GPM TAMIYA M1025 Hummer TA-01/TA-02 Aluminium 24T Hi-Torque Servo Saver with Tie Rod HM1024TM - RC Spare Part  [HM1024TM]

Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 24T With Aluminium Tie Rod - 1set - GPM HM1024TM
Price:
CAD$12.02
Brand:
GPM
Model:
HM1024TM
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alt="Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 24T With Aluminium Tie Rod - 1set - GPM HM1024TM" title="Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 24T With Aluminium Tie Rod - 1set - GPM HM1024TM"

Aluminium 24T servo saver kit for TAMIYA M1025

This aftermarket servo saver kit is built for the TAMIYA M1025 Hummer scale RC and pairs a 24T hi-torque servo saver with an aluminium tie rod to reduce steering load and improve durability on TA-01/TA-02 setups. The components are aluminium construction intended to replace stock plastic pieces where firmer steering feedback and longer service life are preferred for scale rigs.

Fitting is straightforward for hobbyists familiar with TA-01/TA-02 assemblies, using the existing servo splines and track-rod endpoints. The servo saver keeps basic servo protection by allowing a controlled amount of give under impact, while the aluminium tie rod limits flex compared with stock parts. After installation, check spline alignment and steering geometry to avoid binding.

Tuning note: the hi-torque saver alters how steering torque is transferred, so small toe or trim adjustments may be required to restore neutral handling. Use this kit when you want a firmer steering response with retained servo protection on Hummer scale builds.

Yes, the kit is designed to work with common TA-01/TA-02 steering linkages when spline count and rod-end sizes match; verify fitment before final assembly.
Typical hobby tools such as a hex driver, needle-nose pliers and a small spanner are enough; no specialist equipment is required for the swap.
The saver is designed to keep a controlled give to protect the servo while giving a stiffer response; it does not make the system indestructible, so check for correct operation after crashes.

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