Axial Racing Wraith Aluminum Piggyback Shock by JAZRIDER AW-23002-GU  [AW-23002-GU]

Axial Racing Wraith Aluminum Piggyback Shock
Price:
USD$15.33
Brand:
JAZRIDER
Model:
AW-23002-GU
Condition:
Brand New
Available in shop
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Aluminum piggyback shock for Axial Wraith

This is an RC-scale piggyback shock designed for Axial Racing Wraith models and similar 1/10 scale rock crawlers. The aluminum construction and piggyback reservoir are intended to provide greater oil capacity and improved heat handling compared with standard shaft-style units, helping the suspension resist fade during extended trail runs.

Use this unit when replacing worn stock shocks or when you want a firmer, more consistent damping baseline for crawling or slow-scale trail driving. Before installation, verify eyelet spacing and mounting type on your chassis to ensure fit; the shock is supplied in gunmetal finish.

For tuning, treat the piggyback as a stability aid: increased fluid volume helps sustain damping characteristics under repeat compression cycles, while changing shock oil and springs remains the primary way to adjust ride height and response.

Specifications

  • Item: Axial Racing Wraith Aluminum Piggyback Shock (gunmetal)
  • Material: Aluminum
  • Model Number: AW-23002-GU
  • Compatibility: Axial Racing Wraith

This shock targets model-level improvements in damping consistency for scale crawling and trail setups; pair with springs and oil suited to your vehicle weight and driving preferences.

They are designed for Axial Racing Wraith applications, but you should confirm your vehicle's shock eyelet spacing and mount type before purchase.
Packaging contents vary by supplier; check the product listing for whether oil or springs are included and prepare to set oil weight and spring rate to match your build.
The piggyback body increases fluid volume and helps manage heat buildup, which can maintain more consistent damping during long or repeated runs.
Regular inspection for leaks, periodic oil replacement, and seal checks will keep performance consistent; service intervals depend on use intensity and environment.

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