New permanent magnet motor on youtube from Roobert33

[Omnibus]

You don't really need V-track. That's a distraction. Take look couple of pages back how I'm doing it -- just a spiral of magnets.

[spinn_MP]

"New permanent magnet motor on youtube from Roobert33" is a fake.

I thought this was quite obvious from the beginning?



Jeeez, have you all been born just yesterday? Well, Congrats!

[Omnibus]

"New permanent magnet motor on youtube from Roobert33" is a fake.

I thought this was quite obvious from the beginning?



Jeeez, have you all been born just yesterday? Well, Congrats!

spam

[lumen]

I never thought a "V" track device could work, but after a week of computer modeling I think I found something!
Still doing some refinement to pinpoint the exact reason for the gain, but I can say that if that video is actually working, those are steel and not magnets on the rotor. The stator magnet poles are front to back and not side to side.

Something happens when the steel is exposed to both stator poles on the "V" track. It seems to have nearly the same attraction but not the usual "V" track interaction.

[Omnibus]

I never thought a "V" track device could work, but after a week of computer modeling I think I found something!
Still doing some refinement to pinpoint the exact reason for the gain, but I can say that if that video is actually working, those are steel and not magnets on the rotor. The stator magnet poles are front to back and not side to side.

Something happens when the steel is exposed to both stator poles on the "V" track. It seems to have nearly the same attraction but not the usual "V" track interaction.

That should be interesting to see. If you recall @xpenzif's "screw motor" rotor was all steel. In this case it doesn't matter and, ike I said, V-track is only a distraction. It has no significance at all. The same effect is achieved by, say, a spiral of magnets. The concept is pretty trivial. A lot of tweaking is needed in any of these well-known cases, though.