributes to steadier lap times across varying track surfaces.

Consistent Molding and Marked Tooth Count

Each spur is molded with precision to ensure even material distribution and true running. The stamped tooth number allows quick identification so you can change ratios without guesswork.
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.

Will this spur fit vintage and modern 1/10 chassis?

Compatibility spans many standard 1/10 layouts, though checking the spur diameter and mounting style against your chassis is recommended prior to fitting.

Does graphite reduce the chance of stripped teeth compared to standard plastics?

Graphite provides a firmer tooth profile that can resist stripping better than some softer plastics, while still offering enough give to avoid sudden brittle failure.

Are there recommended pinion mesh settings for best life?

Set a slight tooth contact pattern and avoid overly tight mesh. Check mesh under load and recheck after a short running session to ensure longevity.

How should I pick a tooth count for different circuits?

Select lower tooth counts for tighter technical tracks to improve acceleration, and higher counts for high-speed layouts to increase top speed; use the stamped number to make changes quickly.

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