Eight steel ball experimental set with trouble.

I have added 2D drawings for eight ball eccentric system. This system will be probably working only for couple of whiles next it will burn down due to strong friction. Never mind that, it is only for get convinced that inertial propulsion of that kind will be working at all. I have bought several parts already for this device like power controller (PWM), steel bals, three electric motors type 775 with 20000 rpm and 24 V summit tension.

This system is based on assumption that eccentric trajectory forced by external ring will cause eccentric centrifugal force distribution which make unbalanced pressure on external ring. Ring is attached to rest of the construction of the system. The main problem is friction that will be slowing down the system in point of touch between the external ring and each ball and also between the walls of drilled holes for the balls and the balls. I would like to check the system but the required power supply is expensive it should be about the range 750 W in power to safety power the system consisting of three electric motors which will be require quite large energy for operation simultaneously because three motors will be connected in parallel to the power regulator that will be connected next to power supply. Energy consumption will be quite large because the system is asymmetric in its construction, so the unbalanced load of the motors will be effecting with more power requirements. The system is controversial in its assumptions and I don't know how to solve the friction problems for further developing of the system. 

Eight conical weights inertial propulsion.

Eight conical weights inertial propulsion is consisting of at least 120 parts for full operational usage. The main weight is consisting of four main mass part which will be mounted together to each other. Inside there is a place for friction decreasing system which is consisting from several ball bearings and cavities for those bearings allowing the ball bearings to rotate freely. External rim and the main weights should be made from stainless steel or other material with similar properties. Each from the eight conical main weights should have the summit sliding rotary roller on two ball bearings sustaining the ability of freely rotation of each sliding roller for decreasing the friction coming from the pressure of each weight on external rim. Central shaft should be made from stainless steel with double set of ball bearings on each side for placing the rotor, made from eight weights, inside the external casing where external ball bearings should have the support. External casing should be integrated with external rim by use of screws and nuts. The caring arms system should be also made from stainless steel and should be very smooth because on its surface there will be ball bearings moving, which will be inside each eight weights. The entire thing should work in clean conditions with lubrication of light machine oil. Main weights will be conjoined together by use of long screws and nuts. On nuts and heads of the screws there are predicted special cavities in each of eight weights to obtain 90 degrees inclinations of surfaces even if the external surfaces of the each weight are inclined in different angle.