XRAY 388560 Aluminum Clutch Shoes - Precision CNC Set  [XR-388560]

XRAY 388560 Aluminum Clutch Shoes - CNC Machined (2)
Price:
CAD$22.31
Brand:
XRAY
Model:
XR-388560
Condition:
Brand New
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Enhance Drivetrain Response with XRAY 388560 Aluminum Clutch Shoes

Racers and tuners seeking crisper clutch behaviour will appreciate the XRAY 388560 Aluminum Clutch Shoes. CNC machining gives a tight, repeatable fit for NT18 and NT18T models, supporting consistent engagement during practice and race day.

Built for Accuracy and Longevity

These clutch shoes are made from high grade aluminum to resist wear and retain shape under load. The CNC process produces uniform parts so both shoes share the same contact profile and deliver steady performance. This pair is a practical upgrade for durability-minded hobbyists.

Fitment and Typical Use

Specifically matched to the NT18 and NT18T clutch assemblies, the shoes install with standard procedures and suit both maintenance replacements and performance upgrades. They are intended to improve clutch consistency on paved club tracks and prepared surfaces.
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.

Are these shoes compatible with XRAY models other than NT18 and NT18T?

They are manufactured to fit NT18 and NT18T clutch assemblies. Other XRAY models may require different dimensions, so check fitment before installing on a different chassis.

How should I inspect the shoes for wear?

Regularly look for uneven contact surfaces, gouging or thinning. Replace both shoes as a pair when wear affects clutch engagement, and clean mating surfaces during service.

What advantage do aluminum shoes give over stock material?

Aluminum offers stable geometry and improved heat resistance compared to some softer materials, which can translate to more consistent engagement and reduced deformation under heavy use.

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