Magnetic Switch Motor

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This video contains information on how my magnetic switch motor works and how it’s constructed.
Some of the specifics are as follows:
I used four N52 neodymium magnets in this video. They are .05 x 1 inch in size. I stacked them to form two 1 x 1-inch cylinders.
The 2 metal bars I used in the rotor are 6 x 1 inch.
The shielding material is from CO-NETIC. There are three sheets, which are each 8 x 5 inches. The holes are 1-inch diameter, with a 3-inch space between them, centered in the metal sheets.
This design would have a much better chance of working consistently with square magnets with at least 400 lbs of magnetic hold force, low friction bearings, and a leverage bar triggering the switching of the shielding slider.
The Key to building a Magnetic Motor:
• The Key to building a ...

[@planesmart75001]

I have been working on this for over 50 years, ever since I was in college. I have even made the curved magnets in Howard Johnson's model. I have tried a lot of designs. Right now I am in my 70's and want to give you what I have found. The best I have found is the simplest. We are very close to each other. Now to demonstrate my closest model I can describe it simply. Take a model train. I made mine with my 3d printer. I wanted to make sure I had no eddy currents. I used fidget spinner bearings too. :-) Place a long magnet cross-ways on the train car. The magnet is orientated north and south on the largest flat sides. It is placed at a 45 degree angle. Then you have another flat magnet placed on the bottom table. The table magnet will attract the car magnet till it is very close, then the resistance is a very small but strong place. Once past the resistance, the table magnet pushes very hard. You get a pull, then a push. Now, I was using a combination of co-netics shielding, and a torrent coil to reduce resistance. The torrent coil helped short out the magnet and the co-netics helped block the force fields. The torrent coil is of the lowest power I can use, and is turned on very quickly. I want to get all the push I can get from the magnets. I am having a little issue with the spacing. I want to have the magnets which pass each other as close as possible, but the torrent coil was getting in the way. I had ran some math and the best angle is 45 degrees. I hit myself in the forehead, because that was obvious. No need for the math. I was running all sorts of math configurations 30 years ago when visual basic first came out. I was a main frame programmer for IBM. I got a partner who lives in Melbourne Australia. We have been swapping information for the last 30 years. I was working on my latest model when my 3d printer broke. The filament pushed the guide into the heating element. I was using 4 inch by 1 inch neo magnets. Just got to be careful, they can snap your fingers. The co-netics get close, so the torrent coil should push it over the hump. The power produced should way more than be enough to turn a generator and run the torrent coil. Now, I have not converted this to circular motion yet. Last time I did, the angles were off, and I had eddy current issues. This is why I wanted to get a couple working first, then go for the circular motion. Right now, I need to get my 3d printer working, and find the proper torrent coil with the current to accomplish what the math tells me will occur. I have been told this is perpetual motion, but I do not agree. I think this is just a way to use the magnets properly. Now I did find one thing, the constant pushing and pulling on the magnets wore them out. (lost their magnetism) I just do not know how fast. I still think this could work for a while to be commercial. But aren't we all optimists. :-) Just be careful, these magnets bite fingers.

[@Motionmagnetics]

Have you shot any footage of what you are describing here? I would love to see the physical results of that track.

[@brettkarling5671]

Dude this so fucking amazing. I feel like even with a small amount of electrical energy providing the sliding motion of the slide the rotating part may produce more, and I think would produce more energy than it would require to move the slide back and forth. Especially when on a larger scale because the amount of energy to move the slide wouldn't scale the same as the energy out put of the rotation. In my mind you just made free energy my guy. I really hope you're ok haven't posted in awhile. I want to work with you and help fund your research.

[@ramev282]

Exactly my thought

[@7gone]

Same as me, I have plenty good ideas, but dont have working place :D

[@Motionmagnetics]

Thanks. You may be right. I've been active lately with new content and am currently 3D printing parts for a new project I've been working on for a couple of weeks. Should have the video up soon.

[@jimmysyar889]

What you feel is completely wrong. You can't produce energy from nothing.

[@kongdmg]

been a fan of you channel for a while.. def good to have an optimist mindset in new idea or old concepts.. ive constructed a concept that remove all issues (known) so far.. needing more resources to build it without the extra questions and more professionalism..

[@FiveTrackTape]

Brilliant. Thank you sir.

[@Motionmagnetics]

Thank you.

[@RAFAEL_ANRIAL]

@@Motionmagnetics Hello! A friend of mine who had a free energy generator showed me a diagram of how to make a magnetic switch where the switching cost will be 1 W, and the gravity will be 200 kg, which must be accumulated in the flywheel! it all works, switching by electrical impulse

[@mikesetbacken7891]

About 12 years ago I used to fallow the Peswiki page ,whitch has been dismantled..for unknown reasons... it was a sight that had up todate of all technologies . There was a guy who had a very similar device like yours. Different but doing the same thing.. I contacted him .He said it was working ...I have been working on my own design for years now.. Nice work ..

[@inertproductionsalternate9114]

Haven't seen anything from you in a while. Everything alright?

[@bolagadalla]

Imagine him figured out how to do it, now the government has him in some room out in no where making magnetic generators for him lol.

[@bolagadalla]

But yea, tbh thought the same thing

[@jdjizzle]

I had been following this guy for few years and feel the same why kinda odd how he seemed to be close the nothing for a year

[@JakeGreen86]

He got sucked into the magnetic multiverse

[@officialjayee9688]

We need to find this guy!

[@dustind3502]

I see you are working from mechanical switching, I would like to remind you there would be more limitations on the speed of switching possible vs electronically switching, and suggest you work for more torque vs RPM to help eliminate mechanical wear and noise generated from mechanical switching.

[@easycheese6409]

I would have went with a cam or swash plate for the switching, but it's builder's choice.

[@joshuanorris9785]

@@easycheese6409 how are your designs going guys?

[@DJIzzyDC]

Also you are correct that wind turbine low RPM magnetic Generators are the best candidates for this, as i just ordered an 8KW one that i am going to power with one of these inventions

[@gUVUsKgUVUsK]

Thank you for sharing Would a spinning disc, rather than a rocking table, perhaps require less energy to overcome inertia on each cycle?

[@jdikoder]

With all due respect may I suggest: I think you have already consider thar you have 2 magnets at the left and the right of the ball, and below you have gravity, so you have kind of 3 magnetic forces around (I think you have already considered gravity long time ago) Have you tried putting magnets not at the sides but at the top and the bottom of the track? (Maybe you can also use a sylicon transparent hose or other materials for the track to reduce friction. (I can be totally wrong but hope my suggestion somehow ;) )

[@RAFAEL_ANRIAL]

Привет! Мой друг который имел генератор свободной энергии показывал мне схему как сделать магнитный переключатель где затрата на переключение будет 1 вт,а сила притяжения будет 200кг,которую надо накопить в маховик! всё это работает, переключение электрическим импульсом Hello! A friend of mine who had a free energy generator showed me a diagram of how to make a magnetic switch where the switching cost will be 1 W, and the gravity will be 200 kg, which must be accumulated in the flywheel! it all works, switching by electrical impulse

[@kugle1000]

Так вот от куда ты черпаешь идеи для своего проекта :-)

[@petergedd9330]

Those fidget spinners are totally inspired, what a great idea. Thanks for your openness, thats not easy!

[@danielrehak4810]

Have you finished a functional prototype of a motor with magnetic shielding ???

[@TheRainHarvester]

I missed the reason you didn't show it working. What is it?

[@teresashinkansen9402]

Its so funny how so many people think this is possible but there is no free lunch, the energy needed to move the shield in place is always equal or greater than the energy the magnet gives to the rotor, magnets are just like springs.

[@geauxracerx]

Seems like you could accomplish the same goal with less expenditure by replacing the moving shield with a pulsing electromagnet/magnets. That pulse at the right time and push/pull the rotor through the flux of the magnets. Great work as always though

[@steve-o6413]

He works solely with magnets...

[@geauxracerx]

Steve-o yeah I get that, but it still seems like it would be 10,000% more efficient. The power required could literally be produced by the stator and have tons left over.

[@Motionmagnetics]

Any electrician could do that. And there's nothing wrong with it, but that's not my overall goal.

[@geauxracerx]

Motionmagnetics yeah I get I’m leapfrogging the goal of make a machine run by nothing but Magnet part.

[@williammeador2181]

@@Motionmagnetics what would be your overall goal? free energy

[@airman16105]

Have you thought of using Mu metal? We use it to block magnetic fields around compasses it would lighten the slider. You can buy it from an aircraft spruce and specialty. Great project.

[@crohkorthreetoes3821]

Your contribution is very much appreciated

[@RoelVandePaar]

Uplifting and a cool approach. You rock.

[@916619jg]

That magnetic switch is awesome!

[@shahjahan8]

I love ❤️ your patience about making magnetic moter

[@BolivarTavares]

expandiu minha mente, obrigado pela idéia e o conceito... vou aplicar em meus estudos e protótipos... chegaremos lá....

[@Motionmagnetics]

Obrigado. Eu agradeço.

[@primemac3dstudio18]

Speculation is that the metal used is causing a fluctuation in the magnetic field and that is why the filed is not steady. It would be wise to remove all metal except the mail metal areas and magnetic. The field pitch is of value so you may want to a magnetic field visualizer to see what the filed is doing. The best way to move forward to to see what the field is doing in your project. I suspect you will see a magnetic spike do to the extra metals. The key is to locate the end bridge of the field. That field is the key to creating perpetual motion

[@ANT-jm4qx]

This dude really believes he doesn't need to obey the laws of physics haha

[@harizhaqim3906]

At least he tried

[@ashercorbett8089]

*Issac Newton posting wanted posters for breaking the law

[@magneticpulseengine3605]

Well you are not wrong but switching that field on and off comes at the cost of the rotational force that you had hoped to give you the net benefit of the thing to start with for sure It’s outside the box thinking.

[@madtscientist8853]

If I'm hearing you correctly, what you're basically saying is you made a mechanical pulse width modulating motor.

[@davef5208]

Everyone likes to make myth busting (or fake) vids on perpetual magnetic motors. But, I still believe there's a way to line up magnets in the rite order, that you can make it continue to work, without a power source. What about those lock switching magnets? what if there's a way to make levers/arms, and maybe counter weights that continue to switch the magnet on and off, therefor it continues on it's own.

[@Mike-ff7ib]

The key is to eliminate the energy lost. In every case the energy gained is canceled out with friction and clogging. Magnets have energy to harness but to date no one has figured out how to do it.

[@johnnynolan7844]

What about a wheel on one end of the shaft, that spins a disc like magnetic lock? I had this same idea a while back, but yours is much better.

[@overunityinventor]

The best thing about your videos is that you record them first and add commentary later. It makes them more professional. 👍

[@trevorlawrence5842]

This really is exceptional, I have long wanted to build a magnet motor using switchable magnets and I have 3 of them. The problem I had was the switch which required a bit of force and an almost 180 degree turn. In your video I see you simply tapping on the magnet switch to turn it on and off. How did you do that? How did you did you turn it on and off without having to turn the switch? Also thanks for your incredible videos I have learned a lot!

[@platypusrex2287]

I second this comment,

[@HomicideHenry]

This is just a guess... Every time it makes a "half rotation" (partial rotation) the mechanism that rotates "sways" the secondary part of the machine, kind of like a mechanism in a pendulum clock. Every partial rotation causes the pendulum to "open" and "close" therefore allowing motion to continue to "move forward". I've always thought had someone created an "arm" that would create "work" every so often, therefore the magnetic motor could keep moving forward. It's NOT the magnet doing the work, it's the motion created by the secondary part of the machine. Don't know if I'm making any sense. Hope it helps though. Congratulations sir *motionmagnetics* on the progress being made. Jesus Christ Almighty God bless you and Jesus Christ Almighty God bless your family 😊

[@Motionmagnetics]

@@HomicideHenry Correct. I like your pendulum analogy.

[@Motionmagnetics]

HomicideHenry explains it pretty accurately below.

[@brotherstech3901]

This motor design has mechanical limitation on switching however a system of gears can be used to make high rpm motor . Also , moment of inertia is important. Good job sir!😊

[@mtx_by_ovimoto]

Sounds like Charlie Hunnam's voice 🙂

[@Motionmagnetics]

I wish I had him to narrate my videos.

[@mr.upcycle9589]

You can man 👍😁

[@otakatekmatok]

Mantap,,mamper di cancel otak Atek motok.motor lestrek ngecas sendiri.gk usah ngecas di rumah.

[@MrTench8]

The effort to moved the shield would be reduced if you got the covering and uncovering equal. Square magnets covered by square holes achieve this. Round holes and round magnets with the holes and magnets equally spaced does not due to the opposite curvature of the opposing sides, it creates and elliptical shape on one magnet with a smaller area than the eclipse shape on the other.

[@JoelStenberg]

I wish more people were like you, willing to share information without trying to make a profit or take advantage of someone else. Thank you. Is there any way I can contact you privately? There are some ideas\plans I had, but not willing to share publicly right now.

[@ikobi]

I've been researching energy solutions for Africa where electricity is sorely lacking and I believe magnetic motor is a viable possibility. Will you be open to consulting for us? We could use someone with your expertise in magnetic motors.

[@dumbcat]

i've spent a lot of time looking into PMMs. yesterday i prayed and asked God if i was wasting my time. then i watched the beginning of the documentary "A Machine To Die For" which believe it or not i had never seen. in the first 10 min i heard, "you are in danger of becoming obsessed by perpetual motion and spending the rest of your life divorced from your spouse and married to a machine." i seriously doubt that was a coincidence

[@mikeconnery4652]

Have the magnet go over small coils and have the coils connected to a battery. Now you could energize electromagnets.

[@Motionmagnetics]

I'm currently building a gravity generator that will do something very similar to what you're suggesting.

[@carlc4715]

good work and sweet idea but the shield is closer than the drive. would that make it not work regardless of scale or friction? magnet is strong close up by much. I made many motors in many years but nothing like seen on youtube.

[@ottawadigs]

you can add small opposite magnets to each end of the slider and the posts so it doesn't bang 😀

[@johnM-Jr]

Can you shield the "gate" in a v gate motor? In a harddrive, the magnets are mounted to a metal frame, is that magnet shielded?

[@redcastlefan]

Your channel is amazing. please never stop

[@intonsoriano5861]

You can use spring to make it simple. How? Put spring in the center of your circle move spring bended 45 degrees on surface of disk and you'll found out the tip of spring is moving in circular as well as you move the disk. You can put magnet on its tip and it switches it's polarity as you were trying to do with your project. Try it and you will found out. Bend the spring on your fingers and make a roll

[@joshuanorris9785]

how is your design going?

[@GodGuy8]

Gods gonna bless you man

[@codyshowalter7128]

Magneto (Massey Ferguson works) stationary electromagnets (3) you can sort the rest 🫥

[@CliveCrawford-p5u]

I hope you are still interested in collaborating ideas because I have also been busy over the years with a idea, and came up with a solution for when we put our 2 models together we can have a working model. Let me know if you want to explore my findings

[@codyquist4908]

Why not use a disk with one hole instead of the sliding cart? i know its kind of annoying to translate horizontal motion into vertical motion [ bevel gears as an example ], but i think its a good idea

[@Jamesrealasdeath]

Okay, couple of things you did wrong. Number one you're working on attractive Force rather than repelling force. Number two just build it like a standard engine. You have what I call the mag valves at the top of the engine working like the valves on a standard engine. The Piston will be made of a high-powered neodymium magnet, with the mag switch at the top of the cylinder. This will have a cam that rotates the mag switch on and off. Once the mag switch is turned on to its proper polarity it shoves the Piston down due to repelling forces. Then you really don't have to worry about modifying anything else about the engine, it'll function and run just like a regular engine would. Make it happen captain.

[@ashercorbett8089]

He can’t work with repealing force, because that would require the use of a “static” magnetic field If he used that, it would be attracted to the high permeability shielding material, thereby stalling the motor But using “attraction”, the rods can pass by the ferromagnetic shielding material

[@TheBlaser55]

As Mumetal is quite expensive have you considered the Mumetal from old hard drives, as they are cheap..... My understanding from the manufacturure, is that if you cut, bend, or punch out Mumetal, it needs to be put back in the oven surrounded by Hydrogen. Bought some Mumetal and my N54 magnets just came in..... Guess I'm going to have to design the 3D models myself...... just nice to have a head start..... you can also sell your model designs on some sites, and think you should get some money to buy more stuff.....Either way, great to see you videos. I do not care how well the models work, and some of us could help.....Take care!

[@phuthai]

Great.! Thanks for sharing

[@willycumps7489]

Could use read switch for this

[@valveman12]

Interesting project, however: This will not work without an external force driving it and therefore cannot rotate on its own. No way to generate enough force to move the metal plate to switch the magnets. Any loss in a closed system results in an efficiency of less than 100%. Therefore not possible to run on its own.

[@Shadobanned4life]

I salute your craftsmanship and hard work! Magnets are fascinating and confounding,as the same problems always seem to appear on these devices no matter how they are made or designed,every project seems to end-up 'stuck in the middle' eventually. Some designs manage to postpone this for a couple of cycles but they never really get going under their own power for very long. Worse than that,there are too many dishonest hacks that turn these projects into a battery and motor-hiding contests. If you are enjoying yourself and learning something,you are doing more than lots of people these days! Keep good track of all your data,this problem may indeed eventually yield in small increments. Whatever happens,at least you are having fun,learning,and sharing these nifty vids! Thank You,this is very interesting🌞

[@robertneighbors4091]

When you rotate those ferrous rods over your magnets, over time, they will take on the same polarity as the magnets (leading to reduced attraction and /or failure to attract at all). It's very common phenomena.

[@clayscreations9300]

Is there a better type of material to use

[@easycheese6409]

Laminate amorphous. It's a form of silicate steel used as the core in low loss electrical transformers, extremely thin, extremely sharp, and known to cause cancer in the state of California.

[@parsonsfra]

So what if the design doesn't work... If you used a small servo connected to a battery and circuitry and/or arduino, you could move the shielding back and forth when needed. Then the stator wouldn't lose its energy by doing so. What I'm talking about isn't a magnetic motor in its truest sense (from what I know a true magnetic motor is impossible), but it's a new type of motor, at least Ive never heard of it before. That in and of itself is something you could potentially patent or sell (if no one else has done it before).

[@earthenscience]

I believe the magnetic sticky point can be overcome. I have reason to suggest this based on experimental results. Unfortunately I have no solid data on this, because during the experiment, both the magnetic viewing film and iron filings returned no usable data, so I don't know how it works. The problem is nobody knows how magnetism works. We are like in Plato's Cave trying to master magnetism. Mainstream science youtube channels will say magnets are due to Einstein relativity, then the mainstream science later says how Einstein's relativity doesn't add up and has errors. So the only understanding of magnetism is from a flawed theory that doesn't add up. Maybe there are magnetic vortices but maybe not, some things about magnetic vortex seem unclear, if there is a vortex why do iron filings not move in a magnetic field? I watched a science video uploaded by the Science Asylum claiming that magnetism has curl but 0 divergence, but then the picture they showed (at least to me) looked like it had divergence.

[@ryanjamesloyd6733]

I've wondered about this, ever since I first saw one of those switches several years ago. It seemed, that a better engineer than me, could make a mechanical alternator, with clever gearing.

[@dee5556]

Already did, It works great!

[@tonymontana1774]

Great Work!

[@gnosisdg8497]

nice great job...but does it work ? i can see its gaining speed but for how long ? do let us know !!!if it works i will buy one from you to support you !

[@Motionmagnetics]

Thanks. This one isn't set up to run continuously. It's simply to demonstrate the principle. The magnets need to be square to properly create a smooth transition from magnet to magnet when sliding the shielding material. If I get a chance to model it again and test it in that configuration I'll publish my results.

[@williammeador2181]

@@Motionmagnetics not possible Bro

[@1977kinjite]

I'm not one of your more intelligent viewers but I do have a idea .some figets have a porseline bal baring . 2you have th shielding only on the table one side ( the bottom one ) is it possible 2 do it on mutlyple side's ( front back and top ) 4 the torck . sry 4 the comment but have been stuck with magnetic motor idea for a long time . and then c yours and got more . thanks man keep up the good work

[@crashpodROCK]

Awesome as usual. Keep up the good work mate.

[@magnuswootton6181]

oooh that looks useful indeedy!!!

[@thomasersosi4595]

What is your motor consuming to generate that motion? Humans have become quite good in converting one kind of energy into another, but we have not built or found any system where something is created out of nothing.

[@easycheese6409]

I look forward to seeing it work. The closest I've seen someone come to a working one was a tabletop display model in a sealed case.

[@shelbysgarage5828]

Very cool man! You have done what I've been preaching for the last two years. Thankyou for sharing. I subd

[@cronicjohnson]

what is the shielding material

[@brettkarling5671]

Yo you alive??? I love these videos and what your doing I truly believe can work. I would love to collaborate with you, and explain to you how I think this can work as well using certain elements. To me it doesn't matter who invents this technology I just hope someone figures it out, and I think I could really help you.

[@jasonpettiaux6952]

I am pretty sure that using a flexure instead of the roller bearing would improve your design. You would avoid friction by staying in the elastic domain and thus recover the energy and maintain a similar shape. Other than that, I don't understand it all. Can someone explain what the advantages of this motor design vs a "standard" electric motor are ?

[@dee5556]

@@someonesomewhere8869 sorry I answered the wrong comment. For a magnetic conduit Metglas is expensive but high on the list with a permeability of 800,000 when treated properly, however its flux density is only 0.88T, Somaloy Powder is a ok good material as it it designed to pressed into a form so high production is possible. I use it for EM coil cores. I experimented with it 3D printing magnetic PLA liners and filling it with a clay like putty of high dielectric epoxy and Somaloy powder with good results considering. Of course there was a significant drop in permeability but it still considering the ease of making complex parts with good tolerance it was better than expected. Obviously when I have a design I'm willing to drop more money into then solid pressed parts work exceedingly better. Recently I have been experimenting with ultra pure iron powder as when the purity is better than 99.9% the magnetic properties increase dramatically currently the purest I can get is 99.95% pure with 325 mesh particle size from China at a very reasonable price. I have been very impressed with this material as the permeability is around 150,000 while having flux density around 2.6T. While 99.5% pure iron has a permeability of around 2000, its a very dramatic change. There are many papers on this, an easy search. My research has also lead me to 50-50 pure iron cobalt alloy powder which could be a very interesting next candidate. I also used the MagPLA liner technique with the ultra pure iron powder epoxy dry mix with very impressive results.

[@someonesomewhere8869]

@@dee5556 do you have any researchers I should look into for these sciences?

[@nayanmipun6784]

No law of thermodynamics says that self-sustaining almost perpetual mechanism can't exist

[@5disguised]

Imagine quoting limiting out dated laws made buy humans.

[@nayanmipun6784]

@@5disguised I understand, humans made laws are important and we need good human made laws

[@jhfdhgvnbjm75]

Interesting; but nothing in the video actually shows it working without some of the mechanism out of frame. Also, if you were so concerned with sharing knowledge why are there no links to the 3d printing files to make your own? or even images of everything needed to reproduce it.

[@samuelmarquardt7884]

so t you're basically telling me that you made free energy

[@videomang]

The main reason a magnetic motor will never work is because a magnet moving near a copper coil to generate a current creates kinetic resistance -- it is impossible to create a motor that will press pass the resistance and create a current. You may in theory be able to create a motor that can maintain a spin that was started by an exterior push, but it is constantly losing speed from friction and force keeping the magnet from moving near the copper.

[@CallMeTess]

I don't quite see the use of this. For it to work as a proper motor you'd need some external force pushing the baseplate back and forth. Wouldn't it just be easier to use a standard motor design? Or are there other uses for this design that a standard motor can't achieve?

[@heyman5525]

Use repulse magnets for bearings as well.

[@paulgossling6900]

would diagonal holes not be better

[@Motionmagnetics]

I think they should be square with square-shaped shafts.

[@master.afzaal]

👍

[@tatogoldstein2111]

Your Path man ... may karma be always on your side when you need it !

[@randolphsnyder1505]

About the only way to effectively block a magnetic field is a big hunk of ferrous metal.But if you find another way,let me know because the rest of the free energy quest is childs play.

[@carlc4715]

Leverage just takes more time thus same energy used. If you have anything at all make a machine that has less resistance one direction. Once you build that its simple.

[@greggabuchi9917]

Nice one for sharing but I think u are holding back some component. Missing element

[@gnosisdg8497]

any news about this project? does it work as you imagined ?

[@fracapolligummala3548]

7:25 You got humorXD Maybe you dont show any because they are kinda but not really working? And I could even say you why but I think you are very intelligent and I can left that to your imagination.

[@HamiltonSmith4]

Around 2007 I was on the magswitch company website and I remember them listing 'free energy' as one of the benefits of their technology. I thought they meant this (control of a larger force by a smaller) but when I went back to the site I was never able to find that page again. Keep going I think you're on to something.

[@element1192]

The only free energy that exists is energy we get from the sun.

[@HamiltonSmith4]

@@element1192 what are things made of? Why doesn’t it go away?

[@element1192]

@@HamiltonSmith4 What?

[@dee5556]

@@element1192 you are mistaken. Energy is the flow created from a difference in potential. As long as a potential can be created and flow is allowed energy IS. The real question is HOW to create a potential and flow without diminishing it. Tricky but under the right conditions it is inevitable. How long does an electron /proton charge last?

[@element1192]

@@dee5556 That energy cannot be created or destroyed. Only transferred or transformed.

[@psecdocumentary]

"There are very good reasons for that, which I will leave to your imagination" -- alright, I'll be the one to blurt it out: not wanting to be murdered (literally) by the oil industry.

[@norwegiansmores811]

or... maybe its because it just does not work? more energy is lost than made so it grinds to a halt.

[@joeestes8114]

Awesome!

[@stevetobias4890]

You are a very smart man. Knowledge should always be shared, not used to promote greed.

[@Traderhood]

Although I like the effort, the shielding is all wrong. It requires too much force to switch.

[@jackp.1711]

The opening clip is also played in reverse to give the effect that the rotor is speeding up. There is no free energy.

[@imtiazkannir8010]

God bless you 😉

[@ashercorbett8089]

So that means…it works?

[@puttingtechniques]

Great video. Have you measured the reduction of magnetic field when the shield is placed across the magnet. I am working on something else but need something that can block the magnetic field totally.

[@Thomeeno]

You should go by the way of these magnetic switches he is using at 1:35, you turn magnet 180 degrees and magnetic field is gone

[@joshuanorris9785]

@@Thomeeno how is your design going?

[@HomicideHenry]

My question is just how long can you run that set-up? It looks like it puts out a nice amount of torque. Jesus Christ Almighty God bless you all 😊

[@Motionmagnetics]

Thanks. This one isn't set up to run continuously. It's simply to demonstrate the principle. The magnets need to be square to properly create a smooth transition from magnet to magnet when sliding the shielding material.

[@williammeador2181]

@@Motionmagnetics wil never happen.. magnets will not produce a usable force withoutan input..

[@sergeyafonin2596]

I can't find running motor in video. Am I alone in that?

[@bazahaza]

That's the secret it doesn't work.

[@Naomi_Boyd]

😂😂😂 All you need is stronger magnets and less friction than I have, and yours will work guys. I'm sure of it. 🤣🤣🤣

[@pablorages1241]

Why do i always end up on the weird side of the interwebs ?

[@Xhopp3r]

I have been thinking about a magnet motor for a long time, and I have always thought the answer is switching magnetic fields on and off, or changing polarity of the fields at the correct time. If you think about an electric motor and the way the wire or the magnets move in relation to one another to induce current in the wire, the same think could be done with just magnets if thinking of one or more of the magnets as the wire in an electric motor. It is all about the relative position of components in time. I like the way you're thinking about this and for that reason I have subscribed.

[@joshuanorris9785]

hows your design going ?

[@shawntootill24]

Please, My friend. Find the comments I posted to your vortex video. Lets get this done!

[@Dfresh-h4r]

Hey there, the switch is one of my idea along with some sort off timing mechanism , even a low voltage timing that can produce hight energy and high torque can be consider free energy. I have been putting of that project for a long time now. Thanks you for sharing, However be careful off the energy lords.

[@harizhaqim3906]

Where are you!!?