Traxxas Revo Precision Steering Saver RE-020/B technical replacement by 3Racing  [RE-020/B]

Traxxas Revo Steering Saver - Blue Color - 3RACING RE-020/B
Price:
USD$21.90
Brand:
3Racing
Model:
RE-020/B
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Precision steering saver for Revo applications

The RE-020/B steering saver is specified as a replacement component for Traxxas Revo steering systems. It is intended to serve as a sacrificial interface between the servo output and the steering linkage to reduce direct load transfer during shock events or binding conditions while maintaining nominal steering geometry.

Finished in blue to match the model designation, the saver is sized for direct-fit installation on compatible Revo linkages. The description limits itself to fitment and functional role and does not assert unverified load ratings or surface treatments.

Installation guidance for technicians: remove the factory saver or linkage end, position this component in the identical location on the steering linkage, and verify full travel at both lock positions to ensure no binding. During setup, confirm servo horn clearance, steering endpoint adjustment, and torque fasteners to the vehicle manufacturer's specifications.

Specifications

  • Item: Steering Saver
  • Material: Blue finish
  • Model Number: RE-020/B
  • Compatibility: Traxxas Revo

Compatibility

Compatible with Traxxas Revo steering assemblies as a replacement saver; confirm physical fit against the existing linkage geometry before final installation.

The RE-020/B is specified as a direct-fit steering saver for Traxxas Revo setups, providing a blue-finished sacrificial link to help mitigate abrupt loads transmitted to the steering train.

What is the primary function of this saver?

To act as a sacrificial connection that reduces direct shock and binding forces on the servo while preserving steering geometry.

Are there setup considerations for endpoint travel?

Set mechanical endpoints so the saver can operate within its intended range, avoid over-travel that could introduce binding, and confirm clearance at full lock.

Is additional reinforcement recommended?

As a sacrificial part it is not intended for reinforcement; if repeated failures occur investigate linkage geometry, servo capability, and suspension tuning rather than hard-mounting the saver.

How should technicians verify fitment?

Compare hole centres, thread sizes and link orientation to the OEM saver, trial-fit without final torque, then cycle steering through full range to confirm free movement.