TAMIYA DT03 Servo Saver Upgrade Aluminium 25T DT3025STM by GPM  [DT3025STM]

Price:
CAD$23.34
Brand:
GPM
Model:
DT3025STM
GTIN:
4894538104691
Condition:
Brand New
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25T aluminium hi-torque servo saver for DT03

This 25T aluminium hi-torque servo saver with a steel tie rod is an aftermarket steering upgrade for the TAMIYA DT03 platform, supplied as a single set by GPM. It replaces the original plastic saver and is aimed at scale RC drivers who want reduced slack and a more direct steering feel while still protecting the servo output from sudden shocks.

The assembly replaces the plastic factory servo saver gear and link, using an aluminium saver body paired with a steel tie rod to connect to the steering linkage. The unit keeps the standard 25-tooth spline interface so it mates with common 25T servo output splines used in DT03 builds.

Installation involves removing the servo horn and existing linkage, aligning the 25T spline, and confirming steering geometry after fitting. As an aftermarket component, it supports hobbyist tuning when a firmer steering input is preferred while retaining sacrificial points to protect the servo spline from overload.

Specifications

  • Item Aluminium hi-torque servo saver 25T with steel tie rod, 1 pcs
  • Material Aluminium saver body, steel tie rod
  • Model Number DT3025STM
  • Compatibility TAMIYA DT03

Fit this set to replace tired plastic savers or to tune steering feel on DT03 cars; always re-centre the servo and check spline engagement after installation.

Yes, the saver uses a 25T spline interface that fits standard 25T servo outputs; confirm spline alignment and tightness when fitting.
No permanent modification is required, though you may need to adjust linkage length or ball studs to maintain correct toe and steering geometry.
Aluminium gives a firmer housing; the design still provides sacrificial failure points and the saver reduces direct loading on the servo spline compared with a rigid mount.
Regularly inspect spline fit and tie rod ends for play, ensure screws remain tight, and check servo centring after impacts or hard use.

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