HPI Baja Front Shock Tower Upgrade BJ027 by GPM  [BJ027]

HPI Baja Alloy Front Shock Tower Support - GPM BJ027
Price:
USD$29.00
Brand:
GPM
Model:
BJ027
GTIN:
4894538023268
Condition:
Brand New
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alt="HPI Baja Alloy Front Shock Tower Support - GPM BJ027" title="HPI Baja Alloy Front Shock Tower Support - GPM BJ027"
alt="HPI Baja Alloy Front Shock Tower Support - GPM BJ027" title="HPI Baja Alloy Front Shock Tower Support - GPM BJ027"
alt="HPI Baja Alloy Front Shock Tower Support - GPM BJ027" title="HPI Baja Alloy Front Shock Tower Support - GPM BJ027"
alt="HPI Baja Alloy Front Shock Tower Support - GPM BJ027" title="HPI Baja Alloy Front Shock Tower Support - GPM BJ027"

Engineering-focused front tower support for HPI Baja

This aluminum alloy front shock tower support is developed for HPI Baja chassis that use the standard front tower pattern and is intended to provide a firmer mounting surface for the top of the front shocks.

The design redistributes load around the tower top to reduce localised flex during cornering and landings, which helps maintain repeatable camber and caster settings under load. Compatibility is with HPI Baja configurations using the common front tower layout.

Installation affects force transfer into the front suspension and can change shock stroke perception and roll behaviour; it is intended as a setup component to be used alongside incremental tuning changes rather than a single solution for unrelated handling faults.

Specifications

  • Item Alloy front shock tower support for HPI Baja
  • Material Aluminum alloy
  • Model Number BJ027
  • Compatibility HPI Baja

This GPM BJ027 support provides a robust alloy option for riders who require improved front-end stiffness on HPI Baja platforms to support setup work and enhance part longevity in demanding use.

By stiffening the top mounting area, the support reduces relative movement between shock tops and tower, which can lead to more consistent damping feel and predictable roll response.
Re-check shock mounting hardware torque, measure camber and caster under static load, and perform test runs to validate whether damping and anti-roll settings need fine tuning.
After heavy impacts inspect the support and mount screws for deformation, and confirm the tower plastic and nearby components show no cracking; replace any compromised parts promptly.