Imagine replacing the contact switch with the SPDT and running the output to the capacitor through a FWBR in this oscillator: Start the video at 2:20:

https://www.youtube.com/watch?v=Cuobx2uPgY0

Here's another video from the same guy: He uses a spring pressure switch and toward the end of the video he shows a piggy back generator: Just imagine what the addition of the double throw press switch would do connected to the loop circuit!


Turning the power up still runs the solenoid motor at a push when looped, but how do we factor in the increased power that appears in the flywheel?


When we add power to the pulse coil, the magnet piston travels at a greater speed through the coil generating more power.

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

Propelling a magnet with pulse coil will double the propulsion range if we double the magnet strength while keeping the input pulse steady.


We need to add these forces to calculate the actual propulsion force exerted by the magnets in the output coil.


The solenoid motor is producing twice the power it's transferring to physical work. The other half is wasted generated electric power!

Increasing power to the double throw "Loop" solenoid motor would increase the output at an extended even exchange rate, and the flywheel acceleration would emerge as free power.

Increasing the input from 1 watt to 2 watts would double the rpm and match the increase with output. This would generate 1 free watt of mechanical power.

SPDT micro roller switches: The designer of this 3-D printed solenoid twin has two SPDT micro roller switches in place, but the third blade is not connected to anything on either switch! It's possible to fully recover the power pulse through that third electrode!


The SPDT switch connects the coil ground first through the power source then through the storage capacitor. So the switch changes the positive coil wire in series from battery positive in series to the capacitor positive with a shared ground. The coil alternating between power destination and power source.