XRAY 338585 Precision Shim Set 5x7x0.3mm 10pc Tuning Pack  [XR-338585]

XRAY 338585 Shim 5x7x0.3 (10)
Price:
CAD$14.76
Brand:
XRAY
Model:
XR-338585
Condition:
Brand New
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Fine Tune Your RC Chassis with XRAY 338585 Shims

For dedicated RC builders, the XRAY 338585 shim set is a small but essential workshop item. These 5x7x0.3mm shims come as a pack of 10 and are made for precise adjustments to reduce play and improve component alignment. They help you achieve a tighter fit where small tolerances matter most.

Precision Spacers for Gear Mesh and Fitment

The XRAY 338585 spacers allow incremental spacing changes to refine gear mesh and component clearance. Use them to eliminate unwanted movement between parts or to dial in steering and drivetrain feel. Their compact size makes them useful in tight chassis areas where standard washers are too large.

Built to Withstand Regular Use

Manufactured to retain shape under repeated installation, these shims offer dependable long term performance. Their consistent thickness helps maintain setup stability so you can focus on tuning rather than chasing worn parts. They suit both competitive race cars and everyday trail rigs.
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.

Which parts of my car benefit most from these shims?

Use these shims at gear meshes, hinge pins, and axle interfaces to remove slop and improve alignment. They are especially handy where tiny spacing changes affect performance.

How many shims can I stack safely?

You can stack several shims to achieve the desired thickness, but avoid creating uneven surfaces. Test fit each stack to ensure smooth rotation and no binding.

Do these shims work with plastic and metal parts?

Yes, they are suitable for use with both plastic and metal components. Verify fitment and consider using a thin thread or retaining compound where movement is a concern.

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