Calculations.

I did some calculations on eight rollers inertial propulsion. Whether they are correct or not, it remains to be seen, in any case, the calculations show that the difference between the centrifugal force at the top of the device and at its bottom is 253.41 kgm/s² that is 253,41N, the difference in the speed of mass movement in this case is 2, 21 m/s between these two points. These are the results based on the assumption of a speed of 500 RPM and the values read from this section. The difference in the radius to the center of mass of the roll. The pressure of the roller holder on the telescope is not taken into account and it is also quite a large value and translates into the total calculation weight. I determined the weight of a single roll at 2 kg, but it would have to be precisely determined whether there would be no discrepancies with these dimensions of steel rolls, because it is an approximate value. The value of the total centrifugal force should include the value of centrifugal forces arising from other rollers in the amount of two additional ones, which, however, will have a slightly lower force, because they are at an angle to the vertical and their radius from the center of circulation is also smaller. Two rollers on the sides, whose forces balance each other, are insignificant in terms of calculations. The three lower rollers are at minimum radii and their instantaneous centrifugal forces are close to the calculated value in the low position of the device.

Alternative solution of rotors wheel.