Mostly Permanent Magnet Motor with minimal Input Power

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Kunel motor

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After examining the Kunel motor, I realized that all we need to do is replace Kunel's commutator with a spring pressure SPDT switch and it should take off and chatter away like crazy in Adam's resonance.

This brings us full circle because we we're originally examining the 3 to 1 Sheer to Push pull ratio. This innovation would give the Kunel motor an honest overunity COP of 3.

I phoned Kunel twice to try and buy one from him but, so far no response.

Kunel's prototype "2" has diametric tubes on the axle and split rings on the wheels.

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3 to 1 ratio.

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Testing this motor at maximum load would yield the 3 to 1 COP ratio:


https://www.youtube.com/watch?v=wC50BPyx6AA

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Kundel's motor has 4 -192 pound springs to dampen the vibration. Transducer springs would generate practically all the input power back alone.

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Look at Kundel's disc core and ring nest. Compare this magnet stator configuration to Luc's for jumping the coil: Naturally, the coil seats into the hollow space. This design maximizes magnet strength but restricts the coil diameter.

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The cup and dowel type of magnet stator can benefit from elongation and closure on both ends by circular steel stators. The coil can have two protruding rods through holes in the stator and the coil would oscillate inside this saturated container. This constitutes a major increase in Webers per coil turn over Gotoluc's MMM design.