Tetrahedral Gyroscope Apparatus - Stabilization, Propulsion, Antigravitational

grabcad

A multi-directional gyroscopic stabilization device is envisioned that can work in microgravity that is free from any gravitational pull reference force acting on it. Several opposite pairs of gyros with one common axis, forming different geometrical shapes to achieve the optimal configuration these need to attain absolute stability. What is inferred is that this multi-gyroscopic apparatus, when all individual gyros are spinning at the same frequency, has the capability to form its own gravitational referenced independent from any other body in its proximity. The most basic of all three dimensional shapes is a tetrahedron – four triangular faces joined at its three edges. A tetrahedral skeleton would be constructed using its side members as the axis where to mount two directionally opposing gyros, for a total of six pairs of gyros. The initial apparatus would grow in size with the addition of more tetrahedral assemblies to form a larger tetrahedral assemblage of gyros. The advantage of a micro-gravitational environment is that the non-rotating components of the apparatus do not add weight to the configuration. In a regular gyro that rotates, the weight of the rotating member becomes weightless, not the structure or frame it is mounted on. Once the large arrangement of single tetrahedral gyro is assembled, testing for a propulsionary force is accomplished by reducing the frequency of spin of same-oriented gyro pairs. what would be tested is to see if this arrangement would move in that direction. thus, all sort of possible combinations to the movement of the apparatus are envisioned to correct position of what its mounted to. if this propulsion is substantial, then a promising discovery in spatial propulsion without fuel is realized.