Added: 1 year ago
From: scooterscottii
Views: 2,866
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  • How about high grade stainless ?

  • @chungsan1 My guess is that it's just the same with stainless because it also conducts electricity

  • im sure this principle could be used a great no wear brakes for cars

  • @TheUFOeffect That's very perceptive.... your braking idea! As a matter of fact that's exactly how the braking/generating system on modern day electric cars work. The load/drag (stopping power) is produced by lenz's law as the magnetic field is induced in the coils of wire in the hub. This energy is then shunted back to the battery and is used to power the car. Instead of loosing the kinetic energy to drag is is "recycled" back to the powering batteries!!!

  • @scooterscottii: god daym im a fucking genius. bravo!

  • nice video,thanks

    glotoniok salute people like you.

  • Perfect example of lenz's law. This is an excellent demonstration, it is very easy to visualize what is happening with the electromagnetic field in the non magnetic metals.

  • @coast2coast00 THANKS... It is very important when considering the building/operation of a motor and other electromagnetic devices. Thanks for the imput.. Scott

  • ¿but you need electriciti for move the schaft?

    the think of I search is a magnetic motor with 0 electric necesity.......

    thanks and I wait more videos

  • @miquelmahhhh Thanks for your interest. Yes a fully magnetic motor would be the key!

  • @scooterscottii

    what will happen if your frictionless rotor will rotate through the interior of a ferrite toroidal coil ?

  • holy shit you frikken repel that scalpal fast enough....(dont want to illustrate, not even with words)

  • I guess I like to play with sharp stuff. I was the kind of kid that ran with sissors, what can I say...... LOL

  • OK. Now it plays just fine. Go figure.

    All materials are magnetic. No exception.

    GLASS, ANIMALS, PLANTS, WATER, LIGHT, ALL ALLOYS.

    Just that you need a more powerful magnet to pick up something like a frog with a magnet.

    Place the aluminum pole at the ends of the Axially magnetized magnets. It should start to slow down as I notice you did not try that. Not sure though if you can actually get your rod in there correctly though.

    Yes, plastic is the way to go!

  • I removed the lev-mags and rotated the shaft by hand and the cogging is elimanated. Of course I can't run the motor that way. I could replace the lev-mags with frogs but i'm unsure of the result !!!

  • hi youtooarchives

    I saw you are an expert and you comment all the videos of magnetic motors ... I am searching for make one, I saw a lot of videos in youtube with the minato wheel, perendev motors.. but I dont know what is the best ......... (I spent 20-30 hours in make projects but I dont find the form....)

    sincerely, ¿what you think is the best magnetic motor?¿you think is possible make energy using a magnetic motor? ¿you have any project?

    regards and thanks .... please respond me

  • @miquelmahhhh I never saw your message till now SORRY! There are hundreds of magnetic motor designs. ALL motors are some kind of magnetic design. I have built a few and studied many. Start simple I also believe magnetic motors can be overunity but I havn't built an an overunity motor myself but I just KNOW it's possible. I think Bedini's trifilar window motor has the most potential but it is difficult to build and has a lot of parts. I hope this helps. GOOD LUCK and happy motoring... Scott

  • Your video wont play as it stops and starts, yet I can watch other UT videos just fine, even HD. Sure wish I could watch it. :~(

  • OH WOW.. I've never heard of that glitch.. Hope you can watch sometime... Scott

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