How to make a self running magnet motor part 3. Free energy perhaps… l don't know.

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  • čas přidán 9. 08. 2022
  • Is this potentially “free energy “ ? Let’s investigate… As a child, I was fascinated with magnets. I wondered why it was impossible to have two magnets repel each other in such a way as a turbine to create rotational motion. It seems logical, yet impossible to build a working prototype. Many have tried and failed. A lot of these magnetic motors are hoaxes just clickbait and a way to con viewers.
    However...
    In 2020 a man in Holland “Sam” build this: • Self running magnetic ...
    and not long after that Antonio Injano build a replica successfully • Motor Mágnético - Rép...
    However, in Antonio’s case he added a small electric magnet and power source (hidden, but that he openly disclaims in his description) He only managed to run it continuously for 19 hours. He spent more than 7 months on this project to get it to where it is at.
    Here is a link to Igor Beletskiy's (The Ukranian dude's ) video:
    • 🌑 ВЕЧНЫЙ ДВИГАТЕЛЬ КОТ...
    Free STL files as on his video: czcams.com/users/redirect?even...
    Here is my attempt to replicate it in my own way... Maybe I will have better luck? Or maybe I will also have to spend months to get it working.
    Lets see…
    This video does not contain any paid promotions or sponsorships.
    Camera: iPhone X on Osmo DJI Mimo as well as Apple iPad on a stand.
    Music:
    Title: Happy Upbeat Retro Ad
    Licensor's Author: applehillstudios
    Licensee: Quixotry Pty Ltd
    You can find the music I used on CZcams's (free library).
    Down With Your Getup - Mini Vandals
    Kind of a Party - Mini Vandals
    Editing: iMovie on Apple iMac
    Subscription is free, but any support will be much appreciated if you have PayPal- you can make a contribution using this link:
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Komentáře • 13

  • @thomasfulton1956
    @thomasfulton1956 Před měsícem

    Where did you buy the wheels they spin so freely and what size axel is it, Thank you for sharing

  • @thequixotryworkshop2424

    To read the transcript for Igor Beletskiy's video and find the free 3D printing files of his motor : www.dropbox.com/sh/c1mdonoq802wnm1/AAB3YkyJRkDLeFJMB8OEiznLa?dl=0

  • @jacquessilver6714
    @jacquessilver6714 Před rokem +1

    Perhaps you forgott the little counter weight which are fixed on the rays in a came way of the wheel of the wooden prototype ,wich creates a pendulum effect encouraging the wheel to turn slowly ,but sustainably ....?

  • @wimhuizinga
    @wimhuizinga Před rokem +1

    I like how you are already experimenting with a different design instead of just copying what Sam made. Is your wheel going to run horizontally? I am very curious you can make it work with eight magnets. I have watched Igor's video a while ago too. It confirmed to me that the idea works. Do you know why the Italian needed to add an electromagnet?
    When I saw the design Sam made it stood out to me that everything was made to prevent any friction. He used bent needles, brass screws and small brass tubes for the needles to turn in. Also he told me he used bearings that you can find on model planes and helicopters. These are very low friction bearings, with a special name too, but I forgot. I've got a feeling the Italian man needed an electromagnet because his design didn't completely resemble Sam's and therefore could not overcome the friction. Or, and it would be VERY disappointing: Sam had an cleverly hidden magnet too. But I still don't think that's the case. Sam was very open about how he built it and let my drive 30 km to view his invention to me.
    I would advise you to pay attention to friction wherever you can in your design. Very clever idea to use a pointy tip on the axis! I am a little worried about flipping the 'flip'-magnet using small magnets. When the small magnets interact they could potentially slow things down. But anyways, it seems to work on Igor's wheel too.
    My complements on trying to make this all 3D printable. I like the idea of sharing too. You are doing a good job so far!

    • @thequixotryworkshop2424
      @thequixotryworkshop2424  Před rokem

      Thanks for the well written comment! Yes, I know that the Italian dude added an elecro magnet. It is disclosed in one of his discriptions. Where in holland are you? I have friends in Aalten.

  • @wongsiewkok7914
    @wongsiewkok7914 Před rokem +1

    This testing is ok for new researchers for the first few years, to understand General Relativity in Law of Thermodynamic.
    This cannot break Law of Thermodynamic. Go to researches in magnetic fields.

  • @LegoStopMotionAnimationMovies

    For the record: The wheel of the Ukrainian Igor Beletskiy does NOT work. At the end of his video (21m40s), he says the following: "_Of course, I could shoot this video in such a way that this motor worked for me just as it did for this grandfather, and I could say that this is the real first working model of a perpetual motion machine, and frankly, I even had such thoughts. But that would be a completely different story. ... Sometimes I lose faith in humanity._"
    I think Igor has not experimented long enough with adjusting the flipping small magnet. As Sam said, it should not be too weak, but certainly not too strong either! It requires a lot of fine-tuning. The small extra magnets in Igor's replica could also negatively influence the magnetic field between the flipping small magnet and the ring magnets, as Wim also mentioned earlier.
    In one of his CZcams comments, Sam says he has tried to mount more than four ring magnets on the wheel in the hopes of generating more power or speed, but failed because in that case the flipping small magnet would not have enough time to fall back to its initial position, where it needs to be before the next ring magnet arrives.
    The diameter of Sam's wheel is 19 cm.
    By the way, I think that with eight ring magnets on the wheel, the magnetic fields are no longer separated and the wheel becomes one big magnetic field, so the flipping small magnet no longer works properly. Perhaps you could also test with five, or at most six ring magnets on a wheel?
    Anyway, keep up the great work, Christoff! Looking forward to your next video! :-)

    • @thequixotryworkshop2424
      @thequixotryworkshop2424  Před rokem

      Thanks for the constructive feedback. I will definitely take all of this into consideration. This journey only started but already I see a huge drop in my views from the first one. I hope to have some positive success in my next video. Will Check out your channel also:-)

    • @LegoStopMotionAnimationMovies
      @LegoStopMotionAnimationMovies Před rokem

      Hi Christoff!
      I just saw your messages and watched the video. It looks interesting, and I'll try to find some more information about it. Someone has tried to recreate it: czcams.com/video/OQ0MNWA1XuQ/video.html
      But, actually, of all the perpetual motion machines I've seen so far, I think there's only one credible; Sam's construction, which you are building right now!

  • @daviddavids2884
    @daviddavids2884 Před rokem

    information. the switching/commutation mechanism SHOULD BE LOCATED AT THE SMALLEST POSSIBLE RADIUS/near the center of rotation.! because, that mechanism is a source of Breaking DRAG.!!! compare the smaller radius of a commutator in a brushed DC motor. googletranslate

    • @thequixotryworkshop2424
      @thequixotryworkshop2424  Před rokem

      Thanks David. That makes sense. However, the other models I referred to is working this way. Once I can replicate it and get it to run, I will look into getting the switching closer to the center. Problem would be if it is close to the center, I would still have to transfer the movement to the switch, and it will have to step up the leverage to get more speed in the action. It might end up being the same amount of energy taken from the momentum.