Mechanical Magnetic Torque Amplifier

[Pot head]

Yes! That explains it!! Exactly!! Good Show!!
What is it, again?
You’re making a drone for the machine
people so you won’t become their food?
Better build in a fail safe just in case they eat you,
the things you build go boom instead of working for them.
Hmmm...🍺🍺🥨🥨

[Allen Burgess]

ROTORWING:

https://www.youtube.com/watch?v=GAqLyyg2AHk

[Pot head]

In response to the video:
Icke ind fert dgarm gloundiest suunt dienfiendstien sjaan leordenoestrumicktheolgy conundrum?
Maybe you should translate.

[Allen Burgess]

In response to the video:
Icke ind fert dgarm gloundiest suunt dienfiendstien sjaan leordenoestrumicktheolgy conundrum?
Maybe you should translate.

ROTORWING video.

[Pot head]

Tonka truck.
Even an elephant can’t break it.
It is why.

[Allen Burgess]

Savonius rotor

https://www.youtube.com/watch?v=POHre1P_E1k

[Allen Burgess]

Regenerative gliding

The "Monopole Oscillator Twin Kundel Cyclocopter" would generate power with the capacitor and recovery diode when diving into the wind. It could charge it's battery routinely this way and circumnavigate the globe non-stop!

[Allen Burgess]

A fork straddling the spot switch could connect to a diametric magnet on one end and the monopole piston on the other. This would double as a positioner alignment spline. a tiny cap can stabile pass two small diameter rods through without interfering with the switch.

[Allen Burgess]

Fork rod

Here's a schematic of the fork rod:

[Allen Burgess]

look at this precision non-magnetic brass and ceramic bearing fidget spinner;

[Allen Burgess]

diametric sleeve

kundel mounts sawed magnet rings on the perimeter of the wheels. The sleeve should remain stationary, and the ceramic bearing with a wide ID for the sleeve. The ID of the sleeve needs to be slightly larger then the diametric pictured on the left: the wheels can be joined with a section from a plastic beverage bottle.

This simplified Kundel design makes his elaborate patent obsolete.

[Allen Burgess]

piezo drive;

Mach velocity Piezo drive. Sawed magnet rings on the perimeter of the ceramic bearings with strong constraining safety collars would be a requirement. Piezo controllers can program the chip to oscillate at any frequency: The wheels would be attracted to each other.

[Allen Burgess]

closed rotor cage

we can close the rotor cage by supporting the piezo driver through the tube holes;

[Allen Burgess]

miniature piezo motor.

This can lock inside the tube and accelerate to higher frequency. This concept actually represents an entirely new kind of advanced electric motor!

https://www.youtube.com/watch?v=g50f9m6OHcM

[Allen Burgess]

Slip stick piezo

https://www.youtube.com/watch?v=RydSojhrur8