How Does a Mechanical Riding Horse Work?
The finished movement looks complicated, but it is produced from familiar mechanical parts. In the TrueBuild prototype, a regular drill supplies rotational power and a worm gearbox reduces the speed. A coordinated mechanical system then turns that rotation into the horse's movement.
1. The drill provides the power
A suitable regular drill acts as the power source. It is not the only drive component: it works together with a worm gearbox and the rest of the mechanism.
2. The worm gearbox changes speed and torque
The gearbox reduces the drill speed and provides the controlled mechanical output needed by the system. This avoids the need for a purpose-built electronic drive motor.
3. Rotation becomes riding motion
Shafts, bearings, flat-steel components and cables coordinate the moving parts. Their geometry and timing are what create the characteristic movement rather than simple rocking.
4. The speed can be adjusted
The prototype uses a speed controller so the coordinated movement can run more slowly or faster. The construction guide documents the specifications and assembly rather than asking the builder to design this system from scratch.