XRAY 303123-K Black Anodized Shim Kit 3x6x2mm  [XR-303123-K]

XRAY 303123-K Aluminum Shim 3x6x2.0mm - Black (10)
Price:
NZD$19.94
Brand:
XRAY
Model:
XR-303123-K
Condition:
Brand New
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Accurate Setup with XRAY 303123-K

The XRAY 303123-K Aluminum Shim Set gives modelers a reliable way to zero in on chassis geometry. These black anodized 3x6mm shims at 2mm thick help you achieve precise spacing on 1/10 scale cars. They are useful when trimming suspension linkages or setting gear clearance to a consistent spec.

Durable Parts for Repeated Use

Made from quality aluminum, the shims hold their shape after repeated fitting and removal, helping maintain consistent handling across sessions. The pack contains 10 shims, so you have extras for iterative setup changes.

Practical Applications

  • Material: High-quality aluminum for durability
  • Size: 3x6mm, 2mm thick for precise fitment
  • Color: Black anodized finish for corrosion resistance
  • Use: Ideal for suspension tuning and gear spacing adjustments
  • Compatibility: Suitable for most 1/10 scale RC vehicles
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.

How many shims are in the set?

The pack includes 10 individual shims, providing enough pieces for several adjustments or replacements.

Can these shims be filed to fit odd clearances?

They can be lightly filed or sanded to remove burrs or to tweak outer dimensions, but keep the thickness consistent for accuracy.

Do they resist rust if used outdoors?

The anodized finish improves corrosion resistance, making them suitable for outdoor running, though normal care and cleaning are recommended.

Will these fit my 1/8 scale buggy?

They are sized for 1/10 applications but may fit some 1/8 parts depending on the hole and clearance dimensions. Verify measurements before relying on them for critical fits.

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