This design is set up for a storage capacitor. The piston has a powerful magnet. This magnet strength determines the horsepower of the motor. The coil should be shorted through the 3rd roller switch pin to the storage cap during the contraction stroke. Merely a few wires and diodes and voila! Ludic is tantalizingly close to a self runner!

https://www.youtube.com/watch?v=Z8mL3d5CoZY


Adding a second disc magnet to the piston would allow us to attach a generator to the flywheel and run the motor with the addition of double the horsepower.

Let's take a closer look at this video by "Grain": Another SPDT roller switch magnet piston contender:

https://www.youtube.com/watch?v=MqG3yC58Maw

I need to point out that toward the end of the video, Grain adds a second output coil behind his power coil and generates current from the piston magnets. Adding the mass in copper of the second coil to the power coil would half the input and deliver the same amount of out put current from the closing stroke motion of the magnets in the loop circuit!

This work out the same if you connected the coils in series..

Ceramic blocks at the base turn this oscillator into an attraction oscillator. The pressure switch is mounted in the base of the coil core. The neo magnet piston is depressing the pressure switch with the attraction force between the neo piston and the ceramic base magnets. The coil is wired in opposition to the piston field. We need to replace the rubber bands with a connecting rod and flywheel. mahout power assisted contraction stroke.

This connects the SPDT switch to output during both inward and outward strokes of the piston. In attraction the pins are reversed and the cycles backwards. Click on this Hyperlink to view the thumbnail:

https://apis.mail.yahoo.com/ws/v3/mailboxes/@.id==VjN-1X9NaLC9ZX3FaL6CGMuswusjkt9d1-tx3R3qM3BRpHb3fu55JdZSfkPWvGRe0gruGl2LEeEb8L4Fd0GBJs5fOA/messages/@.id==APgDUb5TZBa6W79XKQeNmGd9cDg/content/parts/@.id==2/thumbnail?appId=YMailNorrin&downloadWhenThumbnailFails=true&pid=2

This video suppiies a closer look at the attraction SPDT osscillator:

https://www.youtube.com/watch?v=wM6HZYYpkLo&feature=em-uploademail

The simplest oscillator in the video posted above runs at unity with the double throw loop switch and storage capacitor connected through diodes. The piston throw is too short to turn a crank shaft. The coil needs to be elongated and wrapped around a snug fitting tube. The work the rubber band does is the over unity coefficient in this generator. It can be replaced by a tiny flywheel. 

The dividends from this motor generator appear when we add power. Any additional force delivered to the motor results in free power because the increased horsepower has zero expense.