One Way Magnetic Shielding - The Holy Grail

[tosky]

@What_The_Flux
The rotation energy comes from the 2 clamps (move) close to the rotor. The clamps from open to close applied energy when moving the clamps. Because the rotor has ball bearing, so that keep on rotating for a moment until the movie finished. If the clamps were closed and rotor has been fixed at first,  then release the fixed rotor. It will not rotate at all. Can you see the magic?

[jimhitt]

Extending the array will work to a given limitation proportional to the Gauss of each of the gates vs the gauss of the "shuttle". Eventually it will reach the maximum distance, and to go any further you will have to build it with stronger magnets.

I don't think so for a three row system.  I sense it will continue to move forward indefinately.  See my diagram in the "How does the Perendev work" thread.  It is different than a SMOT.  Just my opinion.

[tosky]

See the video again notice the bearing, the axis speed reduced before the clamps open. The open operation again energized the rotor. So the (open or close) operation same as push it manually. It will stop after a while if the clamps does not move.

[jimhitt]

See the video again notice the bearing, the axis speed reduced before the clamps open. The open operation again energized the rotor. So the (open or close) operation same as push it manually. It will stop after a while if the clamps does not move.

I agree the first video is a smot it will stop.  The second will not in my opinion if magnets are poroperly configured.

[Megaverse]

well i heard from an interview on radio with the guy from perendev (a mp3 i've downloaded somewhere i don't remember) that there was help with electromagnets to get the real strenght weither it starts with batteries or it just builds up electricity to then supply the electromagnets ...i dunno i don't think i even finish lisening it ? anyway if i ever find it again i could post it ?

Personnally i think he's a fraud but then again i could be wrong but wth he's he doing ?

Megaverse