XRAY 358462 GTX8.2 Graphite Performance Clutch Shoes  [XR-358462]

XRAY 358462 - GT 4-shoe Graphite Clutch Shoe
Price:
£20.47
Brand:
XRAY
Model:
XR-358462
Condition:
Brand New
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Performance Overview for XRAY Graphite Clutch Shoes

The XRAY 358462 GT 4-shoe graphite clutch shoe is intended for competitors seeking smoother power delivery from the drive train. Its engineered graphite compound produces more progressive engagement than aluminium counterparts, making it appropriate for grippy circuit conditions.

Advantages of the Graphite Compound

Crafted for the GTX8.2 family, this XRAY graphite shoe reduces wear on contact surfaces and retains stable engagement characteristics across many runs. The material choice helps preserve clutch components and keeps behaviour consistent during race weekends.

Specifications

  • Material: Special Graphite Mixture
  • Compatibility: GTX8.2 Series
  • Recommended Tracks: Medium to High Traction

A practical upgrade for racers focused on reliability and smoother clutch control in demanding conditions.

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.
Graphite can still perform in damp conditions but engagement may feel different; adjust driving style and clutch settings accordingly when grip is reduced.
They are specified for the GTX8.2 series; fitment on other models depends on clutch design and should be checked before fitting.
Look for one-sided glazing or reduced shoe thickness; uneven contact patterns indicate alignment or setup issues that should be corrected.
Seat the shoes by running light to moderate laps, avoiding heavy clutch slip initially, then progressively load to establish even mating surfaces.
You may tweak spring rates or shoe spacing to suit personal preference, as the smoother engagement can alter initial bite compared with harder materials.

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