Скачать или смотреть Counter-Rotating Gyro System Exhibiting Unusual Inertial and Gyroscopic Motion

This video shows a free-flying mechanical system consisting of two counter-rotating gyroscopes mounted on pivoting arms connected to a central hub.

When a horizontal torque is applied and the system is released into the air, the gyroscopes exhibit repeated upward and inward motion relative to the hub. These motions occur without continued hand contact and are driven by a combination of gyroscopic response, inertia, and constraint-mediated momentum redistribution within the mechanism.

The behavior may appear counterintuitive, but it does not require any violation of Newton’s laws. Instead, it demonstrates how internal geometry, spin, and constraints can redirect momentum and produce complex internal motion during free flight.

No claims of antigravity or reactionless propulsion are required to explain what is observed in this video. The system’s center of mass follows a normal ballistic trajectory, while internal components undergo significant relative vertical motion.

This video is intended as a mechanical demonstration of unusual but conventional rigid-body dynamics, not as proof of propulsion or gravity cancellation.

Further refinements and higher-power versions may allow deeper study of these effects.

Questions and constructive discussion are welcome.