V Gate experiment using a Ring Magnet

[sm0ky2]

https://youtu.be/EYn71sRCPto


Looks interesting
each ramp has its own magnet
Which could lead to independent drive functions


The orientation of the stator mags leads to some ?'s

[MagnaProp]

That particular video looks like it has a "jump" in it where the video may be looped to make it look like it's continually running.

The LED tells me two possible things. Electricity is involved that may be generated by the device or being supplied to the device to keep it spinning.

Science says it's not possible so that doesn't go well in its favor.

Having said all of that, I tried a V-gate for a little bit. Nothing fancy just a small strip on the floor with a row of magnets with washers on the ends so it could roll on the floor. I recall the washer part rolling over the gate and exiting the gate due to how heavy it was. I turned the gate 180 degrees and had the same result so it didn't appear to be on much of a slope if any. While I doubt the video one works, if I was to try building something similar, I would do so such that the outer diameter of the device is weighted light a flywheel. Still most likely would not work but that's the direction I would start in if I tried the concept again. To many other projects going at the moment and I determined that this method would not produce enough power for my spacecrafts.

[vineet_kiran]

Video :

https://youtu.be/3Tb8l7tBcn0

I added one more repelling magnet on the other side of steel plate so that the plate will not be pulled back after crossing the top oscillating magnet.  Don't know whether the torque gained by ring magnet is enough to lift the oscillating magnet before it drops by the side of additional repelling magnet.

[Belfior]

I think if you use one rotor that has magnets from the outer surface towards the center, you get accelerating movement. When you go full circle there is the cogging point, where you need to get over the first magnet again. I think the rotor works as a flywheel and it overcomes the cogging maybe even without the electromagnet. Magnet opposes magnet, but the flywheel rotor adds a force to overcome the cogging

[vineet_kiran]

I think if you use one rotor that has magnets from the outer surface towards the center, you get accelerating movement. When you go full circle there is the cogging point, where you need to get over the first magnet again. I think the rotor works as a flywheel and it overcomes the cogging maybe even without the electromagnet. Magnet opposes magnet, but the flywheel rotor adds a force to overcome the cogging

Whatever may be the arrangement of magnets,  unless 'ON'  and 'OFF'  of the flux is created with respect to the rotor,  it is not possible to generate energy.  I am trying to find other methods of creating 'ON' and 'OFF'  of the magnetic flux.