Magnetic Bias Repeater generates torque by means of magnetic field manipulation, whereby linear magnet segments pass through an opposing field grid on a tilted axis, creating a differential between the engagement force of the magnets and the release force, thereby driving the rotation of a central disc. In accordance with thermodynamic principles, this motion decelerates over time.

To counteract the natural deceleration, the torque produced by the initial magnetic field transaction induces a similar magnetic differential aspect, which propels an attached wheel-ramp to facilitate the revolution of the disc. As each exchange of magnetic attraction and repulsion ends, the next begins, resulting in a sustained, maximally efficient output of torque.

Our groundbreaking proprietary use of multiple input-output differentials, coordinated to enhance the directional rotation of the main disc generates a net-positive energy output in one cohesive system.