HPI Savage Compatible Alloy Brake Disk Adaptor - JR-CHP-SAV-016 (Purple) by Jazrider  [JR-CHP-SAV-016]

Alloy Brake Disk Adaptor (Purple) For HPI Savage Nitro Off Road Series - Jazrider Brand [JR-CHP-SAV-016]
Price:
USD$16.98
Brand:
JAZRIDER
Model:
JR-CHP-SAV-016
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Aluminium brake disk adaptor tailored for HPI Savage

This alloy brake disk adaptor is an RC-scale replacement part built for HPI Savage Nitro off-road models. Machined from aluminium alloy and anodised in purple, the adaptor forms a sturdy interface between the brake disk and hub, intended for hobby Savage brake assemblies and drivetrains.

Installation uses the stock mounting points and aligns to the original brake disk position for an uncomplicated fit for users familiar with Savage spares. Always test-fit and confirm rotational clearance with the wheel and suspension before final tightening.

Functionally it preserves the original braking geometry while offering a lightweight aluminium option and a visible purple accent. Use it as a direct replacement or a simple visual upgrade without changing core braking performance.

Specifications

  • Item: Alloy brake disk adaptor (purple)
  • Material: Aluminium alloy
  • Model Number: JR-CHP-SAV-016
  • Compatibility: HPI Savage Nitro Off Road Series

Compatible Models

  • HPI Savage Nitro Off Road Series

This adaptor offers a like-for-like replacement or a neat hop-up to refresh the brake assembly look on HPI Savage models while retaining the original mounting interface.

Yes, it is made to match the factory mounting points for the HPI Savage Nitro Off Road Series, but confirm your chassis and disk type prior to purchase.
The item comprises the alloy adaptor alone; reuse existing screws where appropriate or source correct replacements if required.
The purple anodised finish can show wear in abrasive environments; structural performance is unaffected but the cosmetic surface may age with heavy use.
Confirm hub alignment, disk clearance and free wheel rotation before final torqueing to ensure the adaptor does not contact nearby components.