LArendsian Centripetal Supra Gyro - Concept 3D print model

L'Arendsian Centripetal Supra Gyro - Concept.

8x -16x - 32x Radially placed gyroscopes, all turning in the same direction, causing a centripetal force inward. i have added a base that offers stability for the apparatus when in use, and has a perfect angle to easily feed a compressed airflow straight into the gyroscopes from below. i have added small wind shields in the design to guide the air along the gyro wheels, as well as Tesla turbine slits into the gyroscope rotors, so the wind being blown in to start the gyros, can easily be supplied from all sides, turning the gyros very, very fast. very fast.

The plate can even be turned during starting through a central ball bearing designed for this purpose. also, perhaps there is room to start the gyros with a small external brushless dc motor, or we could even implement them straight into the hollow design, inside the gyro-holder, the stator. we could then speed up the gyros and control them all the same moment equally, using electronic speed controllers and a radio sender/receiver for instance. we could then measure the individual turning speed using a laser speedometer.

Gravity is the result, or effect of spin and or absence of it, down to the molecular levels. the faster you spin any! object, of any size, if you can, the less it will appear to weigh, as the forces move from the central location of the object [axle] outward, more than they move downward. you can spin something faster than it can actually fall. a drone of ten kilos falls slower than a piece of paper folded up like a ball. if you can spin your microwave oven around its center fast enough, it will appear to weigh less than when not spinning. its more about intent of intelligent design, than anything out of the ordinary naturally.

rotors are made of lightweight materials, but if they become heavier, they will behave more like flywheel gyroscopes. this takes more effort to move and rotate initially, but is also very hard to stop from rotating, and if the mass of rotation is heavier than the object it is mounted on.... it will influence it surely. the larger spinning mass turns more dominant in force than the device it is mounted on. the bigger mass just has the most influence over direction. same as how two masses behave in space, where one pushes off of the other, or it only pushes off itself, when being the smaller mass of two.

Thank you for reading, every like helps me out. have a great day.