Inertial propulsion animation

This system seems to be not properly shown in the web. So, I post it again in updated version which is inspired by my latest works and data from the Inernet, YT channels that I have already seen. If this system is working correctly, it would need some attention. This animation is not in high performance quality, I am still learning blender, so it is like it is. When the spring is compressed in upper direction it is pushing on upper collar. The balls are trying to take most distanced position from the center of rotation, so bottom collar is pushing on the spring by application of centrifugal force. This system is paired and in assumption is to be powered by two electric motors with connection to the plug. Bottom ropes are made from steel they are loose and upper are stiff and also are made from steel. The upper ropes-rods have pivot point at the top. Balls are made from steel. They are five in number. This system is predicted to work with high RPM. The system will be probably working only on lubrication. This system is simulating antigravity, but not harnessing gravity only inertia and centrifugal force for generate lift. Bottom collar can be made from permanent magnet and the second bottom collar pushing on this collar can be made from also permanent magnets, so when they would be polarized on repulsion the problem of friction would be solved.
patentsmine.bl...

[@SISTER76]

TANDAR ACCELERATOR you have to accelerate the massa

[@space_minor3633]

Great idea. However, don't forget that the upper string also has a downward force. Even if you attach a spring instead of a string underneath, no thrust is generated. If you don't give up, you will find the answer.

[@LepszyNikt]

I don't forget, but the upper rods are stiff, and they are guiding the weights, so they have only an ability to incline with relation to central axis. But off course I am not in hundred percent sure whether this will be working as I want. Maybe this video gives you the food for thinking more: th-cam.com/video/vZ7d9f8IOCU/w-d-xo.htmlsi=29zjVTbo_nKuHNaM and this wideo with spring visible on central axis: th-cam.com/video/gCFYAR3LYmg/w-d-xo.htmlsi=MhcjuOQ08WBCisIj

[@LepszyNikt]

This inventor in the second video has applicated the chain and this is not bad idea.

[@LepszyNikt]

Centrifugal force similarly to Lorentz force is independent kind of force, so it is active in closed propulsion systems.

[@LepszyNikt]

If the spring were shorter due to the collar were placed half a distance of central axis system would probably take off the ground. By the way, this is my earlier concept which I have been thinking about several years ago: th-cam.com/video/C1-xMYig0p0/w-d-xo.htmlsi=DZrbtp9tdygKsDRB

[@space_minor3633]

​@@LepszyNiktI watched the video you linked. A counter-rotating movement is seen due to the reaction. I couldn't see the levitation effect. The reason is that when the chain rotates, it becomes taut and resembles a stick. When the spring contracts, it pushes up and down with equal force. The forces cancel out.