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  • i have just try this before i looket to the video, it dont works so i looket to youtube if i am the first one(i'm 12 years)...

  • you cant use steel to shield...it's a ferrous metal, you can use aluminum or high grade stainless steel,

    I would do this myself if I had money..but if you watch all the perendev videos, he talks about using stainless steel shielding.

    I watched a video a while back that involved aluminum and eddy currents...just some input for ya

  • great! nice try,it seems like u're getting near to discover the free magnet motor secret

  • You're getting close.

  • / \ Hello I don't mean to confuse things but put the magnets like this / /\ \

    / /\ \ so that they push away from each other the pair in the middle

    / \ will be forced down in this picture, now do it in a circle

    / \ so what do you think would happen ??? if the side magnets

    / \ are around a / drum in a circle with the iner two attached to

    / \ an a central bearing system wont it just spin round for ever more ???

    / \

  • Hello I don't mean to confuse things but put the magnets like this / /\ \

    so that they push away from each other the pair in the middle / \

    will be forced down in this picture, now do it in a circle / \

    so what do you think would happen ???

  • There are thousands of perpetual devices made. It violates the laws, because these laws are FUCKING WRONG! Sorry that was for the idiot comments, try curved magnets like howard johnson.

  • @lightbodyification You obviously never have taken a course in thermodynamics:p

  • @lightbodyification Where? Try as I might I've never found a single working machine.

  • He proved several important points.

    A. He does not know what he is doing.

    B. Perpetual motion machines don't work, and never will

    C. Electric motors that do work, rely on magnetism, and power input.

  • You need to have more than one wheel of magnets. Each ring needs to have the opposite attraction. Multiple rings pushing away from the previous ring would make the Motor work. But you need stronger magnets than the ceramic ones you had.

  • No solution....

  • its called a pulse motor, check it out

  • Переключение магнитных полей давно реализовано. Эти агрегаты называются электрические машины. В этом ролике слесарь показывает как с помощью своих рук он переключает магнитные поля, и только. Переключение магнитных полей тоже существует, но он требует потребления энергии. А эта игрушка не чего не производит, но вот потреблять потребляет, слесаря кормить надо, время от времени.

  • Then measure how much force will be required to get through the gate.

  • Use a vertically positioned bike wheel, a lot of cheap rectangular magnets with poles running through the center and several larger ones.

    Hot melt one large magnet onto an edge of the wheel. Then hot melt glue 5 or 10 rectangular magnets standing on end like dominos concentrically around the wheel so physically the wheel can pass by them but magnetically they interact.

    Space these 'domino' magnets half inch or so apart. With poles facing all the same way. And experiment with how many magnets,

  • what about isolating the s polarity on the whell and isolating the n pole in your hand

  • are you playing with magnets?

  • Use a BRASS metal piece to shield one-half of the magnetic force on the stator.

    And use 2 or 3 brass shielded stators in (180 degrees or 120 degrees positions)

    

  • You need magnet shielding.

  • dude you want the answer to your puzzle look at a air plan gas motor the one with 4 pistons top bottom and lef and right pistons make a plastic wheel and insert a shaft not in the center of the wheel but as far away from the center as posible then make 4 rods like engine piston rods and atach them all around the circle then make another circle but make this one a ring and attach 4 magnets then put a magnet like the one you were holding and you will see the magnets will move like a plane 4 stroke

  • @magnetmotortv use longer magnets to create more distance between the poles. that way the negative force that makes them atract will be further apart, and only the poles that you want will be affected by each other...right?

  • try taking out only one magnet!!!!

  • mu metal, that will shield the unwanted effects

  • The fields work in a 3d field!! So there is one that turns clock wise and another that turns anticlock wise. So the unless you shield one field from the field it will fail... Plus once a load is added it will stop and you get no energy... Take my advice and go and get a train set or something...

  • you need to shield the the neg forces....... thats the trick

  • let us inspire motivate and teach each other instead of the attitude of the last comment

  • you dumbass try to use different angles on both magnets...

    and when you try to takeoff hand and put it back you make same force then to push it by hand without magnets......

  • น่าสนใจ

  • maybe put a shaft with a crank on it connected to a lever to turn a gear which turns a smaller gear to move the magnet in and out at the right time to keep it moving... itll take alot of drawing and measuring but i really think that it would work.....just have to try to keep the friction as low as possible(which i also think theres a way that magnets could be used in the place of bearings in alot of cases).....one goiod spin should do it if the friction isnt too much

  • you're talking non sense. i will make one that works easy!

  • ok cool, so what would happen if you hooked up a mechanism that would oscillate the magnet you are holding in your hand in the same way your hand is moving it, but set the timing such that it is only towards the center of the ring when it is in position to push the ring forwards?

  • @ofthefyredex that it would need power to be moved :)

  • Kids, this is your brain on drugs. Stay in school!

  • The reason it's not working is you need to have one , maybe two magnets (next to each other on the wheel) missing only..

  • so if the magnet is shaved at an angle to allow pass untill pushed by the other side would work?

  • I am looking into some similar things, I just set up a machine shop, I believe the trick we need to do here is use the repulsion like you are doing, but use Mu-Metal to block the attraction, the tolerances needed will be tight. And to skeptics, this is possible, and it DOES NOT violate the 2nd law of thermodynamics, there is an untapped force in magnets. Why do you think much of Tesla's work was confiscated and classified by the government?

  • @69Blackfoot69 how abuot if u sourand the big magnet with metal.exept the tips sourandings.maybe it gives less atraction . so it can bush better

  • @69Blackfoot69 i forgot and if u see beetter results sheild a fuew magnets .i hope u find the tric becuese i wuold love to make 0ne to.i wish u the best of luck.u sim to be a great person in sharing ure wisdom

  • He's a total hillbilly....

  • as others have said, you need to magnetically shield the attracting poles of the magnets. make some copper tubes and fit the magnets into them. also it would be interesting to use two different strengths in magnets. use a stronger Gauss magnet for the stator, so it pushes harder on the rotor.

  • also "shielding" the other pole helps really good.

  • its called magnetic sheilding

  • Nice Demo.

    Your providing work to make it spin by moving the stator magnet. Because magnets provide a constant force as well as have a North and South, you get as you mentioned a repelling and attractive force. This is the problem. If there was such a thing as a monopole, this would solve this problem. Since a pure monopole does not exist, a purely magnetic motor is still unobtainable.

  • @valveman12 Monopole magnet does exist now:

    tinyurl com/y6j8zvs

  • im haveing the same problem with mine. its been quite a pain. almost quit a few times but i keep trying new ideas.

  • if we could block the pulling power of the magnet and use only the pushing power ...the wheel may rotate continuously...

    can u please try an experiment on this...because here in our place we dont get magnets in any shop......

  • Thanks for post your experiments...

    Magnetic shield ---»(MU Metal) or another kind of magnetic shield,you know the right place to put the magnetic shield,the angle ,the distance ,you can short the distance if you increase the velocity rotation,the force its more strong....

    Than try another time

  • ur really basic

  • Glad to see your videos. However, most people do what you just did with 1 "stator" magnet in the hand (and then having to move your hand). You actually need several magnets (4 at the most I think) surrounding your setup. 3 of which would be helping "guide" the force from negative to positive and one "pushing" magnet. Not sure what type of magnet to describe for you but those neo's you have at the end should work I think

  • Buy a Diamagnet and that Green Motor will works !!!! Diamagnetic materials was known by the old civilisations like ägypt mayan and india . Bismut and Pyrolytischer Graphit . are the holy grail of diamagnets

  • Hi I am glad you are making an attempt to prove some theories.

    The project you are trying to attempt, requires a magnet in the hand that is 3x larger in magnetic field strength.

    If you are using ceramic, the north and south poles are very weak (the fields), therefore there is no distinction.

    Smaller magnets are required on the wheel, like mini magnets.

    I have done this in 3rd grade and it does work.

  • you need a big magnet in de hand

  • Hey man. I love this video,and im so glad,the have people,who actioly thinking of something good. U and a copple other of us. Peace to the world

  • yup less magnet the better less fault on sticky point

  • kool vid, post back when you get it working

  • you can use bismuthium metal it repells all the magnets

  • Another way to shield magnets is alkaline batteries.

  • Comment removed

  • To get your magnets to pass by one and another, check out, One way Magnetic Shielding also known as the James Roney Stator. Great research. Keep up the great work.

  • Btw? sorry for my poor english. Mario

  • Hi . I m workin on my own project since a few months. It look that every one on the net , are trying to make it workin by using the edge of the disks. Since the beginning i target the center , it realy look eseaer . By accident i solve the major problem of stoping. I put you in my faves, and if ya dont mind? i gona keep ya inform of my progress. Mario

  • in pervendev magnet motor video

    he shows some hand drawing review them...you see that his stator feild motor

    has split n/s side by side in the drawing,,,,,, i could not notice this in his set up....magnet in the stator, are all north poles you got the idea now of push pull the rotor .. keep up the good work

    if you used shield... use lamanited earth magnets it will help you direct the eddie currents feilds

    pls what your name?

  • He is holding the stator magnet to near and the wrong way. Use only one pole into the motor and find the working distains. This magnet motor is difficult to make because of the magnetic field round the magnets turns one way and between the magnets turns other way.

    In distains from the rotor the magnetic field between the rotor magnets will take over and the motor will run, but it is a fine balanse between the stator magnet and rotor magnet,

  • Alone with magnets it will never work.

    You need at least a few iron core pieces at 90 degrees, so the magnetic field can stick to it

    and pull it over the sticky spots.

    See my Tomi video.

    Regards, Stefan.

  • Your problem the way the magnet in the wheel are facing means their pole are to close together so that as the hand held magnet repells the first magnet it attracts the second magnet and so the wheel only turns one magnet length.

    By pushing every other magnet to the below the wheel you are diminishing the effect of those magnets because they are further away from the hand held magnet and so the wheel turns two magnet lengths. Perhaps changing the angle between the wheel and it's magnets?

  • TIP:. reduce the size, or lengh of the magnets on the Rotor. eg. 5 - 4 - 3 - 2 - 1 - gap. Rotor one. same for rotor 2 and 3. all offset about 25 degre. also make sure the each rotor is counter ballanced perfectly. to eas the transitions over the gap point.

  • I also notice that if you rotate the hand held magnet you can alter the effect. though ive not got any shielding on so far.

  • Good experamenting dude. Thanks for posting.

  • less space between the magnets.

    more wheel in phase.

    not a fixed stator but another rotor link with the other....

    dont think about shield the magnets, its a waste of time and resources

    by linking multiple rotor and no stator, this the way....

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