Axial Racing Wraith Heavy-Duty Universal Drive Shaft - AW-23008-GU by Jazrider  [AW-23008-GU]

Axial Racing Wraith Steel Universal Drive Shaft
Price:
AUD$22.13
Brand:
JAZRIDER
Model:
AW-23008-GU
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Heavy-Duty Universal Drive for Axial Wraith

The AW-23008-GU steel universal drive shaft is an aftermarket option for Axial Racing Wraith platforms that focuses on high-strength performance for crawling and trail use. It is configured as a direct-fit shaft to correspond with the Wraith driveline layout for hobby RC applications.

Installing the shaft normally requires removal of the original driveshaft, spline alignment, and securing with the vehicle's existing hardware. Most stock Wraith setups will not need trimming, but builders should confirm engagement and clearance at both axle and transmission connections before final tightening.

As a tuning upgrade, a steel universal shaft increases driveline stiffness and wear resistance, which can sharpen low-speed control but also slightly raise rotating inertia. Use this upgrade to stabilise wheel timing under heavy loads while keeping an eye on load distribution throughout the drivetrain.

Specifications

  • Item: Axial Racing Wraith Steel Universal Drive Shaft
  • Material: Steel
  • Model Number: AW-23008-GU
  • Compatibility: Axial Wraith series
  • Color: Gunmetal

Fit this heavy-duty steel shaft when you need more stable low-speed performance for an Axial Wraith build, and verify fitment at assembly points before running the model.

The added stiffness of a steel shaft helps keep the driveline stable under slow, torque-heavy maneuvers, which can make steering and throttle feel more predictable during technical crawls.
Yes, the steel construction better tolerates increased torque from upgraded motors, but inspect adjacent gears and bearings for additional load and upgrade those if needed.
Steel reduces some compliance in the driveline, which can decrease perceptible backlash and improve consistency in wheel spin under steady torque, though final behavior depends on the whole drivetrain setup.
After installation, check alignment and rotor balance, and run slow-speed tests to confirm there is no binding; re-tighten hardware after initial use as part of normal break-in checks.

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