HPI Savage Nitro Off Road Differential Housing Upgrade, Purple Alloy - JR-CHP-SAV-033 by Jazrider  [JR-CHP-SAV-033]

Alloy Differential Housing (Purple) For HPI Savage Nitro Off Road Series - Jazrider Brand [JR-CHP-SAV-033]
Price:
USD$26.98
Brand:
JAZRIDER
Model:
JR-CHP-SAV-033
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Diff housing detail for HPI Savage Nitro Off Road

This machined aluminium alloy differential housing is a scale replacement for HPI Savage Nitro Off Road Series vehicles. The purple finish and precision machining allow it to replace stock housings while preserving original chassis geometry.

It strengthens the differential area and interfaces directly with the gearbox and internal gearset. Intended for hobbyists and tuners, the housing offers a rugged mounting location for bearings and gears without changing gear ratios or fitment.

Installation reminder: designed as a direct-fit spare for Savage Nitro Off Road chassis layouts. Disassemble the gearbox and differential, inspect internal parts, and reassemble using the original hardware and suitable threadlocker where required.

Specifications

  • Item: Alloy Differential Housing
  • Material: Aluminium alloy
  • Model Number: JR-CHP-SAV-033
  • Compatibility: HPI Savage Nitro Off Road Series

Compatibility

  • HPI Savage Nitro Off Road Series

As a direct replacement, this aluminium housing delivers corrosion resistance and a colour-coded spare that maintains factory alignment and supports normal drivetrain tuning and maintenance on Savage Nitro models.

Installation follows standard gearbox and differential procedures; basic RC hand tools and familiarity with gearbox disassembly are sufficient for most hobbyists.
The aluminium construction provides greater resistance to impact and wear compared with many stock materials, which can extend service intervals under heavy use.
Fit the original bearings and check gear mesh and lash during reassembly; adjust as required to recreate the original engagement settings.
Aluminium can alter heat transfer slightly compared with plastic housings, potentially improving heat dissipation from the gearbox area under sustained running conditions.