Electric Dragonfly - Solid State Micro Propulsor Unit - Concept 3D model

Dutch Industrial Space Company - Electric Dragonfly - Solid State Micro Propulsor Unit - Concept

Basically, 2 doorbell circuits, or piezo electric metal layers, able to vibrate up and down like a doorbell, using opposing charges on opposing sides, built inside a small plastic box, able to be 3D printed, and perfectly house and fit with the few needed parts. we use opposing sides for opposing charges, in order to use the same motion twice, from the same electric impulse, actually i doubled it to 4 motions from 2 circuits using the geometry available and minimally needed.

in order to maximize the usable output from this single space, function over form this time. the wings are specifically designed to be flexible, a special [bi-metal] material might be needed, to make the sinus motion up smooth and easy, and the motion down actually compresses the air downward, through the shape of the [micro cavity] holes in the cup forms inside the wing. this creates a tiny difference between moving up easy and moving down harder, resistance, downward wind making. this creates a tiny difference in air pressure above and below the vibrating, ultralight, electric wing, each and every vibration a little difference is created, adding up to electric flight. i have used all 4 directions, and when doubling and rotating 45 degrees, even more space can be used to make electric hoover a more current reality. i have added a few photos in the end to demonstrate the thin vibration of a electric micro-wing.

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