Eventual propulsion way for space applications.

Another system based on inertial and centrifugal forces as a propulsion method. I have applied here three inertial generators which are visible here as a flat cylinder with attached to them electric motors. In every cylinder there is rotor. The rotor consists of weights on opposite ends of its length. Those weights are mounted on roller bearings or ball bearings. The center of rotation is displaced to low position, so it is not in the geometric center of mass of entire cylinder and rotor. 

The weights are consisting of three smaller masses which are on the same shaft and this shaft is passing through the holes inside the upper and lower side of rotor. There two shafts on each side.

The system is self-balanced due to placement of the placement of the inertial propulsion mechanisms. The system should operate on a proper speed of rotation, more speed more force should be obtained due to stronger pushing of the weights on external rims. Friction is minimalized due to application of various kind of bearings (linear bearings, ball bearings or roller bearings). Some bearings can lose lubricant if external ring is to be rotative. So, to avoid this problem the bearings are only in upper side and lower side of the central crossbeam on the shaft that passing through the wholes into it, so the weight - rollers can rotate inside the rim appropriate to actual position in the casing. 

Soon I will present the system of that kind but with multiply weights not two but four or more, so the force will be multiplied by more dense force location. This system should be more thought over because the central hub should have an opportunity to carry more shafts with linear bearings.

In some of my earlier posts I was presenting the system with telescopic arms where one arm was hidden in another so the length of entire arm that was caring the masses was not constant. This system also had linear bearing between each arm set. 

This system can be also made in small scale. The main shafts can be 3mm in diameter not thinner. Then small DC motors can be applied instead of bigger one as it is on my drawings.  

Four masses on each propulsion unit.