Mostly Permanent Magnet Motor with minimal Input Power

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N's in N up field polarity flips but direction remains unchanged:

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New "Warp Factor Quantum Leap"!

What we see at 1:38 in this video is an evidence of Overunity!

https://www.youtube.com/watch?v=a7y3NvaHBec

Quick and dirty Halbach magnet switch; A wash tub drain motor stator, 4 ceramic blocks N facing out and the diametric cylinder in the middle; Works fantastic.

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5 magnet twin
This would produce a N,S field together on one side with the curl between the opposite facing diametric cylinders. A second array facing the first with a double strength reverse "Horseshoe Curl" would exert a powerful attraction when the other's magnets were switched on.

Here's the question: Would the attraction strength between these arrays, load a spring with sufficient force to throw the lever on the turn magnets?



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An "H" bridge and cross wired coils would alternate a 5x horseshoe field from side to side. Tripling them would pump two stationary 5 x arrays on each end. The 13 magnets and two coils would be a more powerful "Mostly Magnet Motor" then luc's.

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Here's a Halbach oscillator with two additional stationary arrays, one on each end in repulsion, connected to each other. This could drive twin Kundel rotors, run by "H" bridge limit switch and return BEMF to source. Monopole oscillators attract the opposite side back like this Halbach design as well as repel.