Conical shape weights rotor technology.

An idea of rotor technology that I predict to use in my inventions. The rotating weights have one or two ball bearings on each end sliding on internal surface of external rim helping to avoid friction. They are carried by rods which are passing through them along and inside in drilled holes for this aim, which are rectangle in cross section. Central rotor has eight arms, and they are passing through the center of each weight in drilled holes for this aim, they have bearings too and this is a specific system of bearings which here is not visible. This system is predicted and optimized to convert centrifugal force during the rotation of the rotor, to linear up aimed force for overcome gravity acting on entire system - hypothetical vehicle, which will be consisting of several such an inertial propulsion system. This system is simulating antigravity, but it is not antigravity propelled. This system is more plausible because it is oriented for obtaining maximal centrifugal force coming from the specific shape of each weight (most of the mass is located on the ends of the weights maximally far from the center of rotation so it is located in the right place for obtaining maximal centrifugal force during the rotation of the system). In case of the roller-based system a part of mass is located near of the center of rotation of the generator, so the system with conical weights is probably better solution if someone is willing to obtain the inertial propulsion force from rotation of the weights. In the case of conical weights rotor, in lower part of the device, the weights are near each other, and they are close to center of rotation, so centrifugal force should be weaker than in upper hemisphere of rotation where they are on far extension. I need bigger CNC milling machine for making a right scaled prototype because this milling machine that I have is allowing me right now for making only small parts and is not suitable for machining of durable steel. I need to rebuild my workshop for more complex goals. I will try to build a drone consisting of three such generators with additional control of electronic equipment and electric motors as a main source of mechanical force.

At the below animation that I made in blender 4.1 for better understanding what is going on here if we consider inertial and centrifugal forces, I am presenting movement of weights during the rotation of the system of propulsion. If somebody have proper software one can calculate and simulate physical relationships and tendencies in such a system. This system is on maximal usable extension in upper direction, so it can block itself if the bearings will be not properly applicated. The extension should be not so big for smoother working of the device. The device is almost optimal but naturally could be a little improved if somebody has more data and is able to calculate the proper dimension and relationships.

Roller system is less optimised.