Axial Racing SCX24 Front & Rear Aluminum Differential Housings JR-SCX240405-BK by Jazrider  [JR-SCX240405-BK]

Axial Racing SCX24 Aluminum Front and Rear Axle Differential Housing Set
Price:
AUD$63.32
Brand:
JAZRIDER
Model:
JR-SCX240405-BK
Condition:
Brand New
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Robust aluminum axle housings for SCX24 use

This front and rear axle differential housing set is supplied as a durable replacement for Axial SCX24 axles. Fabricated from aluminum, the housings resist wear much better than stock plastic shells and provide a firmer mounting surface for differential internals, which helps when operating in abrasive or high-use environments.

The housings preserve the stock axle layout and mounting points so that bearings, gears, and fasteners are normally reused. Installation involves standard axle teardown to exchange the housings; because the parts are metal, expect shifts in weight distribution at each axle end and consider that when finalising suspension setup.

Pick this set for situations requiring repeated service, tougher impact tolerance, or a consistent platform to set gear engagement. The aluminum shells make frequent maintenance cycles easier and reduce deformation under load compared with plastic housings.

Specifications

  • Item: Axle differential housing set
  • Material: Aluminum
  • Model Number: JR-SCX240405-BK
  • Compatibility: Axial SCX24

A hard-wearing axle housing set suitable for SCX24 owners who need longevity and a stable mounting point for drivetrain components; remember to factor added axle-end mass into your setup.

Are these housings better for abrasive conditions?

Yes. Aluminum stands up to abrasion and impact far better than plastic, making these housings a sensible choice for rough-terrain use and frequent teardown.

Do threaded holes hold up to many service cycles?

Monitor thread condition when servicing often; use proper torque and consider helicoils or thread inserts if you plan extreme repeat disassembly.

Will I need to change fastener torque values?

Metal housings can accept slightly higher clamp loads, but follow recommended torque specs for related bearings and screws to avoid distortion or thread damage.

How do I inspect mating surfaces after machining?

Check for burrs or machining marks, deburr where necessary, and verify flatness before final assembly to ensure even contact and accurate gear spacing.

Are there any setup tips after installing metal housings?

Recheck axle alignment and gear mesh, test for smooth rotation before sealing up, and adjust suspension settings to compensate for added axle-end weight if needed.

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