All Permanent Magnet Motor

[synchro1]

                                                         (Perpetual Frictionless bearing Homopolar "V" Gate Spinner)

Correct position: Guess number 3. The magnetic pole on the rod end should be in attraction to the opposition poles of the ring magnets. Tom mentioned that it was the "Downward pressure" that caused the spin. 4 "V" gates. No "Lenz" effect and no domain shift in the neutral zone necessary. I am optimistic about Tom's credibility.


Perpetual "V" gate attraction may herald a new era of fossil free prosperity; Or, dramatic social political and economic repercussions could domino a "Black Friday" shock wave across the Planet. That probably helps explain why Tom chooses to hide out.

[Airstriker]

                                                         (Perpetual Frictionless bearing Homopolar "V" Gate Spinner)

Correct position: Guess number 3. The magnetic pole on the rod end should be in attraction to the opposition poles of the ring magnets. Tom mentioned that it was the "Downward pressure" that caused the spin. 4 "V" gates. No "Lenz" effect and no domain shift in the neutral zone necessary. I am optimistic about Tom's credibility.


Perpetual "V" gate attraction would herald a new era of fossil free prosperity! Dramatic social political and economic repercussions could domino a "Black Friday" shock wave across the Planet. That's why Tom hides out.

Let's stick to what Tom says and not guess stuff, please. I also don't remember him giving this motor a name yet, so please leave it to the inventor. Other stuff is not needed here. Stick to the subject.

[synchro1]

The ring magnet rotor would accelerate to light speed in a vacuum with a totally frictionless bearing. Radial "Halbach" arrays could press the magnet rings from the sides.

[magnetman12003]

Ok, now let's concentrate on the magnets' polarities.
1,2,3, or 4 in the picture below?
Also from the practical point of view - how do you mount the rods so that they are really fixed?
What are the sizes of the block and rod magnets?

Number 3 with the plastic tubes extending about 1/2 of the way under the top section of the
45 degree angle.  Yes this sounds funny but it works out without the magnets jumping out of the tubes
South Pole of the rod magnet is drawn downward by the Larger North Pole Force of the ceramic magnet.
Gorrila Epoxy holds all ln place.  Rod magnets are 3/8 inch in diameter and  2 3/4 long each.  Need 2 for one 45 degree angle.
Block magnets are 3/8 thick, 1 3/4 long and 3/4 widh.
Name the motor. ""ROTOR FLOATER""  because not only the large top ceramic magnet floats but so do the rod magnets inside the plastic tubes. The ends of the tube are epoxy sealed just to make sure they don't come out while the motor is spinning.

[synchro1]

Number 3 with the plastic tubes extending about 1/4 of the way under the top section of the
45 degree angle.  Yes this sounds funny but it works out without the magnets jumping out of the tubes
South Pole of the rod magnet is drawn downward by the Larger North Pole Force of the ceramic magnet.
Gorrila Epoxy holds all ln place.  Rod magnets are 3/8 inch in diameter and  2 3/4 long each.  Need 2 for one 45 degree angle.
Block magnets are 3/8 thick, 1 3/4 long and 3/4 wide

@magnetman120003,


Thank you. You are more ingenious then I gave you credit for. You are a giant in history comparable to Count Alessandro Volta!