XRAY 335653 Graphite 53T 2-Speed Spur for NT1 - Precision Gear  [XR-335653]

XRAY 335653 Graphite 2-Speed Gear 53T (2nd)
Price:
£15.06
Brand:
XRAY
Model:
XR-335653
Condition:
Brand New
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alt="XRAY 335653 Graphite 2-Speed Gear 53T (2nd)" title="XRAY 335653 Graphite 2-Speed Gear 53T (2nd)"

Precision Graphite Spur for NT1 Chassis

The XRAY 335653 Graphite 2-Speed Gear is intended for the NT1 chassis, blending stiffness and impact resistance in a single composite. Its construction reduces wear while maintaining accurate tooth engagement during competitive use.

Enhanced Composite Design

A purpose-formulated graphite mix lowers mass and increases fatigue resistance versus older materials, resulting in predictable drivetrain behaviour and reduced replacement frequency.

Dimensional Accuracy

Manufactured under strict tolerances, each gear runs true and meshes smoothly with mating components. Identification marks showing tooth count simplify setup changes and maintenance checks.

Adaptability for Different Tracks

The 53T variant on the XRAY 335653 suits a variety of circuit types; by altering pinion size you can favour quicker acceleration or a higher top speed depending on the track profile.
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 this gear with a slipper clutch setup?

Yes, the graphite spur is compatible with slipper-equipped NT1 gearboxes, though you should check slipper adjustment after installation to prevent excess load on the spur teeth.

How often should I inspect the spur for wear?

Inspect the gear after any heavy impact and perform routine checks every few race days; look for tooth rounding or chips and replace if performance degrades.

Is the graphite 53T compatible with standard XRAY pinions?

The 53T spur meshes with standard NT1 pinions; verify gear mesh and alignment during setup and adjust pinion choice based on motor RPM and circuit demands.

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