Magnetic Gravity engine test4

[mund0g]

put more magnets on the disc with the north poles facing down and then put magnets on the table exactly under the magnets on the disc but these magnets on the table face there poles so that it pushes the disc up once its floating...you see those original magnets you had on the disc well use a seperate magnet to push the disc from the side , it should make the disc spin

[TAPriceCTR]

if the magnetic field has the power to pull it up the ramp against gravity then gravity does not have teh power to pull it away from the magnetic field.

[theemurf]

What would happen if you make a frame holding say 3 balls at 120 degrees apart, and hovered that frame (which would need a bearing I'd say) above the magnets. That way, theoretically, one ball will reach the 'apex' while the other 2 are still continuing their journey, the momentum of the 3 plus the forward magnetic attraction of the 2 not yet at the apex, should push the 1 that is at the apex off, allowing the next magnet to come in behind, and result in a perpetual loop. Hope it works.

[gabydewilde]

thats not a smot

[Ebdan88]

Please look at my channal. The Turkish man who has build and presented his "" FREE energi magnetic motor"" at the Turkish and Douch universities. If you search you can find the video film where he shows his documentation from the Turkish Goverment. This is very big and should be shared. This is a revoulution in free energi.. Thank you :-)

[GLOEE1]

HOW ABOUT A TRIANGLE

[mfitz73]

It stops because, while it is traveling in one direction for a short while, it is constantly being pulled back by each magnet it travels over and well eventually the energy you put into it runs out.

[UpTheAnimation]

I now the vids are a bit old now, but enjoyed all three.

[TrajicKaos]

of course this didnt work! the ball isnt moving in a straight line! you inspired me so thanks! it should be running on the outside rim of the circle not the surface! the rim would be a line! not possitive but i think this is do the trick

[UpTheAnimation]

@TrajicKaos No, it won't.

[TrajicKaos]

@UpTheAnimation it will work let's me share my design with you! You know what a super conductor is? Let continues this conversation in private before I send my design to NASA

[UpTheAnimation]

@TrajicKaos You are more than welcome to send me messages :) However, whether the ball is on the rim or not dosn't matter, the problem is that the ball in this configeration can not break the "sticky" point. A super conductor will not help make this work as it takes more power to cool the conductors than what it will produce. It might help using super conducting materials once it is somehow working though, if that is possible.

[reaper233]

on the circular design would the effects change if the magnets were spaced father from each other or of the diameter of the circle were increase because the reason it might have stoped was that the streingth of the magnets may have differed or the clustering was to sparatic causeing a gap in the magnetic feild (sorry cant spell)

[zzytrewq]

Invoke the demons from hell, then ask them for some powdered fairy dust. Sprinkle the dust over the balls and it'll work.

Must I explain everything?

[Katana9990]

guys, hes not showing his theory of this, hes showing why this theory in general will not work

[1354867]

offset the magnetic feild on the wheel by placing a metal washer inbetween 2 of the magnets, that should overcome the so called sticking point

[215858452845]

good try

[sanctusen666]

shit

[LoneOarman]

I like the KV pulsing better than this method: Horsepower!!! Thanks...

[Apoptosis74]

The identical energy stored in lifting a ball is released in lowering the ball back to its initial height. The identical amount of energy stored pulling a metal ball away from a magnet is returned bringing the ball and magnet back. You can try and rearrange the angles to balance or unbalance the forces, but if you consider the question in its parts, (1) follow the balls motion up and down (for E(grav)) then (2) towards and from the magnet (for E(mag), you will see the total energy is constant.

[rainmanp7]

use a weight to bust the barrier. Use Centrifugal force to bust the GATE down. It should keep punching ahead forward. It's about getting the speed up fast enough. Once engines get spinning fast enough they can be unplugged with the same method because they have enough forward force to keep moving or be ticked ahead. With a armature attached to the wheel as it spins it keeps the ticking going round and round and falls and rises ticking it forward.

[cairun]

this is not much different than a single magnet attracting a steel ball.  however, good try, don't give up, good luck!

[gilbondfac]

i made a new ramp "circle magnet " and it works

the system  is coming soon on you tube

if you want to see for the moment 1 photos

send me your adress email

my channel "gilbondfac"

[itsblockdog]

I feel you're right on the road... everything you're doing. Weight in motion will overcome the release.

[OverUnity7734]

Hello, I believe you are close. I found the lock up point problem as well in my own work. My next prototype will have a gap in the circular magnet layout, to resemble the letter "C" rather than the letter "O". This will increase the magnets strength as it will no longer go into the ring part although it will increase the lock up point as well. No problem, we want a stronger magnetic field. The first though I had was to add a cam mechanism. See next message for rest of response.

[OverUnity7734]

it only gives you 500 characters to respond. The cam would move the drive magnet out of the way of the lockup point, then back down for the next revolution. Then to git rid of the mechanical part, find a material that effectively blocks magatism, use that near and across the lockup point. I am going to try lead and then diamagnetic materials like carbon found in ac motors used as the brushes. This will also help balance the wheel where the magnets are missing. Good luck, Jim.

[Fighting31st]

I would love to know where you get your materials

[swiftkickinthaass]

Try putting the disc of magnets on an axel in an upright posistion so when the magnet goes up, gravity from the weight pulls it down, Just wondering if the two forces have to be working against one another in order for the magnet to keep moving. Just a thought

[UnderMan1965]

seems like you failed to make the ball bearing to "reset" itself. How come you didn't continue with your magnetic rail experiment?

[jdub00777]

ok sweet, so what it you take off every other set of magnets so they become more spread out then make the disk stand up on its side?? what do u think??

[DANYPATAGON]

uuyy Dio !, que ssstupido...

[djburke135]

caca boca.

[itsblockdog]

Very interesting...thank you for posting this inspiration! :)

[vietarc]

i see u got strong propulsion, make the circle bigger to resemble the straight path.

[nikbasic]

let me give you one advice!!!!

you are doing it all opposite attraction tends to stop the magnets by attracting them but the other one force (same polarities) they are the key!! and don`t do it with the balls they are fun but no effect!!! Cheers and Good luck!!

[variablestatus]

thanks for video and showing your idea. every idea combined will eventually lead to the breakthrough we're all searching for. every experiment opens up new ideas and showing them on youtube lets others know the outcome without having to do the experiment itself. ideas are the solution for others to take it on and continue with their own view of the situation. alot of work was done to make your magnetic wheel. i know from the perendev motor i made which did not work. keep up the good work...

[rondogfresno]

Have you tried the experiment out with the wheel of magnets in a high voltage static environment? If you can get current flow through the air you might get a magnet to spin?

[jamesroney]

Guys, guys... guys.

Magnets wear out, and thus lose there effectiveness and need to be recharged or replaced.

So stop tossing around the term, "perpetual motion" in association with magnetic engines, motors or any magnetically driven device.

MAGNETS WARE OUT; perpetual means for ever.

Possibly you could make the system recharge its magnets from the energy it puts out. However, the coils that surrounds the magnets that would make that possible would get in the way of it everyday operation.

[Drevtoobe]

"Magnets wear out, and thus lose there effectiveness and need to be recharged or replaced."

Magnet's don't necessarily wear out. There is no relation between the magnets hypothetically "wearing out" and what is going on in this experiment.

If an impossible perpetual motion machine could be done with magnets, the magnets could be just fine for ever, not ever wearing out.

[Manitobah]

Is it possible to have the ball travel up the magnetic track and fall off the end? There by gaining kinetic energy. Once the ball falls off the end can it fall into a non magnetic race way that directs it back to the start of the magnetic track, using gravity.

If this were done we would have a perpetual motion machine.

If multiple balls were in play we could extract energy from their fall in the race way back to the start of the magnetic track, an over unity perpetual motion machine.

[djburke135]

I have such a design in progress... I'll post here when it's finished.

Dan.

[djburke135]

Yes that would work but getting the ball to release at the end is the hard bit.

Dan

[gibbo1112]

@djburke135 just make a little ramp or have something for it to knock into to knock it off...

[Ramiromasters]

@Manitobah it is possible to make a circle like that, its called orbit and you can see it on the moon and Earth rotation.

[bibomambo]

@Manitobah

To release the ball at the end,, its quite simple, as Manitobah said, when u add lots of balls, the second one hits the first one that is "stuck" on top, releasing it. Maybe im wrong, but I had the same idea as Manitobah. Extracting the Kinectic Energy gained from the Gravitational Energy (Height) and when the ball meets the bottom again, put the ball on its way back to the magnets to get her up again., as a loop.