6D Inverted Precision Gyroscope

• True Space Rigidity.
• Total balance, zero precession.
• Space stabilization, Location fixation.
• Equal forces/resistance to all 6 sides availeble to us in any type of known space.

6 Axis - 6 Rotors/Discs - 6 Gears - 6 Ball bearings allowing for smooth rotation.

this is what nasa came up with, and here you will also have found my answer to my problem.

A concept for a 6 Directional Gyroscope, resisting equally to all 6 axis, in space. the gyroscope utilizes a sort of 6D gearbox, a 6D differential if you will, connecting all axis and time them mechanically, allowing for instance for 4 horizontal motors, to power two inverted main vertical axis. sort of... i have not seen a gyroscope resisting over all 6 axis before, have you? if we could have this machined, it could be a incredibly useful tool to have for science as well. it could for instance stabilize a craft,in space, to hoover and fixate its location. it could be used as the core of a space station, a winged disc or uniwing, many applications come to my mind. flying operating rooms, flying firefighters, law enforcement..

the gyroscope counter spins to all directions, in order to counter precessional forces. this will fixate the craft on location. in hoover mode, or when already buoyant, in space. please let me know if you find the concept interesting and if you want to work on something together. please keep me posted of any work you like to do with it. id like to see how this concept design develops over time.

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