Mostly Permanent Magnet Motor with minimal Input Power

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Look at the spacing of these two Adam's rotor N facing magnets. They're attracted to the steel core of the relay coil, the reed switch masks the attraction with a coil pulse, then the Lenz reverse kicks the second magnet with a repulsive force:

The coil inductance would determine the distance between these two magnets. The same ratio applies to the MMM Adam's throw:

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The space between the 10 O'clock magnet and the center of the secondary U core is a function of the primary coil inductance and would equal the Adam's resonance throw if the coil were part of Luc's MMM.

A ratio of that segment of the arc factored by the coil inductance can calculate the travel of a 10 pound coil.

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The 4 Kilogram coil is levitating:


Here's a video of lateral Mendocino Adam's resonance


https://www.youtube.com/watch?v=2VhQq_utlQg

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Running the base magnets positioned monopole and joining the stators across the top while leaving room for a 4Kg coil.

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

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Core saturation

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The levitator magnets at the ends of the ferrite core would saturate it and the weightless coil and core would have the same inductance as they would if the coil were traveling on a fixed core.

Look how Kundel generares rotary motion with a small linear oscillation:

https://www.youtube.com/watch?v=eNgd1ZVZtsY

An Adam's resonance Mostly Magnet Mendacino linear oscillator with Kundel rotary motor would be Ideal to replace a Diesel motor and ballast in a sail boat. 750% approximate efficiency after conversion losses. Silent and vibrationless.

The throw is in Adam's resonance range for the kickback; The width of a ring magnet on the rail: