Upgrade for TAMIYA DT-03 Steering: Aluminium Hi-Torque Servo Saver 24T DT3024TM by GPM  [DT3024TM]

Tamiya M1025 Hummer Aluminium Hi-torque Servo Saver 24T With Aluminium Tie Rod - 1set - GPM DT3024TM
Price:
AUD$22.76
Brand:
GPM
Model:
DT3024TM
GTIN:
4894538104
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Aluminium Hi-Torque Saver Details

This aluminium hi-torque servo saver is made for the TAMIYA DT-03 platform, replacing the factory plastic saver with a 24T aluminium gear and an aluminium tie rod to provide a firmer link between the servo and steering linkage while still allowing controlled give during impacts.

Handling and setup: fitting an aluminium saver alters steering feedback; expect a more direct mechanical response. Review your steering centring, travel limits, and dual-rate settings after installation to dial in the handling you want.

Installation advice: it is an aftermarket replacement and requires removing the servo and adjusting linkage length. Check spline alignment, tighten fasteners to normal RC torque recommendations, and confirm linkage geometry once installed.

Compatible Models

  • TAMIYA DT-03

Install this aluminium saver for a firmer servo-to-linkage connection on DT-03 projects, and perform a full steering setup check after fitting to preserve smooth, predictable steering action.

Will this reduce steering flex under load?

Yes, the aluminium gear and tie rod provide a stiffer mechanical connection, which reduces flex and gives crisper steering feedback under load compared with the stock plastic saver.

Could aluminium transfer more shock to the servo?

Aluminium will transmit more force than plastic, so it is important to ensure your servo is suited to the increased load and to set endpoints to prevent over-travel.

Any tuning tips after installation?

After fitting, fine-tune subtrim and endpoint values and consider slightly reducing steering dual-rate if the connection feels too aggressive.

Is this suitable for competition use?

It is suitable as an aftermarket upgrade for improved steering feedback, but always confirm that your servo and overall setup match the demands of competitive driving.

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