XRAY 335660 Graphite 60T Spur Gear for NT1 - Durable Racing Upgrade  [XR-335660]

XRAY 335660 Graphite 2-Speed Gear 60T (1st)
Price:
CAD$27.86
Brand:
XRAY
Model:
XR-335660
Condition:
Brand New
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alt="XRAY 335660 Graphite 2-Speed Gear 60T (1st)" title="XRAY 335660 Graphite 2-Speed Gear 60T (1st)"

XRAY 335660 Graphite 60T Spur Gear Overview

Elevate your racing setup with the XRAY 335660 Graphite 60T Spur Gear. Made for the NT1 platform, this spur uses a graphite composite that balances stiffness and flexibility to reduce wear while preserving strength under load.

Precision Moulding for Smooth Rotation

The XRAY 335660 is produced with tight mould tolerances to minimise wobble and keep rotation true, which helps maintain consistent lap times. Each wheel carries a stamped tooth count so you can confirm gear ratio at a glance.

Lower Rotating Mass for Quicker Response

Using a lightweight graphite mix lowers the drivetrain's rotating mass, improving acceleration and reducing energy loss during speed changes for a more responsive NT1.

Durability When Pushed Hard

Built to tolerate high tension and frequent use, this spur gear stands up to the demands of competitive racing while delivering reliable service life for serious drivers.
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 fit chassis other than NT1?

This part is engineered around NT1 gear spacing and thickness. Some other cars with identical stack height may accept it, but you should verify fit before installing.

How do I confirm the tooth count?

Check the stamped marking on the face of the gear to confirm the 60T count, then match it to your pinion to set the desired ratio.

Any tips to extend gear life?

Keep the gear free from grit, ensure correct mesh and alignment, and inspect after heavy runs. Avoid excessive mesh tightness that increases wear.

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