HPI Bullet 3.0 Front/Rear Steel #45 CVD Swing Shaft SBMT283 by GPM  [SBMT283]

HPI Bullet 3.0 Mt And St Steel #45 Front/Rear CVD Swing Shaft - 1pr - GPM SBMT283
Price:
CAD$31.63
Brand:
GPM
Model:
SBMT283
GTIN:
4894538147544
Condition:
Brand New
Write a review
alt="HPI Bullet 3.0 Mt And St Steel #45 Front/Rear CVD Swing Shaft - 1pr - GPM SBMT283" title="HPI Bullet 3.0 Mt And St Steel #45 Front/Rear CVD Swing Shaft - 1pr - GPM SBMT283"

Heavy-duty steel CVD shaft for HPI Bullet 3.0

This GPM SBMT283 front/rear CVD swing shaft is a #45 steel replacement made for HPI Bullet 3.0 MT and ST chassis. It replaces softer stock shafts to reduce wear and flex during aggressive off-road use, giving a longer life to the CVD drivetrain components.

The shaft is supplied for direct fit in the front and rear CVD locations on supported HPI Bullet 3.0 MT and ST models; installers should confirm bore size and retaining clips before final assembly. In practical tuning, fitting a steel #45 shaft increases drivetrain stiffness and changes feedback, which can alter traction and throttle response during set up.

Specifications

  • Item Front/Rear CVD swing shaft, 1 pr
  • Material Steel #45
  • Model Number SBMT283
  • Compatibility HPI Bullet 3.0 MT and ST

Choose the GPM SBMT283 steel swing shaft when you need a robust, direct-fit option for CVD positions on HPI Bullet 3.0 MT and ST, and plan your tuning to account for the increased drivetrain rigidity.

It is specified for the HPI Bullet 3.0 MT and ST front/rear CVD positions. Verify your chassis uses the same CVD layout and check retaining hardware before fitting.
Clean bearing surfaces, confirm shaft orientation, inspect retaining clips and make sure the CVD bore accepts the shaft without binding before final torque.
Steel #45 raises stiffness and wear resistance versus softer alloys, which can reduce drivetrain flex but may transfer more shock to other driveline parts; adjust diff and suspension settings accordingly.
Keep CVDs and bearings free from grit, inspect for scoring or play regularly, and replace shafts if you notice wear or bent sections to avoid further damage.

Copyright © 2008-2026 rcjaz.ca All rights reserved