TAMIYA M1025 Compatible Aluminium Hi-Torque Servo Saver 23T - HM1023STM by GPM  [HM1023STM]

Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 23T With Steel Tie Rod - 1set - GPM HM1023STM
Price:
£6.43
Brand:
GPM
Model:
HM1023STM
GTIN:
4894538099
Condition:
Brand New
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Robust aluminium servo saver for the TAMIYA M1025 chassis

This aluminium 23T hi-torque servo saver with steel tie rod is an aftermarket steering component for the TAMIYA M1025 Hummer. It replaces the stock saver to offer a tougher, more wear-resistant link between the servo output and steering linkage while maintaining controlled give to shield the servo geartrain from shocks.

Functionally the unit passes steering input while isolating sudden loads. The aluminium body reduces flex relative to typical plastic originals, and the steel tie rod keeps linkage geometry straight and predictable under load. The assembly is well suited to installations where firmer steering response is required without transferring all impact forces straight into the servo.

Installation fits into a correctly prepared TAMIYA M1025 steering arrangement, using the existing mounting points and hardware. Verify that the servo spline is seated correctly and that the steering is centred before final tightening. As part of setup, check end points and any saver bias to balance protection against steering precision, then carry out a bench test to confirm smooth travel and no binding.

Compatible Models

  • TAMIYA M1025 HUMMER
The design provides shock isolation while reducing flex, so it works well with stronger servos; however, inspect mounts and linkages for compatibility and ensure correct end point and bias settings.
Before final tightening, fit the saver, centre the steering mechanically, confirm the servo spline is fully inserted, then secure hardware and perform a slow-range test to ensure smooth operation.
Periodically inspect the aluminium body and steel tie rod for wear or loosening, check linkage play, and re-confirm spline engagement and end points after rough running sessions.

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