Tetrahedral Gyroscope Apparatus - Stabilization, Propulsion, Antigravitational

grabcad

A gyroscopic stabilization device, functioning in microgravity, is proposed with multiple pairs of gyros forming various geometrical shapes for optimal stability. This multi-gyro system can create its own gravitational reference when all individual gyros spin at the same frequency. A tetrahedral skeleton serves as a foundation for this apparatus, comprising six pairs of opposing gyros. Additional tetrahedral assemblies can be added to expand the configuration, with microgravity minimizing non-rotating component weight. Testing propulsion involves adjusting spin frequency on same-oriented gyro pairs; various configurations are envisioned to correct position and, if substantial propulsion is achieved, a groundbreaking discovery in fuel-less space propulsion may be realized.