Axial Wraith 4WDS Aluminum Drivetrain Conversion - AW-23020 by Jazrider  [AW-23020]

Axial Racing Wraith Aluminum 4WDS Conversion Set
Price:
AUD$64.26
Brand:
JAZRIDER
Model:
AW-23020
Condition:
Brand New
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alt="Axial Racing Wraith Aluminum 4WDS Conversion Set" title="Axial Racing Wraith Aluminum 4WDS Conversion Set"

Axial Wraith 4WDS Aluminum Conversion Overview

The AW-23020 conversion kit provides an aluminum-based 4WDS drivetrain option for compatible Axial Wraith chassis. By replacing select plastic or steel parts with machined aluminum components, the kit aims to stiffen the driveline and tighten response under load.

Users should confirm that their Wraith variant matches the kit's mounting and link points. Converting the drivetrain layout can alter suspension geometry and on-trail behavior, so be prepared to adjust setup parameters after fitting.

Fitment guidance: the conversion is modular and intended to replace defined mounting points and link interfaces. Typical installation requires partial disassembly, careful alignment of alloy parts to existing mounts, and proper engagement of threads to avoid binding or premature wear.

Setup notes: moving to aluminum affects stiffness and can reduce drivetrain compliance, altering traction and suspension reaction. Integrate this conversion into a broader tuning plan that considers gear mesh, axle articulation and shock damping for the terrain you run.

Product Specifications

  • Item: Axial Wraith Aluminum 4WDS Conversion Set
  • Material: Aluminum
  • Model Number: AW-23020
  • Compatibility: Axial Wraith

Best suited to modelers seeking a firmer 4WDS driveline on a Wraith; validate fit and perform checks after installation.

Installation typically involves removing targeted drivetrain parts and mounting the alloy replacements. It is intermediate-level work requiring careful alignment and hand tools common to RC maintenance.
Yes. Increasing driveline stiffness often changes how axles articulate. You may need to revise shock length, spring rate or link positions to retain desired articulation.
Consider checking bearings, gear condition and drive shafts, as the stiffer setup can increase loads on these parts. Upgrading bearings or drives can help longevity.
After fitting, verify pinion and spur mesh under load and adjust as needed. Proper mesh prevents premature wear and noise caused by altered load transmission.
Perform static alignment checks, then a controlled run to listen for binding or unusual noises. Re-check fastener torque and clearances after initial use.

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