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

Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 24T With Aluminium Tie Rod - 1set - GPM HM1024TM
Price:
USD$8.70
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 servo saver and tie rod for TAMIYA Hummer

This aftermarket servo saver kit is engineered for the TAMIYA M1025 Hummer scale RC platform and pairs a hi-torque 24T servo saver with an aluminium tie rod to address steering load and durability on TA-01/TA-02 based setups. The parts are aluminium construction, intended to replace stock plastic components where firmer feedback and longer service life are desired in RC steering linkages.

Installation is straightforward for hobbyists familiar with TA-01/TA-02 assemblies, using existing servo splines and track-rod endpoints. The servo saver preserves servo protection by allowing controlled give under impact, while the aluminium tie rod reduces flex compared with stock parts. Check spline alignment and steering geometry after fitting to avoid binding.

Tuning considerations: the hi-torque saver changes how steering torque is transmitted, so small adjustments to toe or steering trim may be needed to restore neutral handling. Use this kit when you want a stiffer steering response with retained servo protection on scale Hummer builds, remembering it’s intended only for RC models.

Measure your servo spline count and compare to the 24T interface used by this saver, and inspect rod-end inner diameter to ensure secure fitment before assembly.
Verify centring of the servo horn, confirm straight tie-rod geometry at static ride height, and perform a full lock-to-lock sweep to detect any binding points.
Start with small trim and toe corrections, test at low speed to validate neutral steering, and increase steering rate gradually to match your driving preference.