Free Energy ~ Case Fan Magnet Motor / Real or Fake?

You decide. After watching a "Free Energy Case Fan Magnet Motor" video on KZbin, and being skeptical(No wonder why with all the fake videos on KZbin), I decided to try it out myself. Needless to say, the results are not promising using only one magnet to push the motor into motion as the video uploader demonstrated. While there are ideas and devices which do show promise, the one being put to test in this video, is not one of them. If someone is able to prove this device/method works, then you will need to post all relevant information(EXACT magnets used, the positioning of the magnets on the fan blade in mm, which way the magnets face, the model case fan used, and the magnet which was used to push the fan into operation). I will then test your method to make sure that it does work. if proven to work, I will post a link to your video for others to view. (MAKE SURE YOU WATCH THIS VIDEO WITH THE ANNOTATIONS TURNED ON!)
PART 2 Here:
• FREE ENERGY Magnet Pow...
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[@electronicsNmore]

Check out PART 2 of this video which uses very thin neodymium disc magnets: kzbin.info/www/bejne/g2e0h2N3m6l5aM0

[@robinsss]

electronicsNmore you gave a theory of how you think in fan actually worksput the device you suspected is inside the original inside yours and see if it worksotherwise your theory remains a theory

[@electronicsNmore]

Same flickering output. Stop believing all the scams!

[@robinsss]

electronicsNmore you aren't willing to insert the device you mentioned in the fan? you haven't proven this is a scam then you only presented a theory about how it works

[@electronicsNmore]

STOP wasting my time.

[@gt4awd]

electronicsNmore I have experimented with neo magnets and felt there is potential to create very useful mechanisms. For instance contact free transfer. I have a video posted way back where I constructed a basic contact free energy transfer demonstration. Based off the design of A/C generators and motors I would like to further research ideas for the potential to create a system that could create free energy from strong magnets. I feel there is likely a way to do this. Currently we use magnets to create electricity from an external power source. If further research is done I believe we can utilize magnet fields to do this with no drive source.

[@Graeme_Lastname]

This is really a very simple situation. NOTHING like this can EVER work no matter how you arrange things. This is just a fact. Lots of people try this sort of thing but it never works, it can't. Any video showing something like this working is a fake. KZbin needs more people like yourself who tell the truth. You're doing a good job. Well done and thank you.

[@electronicsNmore]

Thanks for the kind words.

[@Ferretsnarf]

I'm nearing the completion of my Electrical Engineering degree, and it's frustrating to me when I come across people who think I'm part of the anti-free energy conspiracy. Thanks for putting out these videos, it's nice to see someone who has the patience to respectfully approach the situation and put together these devices to show how they (don't) work.

[@electronicsNmore]

Thanks For Watching. I'm very open minded to ideas/new things, but some things just don't work. Lets be realistic, if this really worked, the person would be patenting the idea, and making millions. People are way too trusting of many KZbin videos. If this does work, then I expect someone to come forward with all the design specifics so it can easily be duplicated by others. Good luck with that.

[@hansleymaharaj3521]

electronicsNmore well said

[@RzAn8]

many people misuse / misunderstand the word "free" in free energy free energy doesn't mean energy you don't pay for

[@edelahaye]

rzan8 And what does it mean exactly ?

[@RzAn8]

Emmanuel Delahaye energy can not be destroyed or created only converted this is the law of the conservation of energy so the "free" would mean creation of erergy without an input source

[@electronicsNmore]

@Rahat Ibn Nabi Based on the testing I have done, which is more extensive than what is shown in this video, I can say you WILL NOT get a single magnet to push a case fan into smooth spinning operation. Not going to happen. If you doubt it, then try it! Very simple to prove to yourself.

[@electronicsNmore]

Clearly it is very easy to fake videos if you are good at video editing. Don't be so trusting.

[@electronicsNmore]

Pablo Garcia Don't waste my time. Either PROVE this works by making a video and testing it out for yourself, or stop carrying on. I'm seriously considering creating a new channel just for making free energy scam videos since so many people believe in them.

[@electronicsNmore]

Pablo Garcia More like how gullible. Find me one computer case fan that you can buy online that spins freely using one magnet as shown in this video, or multiple magnets(NO WIND), and produces endless power. LOL. Please do so and post the link here for all the viewers to see. Clearly people would be duplicating this device like crazy and making lots of money selling them online. Show us. I would like to buy one. The Chinese would have already duplicated and mass produced this device for sale.

[@jhanthony2]

Pablo Garcia Also, you can see many different people who can saw a woman in half and put her back together. You can clearly see that she is in two pieces, so it must be real. I tried it and killed the woman next door. Maybe I should try it with a sharper saw.

[@jhanthony2]

Pablo Garcia Bloggers have credibility?? That's a new one. Pablo, yes, magnets repel when their like poles face one another. But they repel in BOTH directions. The next magnet on the circle can't get into proper position because it gets pushed backwards. The fan is being forced to turn in two directions at the same time. The net result is it doesn't move at all. Perhaps you should do what thousands before you have done. Try it yourself.

[@MarkAhlquist]

Thank you so much for this video. I was having trouble convincing my kids the video was fake. Good job!

[@anassdakki5790]

The video is true. You are just scams in the comment section trying to convince people it's fake so they pay your companies....

[@MarkAhlquist]

@@anassdakki5790 So, you can make this work? I tried this and it won't work. Could you show me what I'm doing wrong?

[@cnutsack]

@@anassdakki5790 Shut up, and take your schizophrenia medication.

[@marcobraga]

6 Não funciona,tem truques

[@marcobraga]

- belo truques,pois não funciona!

[@RizenLink]

These videos are great. I thought of a similar design, which wouldn't work of course, but I wasn't sure exactly why. Thanks for explaining and debunking these.

[@samirmajumder8633]

Thanks. U

[@alwo3678]

Set it up so the fan also turns a little crank attached to a rod with lobes on it like a cam shaft. This will avoid cogging and will simulate turning a magnet on and off

[@eXtremeDR]

Unfortunately some people have no clue how much damage they do with fake clips about free-energy.

[@electronicsNmore]

EXACTLY. Those morons make people think that every other device is also fake.

[@Xzxzkanal]

*****wenn ich jetzt ein paar radial magnetisierte magnete nehme funktioniert das dann genauso wie wenn ich einen langen runden radial magneten nehme? (hurricane balls meine ich bzw searl)

[@electronicsNmore]

I guess you did not watch the full video. This person made people waste their time AND money trying to replicate this scam. That is the damage.

[@fuckyougoogleplus8667]

They know. They don't care. Because the page views make THEM money.

[@eXtremeDR]

FuckYouGooglePlus Money will be worthless soon. They'll realize this mistake when it's too late.

[@edelahaye]

Thank you ! I am tired of these so-called free energy devices.

[@electronicsNmore]

i hate scams. You will never find one on this channel.

[@thomasblackwell619]

I hate the phrase free energy. That phrase has closed people's minds to experimentation. Scams like this also make me angry.

[@Furby_assassin]

The one thing you didn't do was rig up a switch to turn the fan on when you put the magnet close. I'm sure that's how it was done.

[@NeilRoy]

Great explanation. It SEEMS like there should be a way to do this with magnets, which is why people are drawn to this sort of thing.

[@shadiggity2481]

what if u used the same idea but put a horizontal axis on a vertical wheel with multiple magnets facing the same way, place the wheel over the fan, and set it spinning, just an educated guess as to what would overcome the "cogging" effect... both the fan and the wheel could potentially spin indefinately... OR use monopole magnets on the fan blades so the opposite magnetic fields are not affected, i dont have the cash right now for the experiment but i will definately try it out... also is it possible even for this fan to produce electricity instead of acting as a load... you might try setting it spinning with a dremel tool with a load attatched to the wires from the fan, i really appreciate what you are doing here :)

[@ectonomics]

I think this is a great idea and tommy is right and he is a very smart man I respect him greatly

[@electronicsNmore]

Since all magnets would be moving, the odds of getting the fan to spin would be much higher, but you will likely experience problems maintaining a smooth spinning fan.

[@the1grape]

You need to add a soda straw to your setup. Blow through the straw, aimed at the fan, as you bring the magnet close. It will spin! :) (BTW: It spins best if the outer magnet isn't a magnet at all...)

[@electronicsNmore]

Notice how NONE of the people who gave a thumbs down, offered to show any proof that this works. Typical trolls.

[@electronicsNmore]

***** The cogging effect is very hard to overcome. Is it possible? Anything is possible, but highly unlikely as the uploader showed. Remember, the individual stated that all he did was glue magnets to each fan blade then use another magnet to push it into smooth operation. Based on that, it is not going to happen.

[@power-max]

Unfortunately, I do not believe this type of free energy device will ever work; not even with monopoles. The problem is that for every south pole this is an opposite and equal north pole, or the south pole has to be brought closer to the stationary magnet before it can repel away. Cogging should not be a big deal with enough rotational inertia. If you draw out the field lines for all the magnets, you will see a few that will counteract the desired force. Every design I have found thus far has that problem.

[@valveman12]

See my videos Magneti Motor BS and Magnetic Motor BS2 for a simple explanation why this is not possible. Good Video BTW.

[@shanonbull8279]

Power Max Where can I obtain bagnets, and just how do they work?

[@valveman12]

Power Max Monopoles are theoretical. They do not exist in our reality.

[@Sinoha]

It's because your disc magnets are axially magnetized. Try disc magnets that are magnetized diametrically through thickness. Thanks for sharing this, and your diagrams on how your poles are placed. That was a huge help!

[@electronicsNmore]

I know about the other magnets, but the individual used magnets that were magnetized axially. Thanks For Watching!

[@Sinoha]

Yes you are right, I got the terms switched huh? Good catch, but the diagram I believe is the incorrect magnet type? Not saying it'll work when switched but I'm gonna try it. Got them in the mail already.

[@TheCandaceH]

I'm curious, what if you had equal amounts of magnets, opposite poles - say two fans placed on top?

[@TheCandaceH]

Or maybe you need one solid magnet north, and a larger one, south to prevent the cogging? To have no spaces between the magnets...

[@electronicsNmore]

Hello, Please watch Part 2, all questions will come to an end. Thanks

[@Mentorcase]

I'm surprised that a smart man such as yourself would even have to try this to know it cannot work, lets say this is to show other people that it will not work to save them the frustration of failure. It looks like it should work but really can't, ever work. Keep up the good work on your other videos.

[@electronicsNmore]

Lets just say that I more or less figured it would not work. but I wanted to put the video out there to inform others and save them the time/trouble of trying it out themselves.

[@printlife9016]

something like this should be on mythbuster on Discovery channel as well. that should be lots of fun.

[@robinsss]

+Min-Bau Liao great ideai'll send it in

[@bobjohnson4359]

mythbuster is financed by big corporations. They will never let the little people not pay for energy.

[@ryan00101101]

Finally an honest youtube channel. I wonder why people post garbage and claim to have built a perpetual motion generator. It pisses me off.

[@electronicsNmore]

:-) Glad you enjoyed my video. Be sure to check out my video playlists, rate thumbs up, and share. I have another "Free Energy" scam video coming out soon. Thank You!

[@karamaxcy5575]

Thank you for showing that this is bogus. My son saw one of the fake videos and has tried and tried to make it work for his science fair project. It wouldn't work, he got the same results as you. I was able to show him your video and let him know it was not his fault. Unfortunately he spent a week and a half of his time trying to get it to work before I stepped in, and now he is disappointed with what he has to turn in at school. It is truly sad what people will do to get a few views online.

[@elaineli1155]

same, I'm doing this for my science fair and I have no other way but to hand in this stupid design

[@stovena]

ur son has learned much of his future lifes..

[@amscientific6]

Angle of blades on fan. You want less cfm, less resistance. And position the magnets close to the tip of each blade. IT WORKED!

[@edwardrex6458]

The guy who made the free energy video you mention is using a light bulb from a magic store. It is the same type light bulb used by Uncle Fester in the Adams family TV show/movies. It has batteries in the base, and the base is plastic and fake looking. (It's made to stick in your mouth after all.) The on switch is on the base, where he touches the wire. His fan is most likely moving due to a blast of air directed at the fan.

[@harryandruschak2843]

The Three Laws Of Thermodynamics: 1) You can't win 2) You can't even break even 3) You can't escape laws 1 and 2

[@MrPepsicola123]

Harry Andruschak the laws of thermodynamics are laws created by Humans who have no understanding of the universe and try to make meaning of chaos.

[@jimwade5712]

@@MrPepsicola123 you said it...

[@tomcatxsl6742]

the outer magnets would need to spin to continuously attract the magnets attached to the fan blades, but they would only spin until friction slows them to stopping, it's a very tricky near impossible task to make the motor work without applying power to the system, which would make it pointless. but it is still worth exploring different options.

[@SOGMAONE]

i dont know much about magnetic fields but could you try having the magnets on the fan facing south. then, have another fan facing magnetic north and place them next to each other, that way the magnets keep landing within the same levels? just play around with the fields lol

[@DavidLee-gt9rz]

I am trying the exact same thing. I to am having problems with it spinning. The video that shows it spinning looked like he used refrigerator magnets not sure what kind he had in his hand. You make a good point.

[@johnsims9907]

If you have a stationery magnet that created free energy you wouldn't need KZbin likes. You'd create perpetual energy and be a multi-millionaire.

[@robinsss]

+john sims it doesn't create energyit converts magnetic power to kinetic energy

[@johnsims9907]

You are bad at physics. Research "cogging" and understand why this is a scam.

[@robinsss]

john sims cogging can be a problem in a device like this but there are ways to solve cogging problems it's not an automatic death knell so if this is fake is John Christies magnetic motor also fake? google it

[@johnsims9907]

this is in no way close to a magnetic motor. This fan has a battery in it with a switch that is connected when magnetized. Use your brain not your eyes.

[@robinsss]

john sims so you are saying some of the magnetic motors do work?

[@joevignolor4u949]

I noticed that in the faker's video the claimant always keeps the stationary magnet part way out of the view of the camera. The magnet also appears to have a small hole drilled in it. There is probably an air pump located outside the camera's view and a hose going to the unseen side of the stationary magnet (which may not be a magnet at all). This blows a jet of air toward the fan causing it to spin. The motor inside the fan then acts like a generator to light the bulb. The outside power source is whatever is running the air pump.

[@rowdyyates4046]

Thank you for Explorer exposing all the Liars on KZbin. It makes sense what you say. There should be more honest people like yourself.

[@electronicsNmore]

Glad you enjoyed the video. I have many excellent videos on mychannel, so be sure to look over my extensive video playlists for other videos of interest to you, rate thumbs up, and most importantly share my channel with others. Thank you! kzbin.info/www/bejne/bnjOiZ9uoqapf7M kzbin.info/www/bejne/fJ7GeZJsbr6SkLs kzbin.info/www/bejne/a53Zd4aHZ8Rnqsk kzbin.info/www/bejne/eITHhHechLyVhNU

[@rikshaw2233]

Thank for posting, you have saved me hours trying.

[@electronicsNmore]

You're welcome!

[@donaldsmith3048]

put coils of wire next to the sides and let the wind turn the fan.

[@murfleblurg]

The chance of this working isn't slim, or next to nil. It's nil. It's vaguely interesting that you tried this over and over, but it's like trying to prove that socks don't fly. You don't need to throw socks up in the air over and over to show that no matter what you do, they just won't fly. Permanent magnets are seductive because they seem to make a free force. But it's the same as gravity - there's a force there, but as soon as you exhaust the potential energy, you have to restore the potential, to make it work again. The magnets that are driven away from the stationary magnet going one way, are attracted to it after they circle around. Consider: if you decided to call it an attraction motor instead of a repulsion motor, you wouldn't need to reconfigure it because it's attracting and repelling at the same time. The motor works conceptually by neglecting one side of the system. And of course, people will try this same thing with gravity. If only you could get the potential out of the wheel on one side, without having to restore it, on the other side. For some reason, it's a little more obviously impossible with gravity, but the nature of the devices and the reasons why they won't work are identical. You're not 'making energy' you're using potential, or stored energy. A hydroelectric dam makes 'free energy' this way, but something has to truck all that water back up to the reservoir. The magnets can 'fall' together and make energy. But then that same amount of energy is required to pull them apart and restore them to their original distances, or potentials. There's never "just enough left over to make free energy out of a conceptual error".

[@ASkepticalHumanOnYouTube]

Kudos to you for being skeptical!

[@danielmount6928]

Hi, If you want the object to work, the magnets needs to be recessed into a none Ferris metal like Aluminum or any plastic or Teflon so that the sides of the magnets are not showing and just the south pole of the magnet is only. By doing this you are insulating the hole magnets and you are having just the south pole of the magnet showing only. Then your magnet motor will then work.

[@bathantayfunerdem4666]

+1

[@NieroshaiTheSable]

Disrupting the magnetic field would... disrupt the magnetic field. Shrouding the magnet would prevent it from working IF you could effectively shroud it. That said, NON-FERROUS metal doesn't dampen magnets so much as not interact with the field on an appreciable level.

[@danielmount6928]

How about if you were to use a brass or copper tube and have the neodymium magnet glued inside of the Brass or copper, would that act as the proper shielding to prevent the Togging effect?

[@NieroshaiTheSable]

Nothing conductive should be able to prevent a magnetic field unless it also has a magnetic field, if I remember correctly. I don't remember how Faraday cages work, or if copper alone emulates its effect.

[@danielmount6928]

O key! And thank You for your input, I do appreciate it.

[@illnessofjeez]

you need MONO pole magnets on the fan, or you need a cct to swap feilds at the right time, or something that "spins a interference feild at the right time... thats the tricky part. try this and see what i mean, .. spin your interference magnet with your hand but on an axis near or in the "sweet spot" you have to find it, but not hard.. you will get a few actual spins to prove concept..... but not a working motor .. yet.

[@popcoron11]

素晴らしい解説だった。実際、私はいくつかの同様なビデオを上げているチューバーに尋ねたが回答は無かった。 そもそも、概略図や電圧や電流の測定、磁場の強度などが示されていない。 わたしが考えるのは【磁場の引き摺り効果】【マグネットやコイルから発せられる磁界曲線】があると思っている。 このビデオでは、磁場の引き摺り効果が連続していない為、マグネットの中間時点で磁界が励起しないのだろうと考えた。 では何故、回転しないのか❓　そこにはコイルが関係していると思われる。 コイルには多重性があると考えた。『インダクタンス』と『抵抗(レジスタンス)』と『リアクタンス』と『インピーダンス』である。 これらが変化することによって磁界が変化するのではないかと考えた。 これによって【磁界振動】【磁場の引き摺り、磁場流動】が発生するのではないか❓ 途方もない考えである。

[@nathangamerpro]

You could always try alternating the magnets so that it wouldn't create that stickiness problem

[@rootbrian4815]

He tried it, nothing worked.

[@rcalain]

Absolutely right! Impossible to make the fan spin with a magnet in a fixed position at the side. You can only make it spin, by circular movement of your hand holdin a magnet.

[@electronicsNmore]

A fixed magnet will not get a case fan to instantly spin into smooth operation as shown in the scam videos. Never going to happen. What will work, are movable magnets to push the fan into motion. Thanks For Watching! Please be sure to share my channel, and rate Thumbs Up.

[@ergeorgiev]

Seriously, every single one of you who thinks this guy is wrong, have you EVER been to school and how the fuck did you pass physics? Dude, I really think you're dealing with some kids here who lack basic knowledge on how the world works.

[@electronicsNmore]

In a few days I will be uploading a very good video showing how the hoax was and could have been pulled off. All the thumbs down people will look stupid. Many videos on KZbin showing "Free Energy" devices are nothing more than illusions and trickery. Thanks For Watching!

[@ergeorgiev]

glad someone took it on to educate the people on the internet, you should throw in some physics rules in it too

[@alonpayapa148]

Едуард Георгиев the capitalist government paid @electronicsNmore to fool people and forget free energy of tesla.. lol

[@electronicsNmore]

Sure they are. LOL. You make yourself look very dumb by posting comments like that.

[@Saemsen78]

Physics Rules are a Matter of interpretation DC/AC/DC TO GET BACK CURRENT THAT IS LOST WHEN RAISING THE VOLTAGE , See for yourself / EV-SAMSON SUPER BATTERY BOOSTER 650% MORE ENERGY OUT THAN A BATTERY ALONE CAN SUPPLY , READ BELOW THE VIDEO TO FULLY UNDERSTAND OF HOW IT WORKS / kzbin.info/www/bejne/bJazXnWVmZ53pas

[@danemiller4852]

THANK YOU! The cogging explains so much. But one hypothetical question... what if you reduced the amount of cogging as much as possible with multiple fans all connected to a single shaft? Say 5 fans all offset from each other by 20° to reduce the size of the cogging space to as little as possible. Then using 5 reversed magnets for each fan so there is not enough space for the cogging to have a major effect. So to sum up my question... Would reducing the cogging as much as possible make the fans spin?

[@zedvee2668]

Easy! You need to use monopole magnets. ;)

[@electronicsNmore]

When you find them, send me a couple. LOL

[@edelahaye]

That was a good one !

[@roneljaneo8148]

it's true, i've tried it several times, but instead of using magnet, try to put it infront of a fan,. and.. don't forget to remove any electronic parts on the back of the coil,. this may affect the current, you can put wires directly on the coil end.

[@Huundeblogg]

ronel janeo A fan?! An electric fan?! 😂

[@tatiannamann2720]

maybe it would work if you added a battery

[@electronicsNmore]

Sean Mann kzbin.info/www/bejne/g2e0h2N3m6l5aM0

[@gravelydon7072]

Four years later and it still does not work. But one thing I did notice in one of the videos was that the electronic guts of the fan had been removed. The internal cogging of one of these fans is also great so overcoming it is next to impossible. Now putting two of the fans together such that the internal cogging was canceled out by each other you might get one to spin with external magnets.

[@T.K.9]

I can Conclude that it is fake. I cannot help but notice, how the fan is kind of jiggling when it spins. Its not spinning very fluently/balance. What I can say though is that the fan is indeed genuinely spinning using the magnets stuck to the fan blade reacting to the magnet he is holding. But why does the fan jiggle? I believe that he dismantled the fan and took out what was inside of the middle of it (the PCB, wiring, etc. This then will allow the fan to spin easily using the magnets because of less friction.) And then : With the amount of space he created after cleaning out what was inside the middle of the fan (that large circular in the middle of the fan that usually houses the electronics that causes the fan to spin if connected to power). The amount of space is then FILLED with "circular Batteries", enough batteries to power the LED Bulb he is using. The Circular Batteries are basically housed inside the middle of the fan and those batteries are connected to the red and black wires. So that when he connects the bulb to the wires it lights up. Basically even if he doesnt do that magnet spinning fan Gimmick, by Simply connecting the black and red wires to the bulb it will still light up even without having to spin the fans. Because the red and black wire is actually hook up to the circular battery housed inside the middle of the fan. In the video 1> He saids if he stops spinning the fan using magnets, the bulb don't light up... Why? Thats because he also pulls out the Black Wire as soon as he stops spinning the Fan using the Magnet. ^But actually even if he doesn't make the fan spin using the magnet, the bulb will stay light up because it is actually powered by circular batteries found in the middle of the fan. Those batteries are then connected to the red and black wire he is using which are originally connected to the original fan electronics. 2> He tested the Bulb and it lit up using a Double AA battery. Okay thats legit. But He didn't test the fan if it works if he plugs it on a PC Power supply. ^Thats because he gutted out the middle electronics of the fan and replaced the electronics with circular batteries. so even if he connected the fan into a Power Supply Molex power connector, it Won't spin.

[@electronicsNmore]

I agree, but why send more viewers his way to make more money from the scam video? I would remove the link from your post.

[@T.K.9]

electronicsNmore ah ye my bad, wanted to make sure we were on the same page and that you are referring to that particular video. But I am pretty sure thats how he did it. Its just the fact that he tested the bulb works with a power source i.e. the battery but he didn't test if the fans work if connected to a Power supply. then when he showed how the bulb starts when he spins the fans and it stops when he doesn't let the fan spins. it wasn't about the fan spinning that makes the bulb light up at all. But it was because of him pulling out the black wire supplying the power. I am pretty sure even if he keeps the fan not spinning, the bulb will still light up just by connecting the black and red wire to the bulb. I have seen quite alot of 120mm PC case fan "free energy" videos, and I can see most of them utilizes the same gimmick using low power LED bulb and circular batteries placed in the middle of the fan/hub.

[@DomutaMarcel]

I have unsuccesfull tested this experiment... this is just waste of time and money, thanks for share with others, the honesty in this days is rare, rare then rare earth magnets (neodymium) All best regards from Romania :)

[@electronicsNmore]

Domuta Marcel Thank you Domuta. Yes, as you also confirmed, it is fake. Unfortunately there are a large # of people that believe in these KZbin scam videos. Check out part 2 showing how the scam is done: kzbin.info/www/bejne/g2e0h2N3m6l5aM0 Also check out my 40W homemade crank generator and other videos. kzbin.info/www/bejne/pGnQq5xmqpKlmpo Thanks!

[@j.a.mcbean.4043]

I have seen it and concluded that it is a fake, also!

[@victorzarate9814]

Try alternating the poles of the magnets that are on the blade. For example, make a pattern: north, south, north, south. The magnet will attract to one of the magnets of the same poles but will also be repelled at the same time.

[@electronicsNmore]

Victor Zarate Refer to my other video to see how it was done. kzbin.info/www/bejne/g2e0h2N3m6l5aM0 Thank You

[@risky1]

thank you for saving me $thousands of dollars. I have always thought about this and wanted to build a prototype on a larger scale. I have a drawing I would like to send you to see what you think. .....thanks again .

[@electronicsNmore]

+Cuku Kenivel Hey there. Unfortunately these devices will not work. BTW, you look exactly like a friend of mine from my college years.

[@risky1]

uhhhhh.....where did you go to college ? that pic was when I was in college.

[@risky1]

I thought the thinner magnets did work .... what am I missing ?

[@electronicsNmore]

+Cuku Kenivel In Florida. Check out Part 2 in the video description area. I use very thin magnets. :-)

[@risky1]

i still want to send you this drawing ... Florida ??? Well your friend must be one handsome SOB.... cause I am too. LOL !!!!

[@deimos2k6]

Hi, I'm just trying to put this thing to work myself, the only BIG problem in all this magnetic stuff is actually the magnetic field itself... in other words: Unless the field lines of every magnet in the cogging zone are parallel (sure they aren't at all) this will NOT work. The diverging lines at both sides of magnets will always cause to the fan blades to "oscillate" around an ideal point where soon they will stabilize, that means also that when you try to get past of that point, the small magnets glued on the blades will be attracted back to that point, no matter how you put the big magnet on them, it will be always the same, the closer it is, the stronger the effect, you can actually feel it while trying to keep it steady over the fan when you give it a spin, it seems like a "vibration". In my opinion, it's just impossible. Have a nice day

[@electronicsNmore]

Hey Deimos. Glad you tried this out, I wish others would do the same before posting stupid comments on my video, or rating it a thumbs down. If this did work, it would be great because I could really put a device like this to work! Unfortunately this will never work as shown in the original uploaded video. Thanks For Watching!

[@cotykills4943]

Even if this does work (not saying it doesn't) it is not perpetual motion for 2 reasons 1. magnets do lose their magnetic ability 2. It is technically not perpetual motion because perpetual motion is motion not affected by force of any kind Perpetual motion is impossible no matter how you look at it if you find soothing that is perpetual than pls let me know because it is not possible. they say I you throw a ball in space it goes for ever so if you spin something in space it would go forever. FALSE because it would eventually stop because of dark matter even dark matter has friction it may take a million or so years but it will eventually stop true perpetual motion means an action that is repetitive over and over again for ever as long as no outside force acts upon it the closest thing to perpetual motion we have is an electrical circuit so think about it even the universe will lose its energy may be way past any persons lifetime that will ever read this comment but it will end it is not something I hate to think about but it will happen.

[@marcoriviera06]

HAHA ! I love these videos ! Not the set-up itself, any reasonably competent school kid could make it, but reading all the comments, divided between “This can’t work - it’s scientifically impossible!” and “It DOES work! I have tried it!”. They are lying of course. If anyone is wondering WHY it doesn’t work, you don’t need to go into conservation of energy or that the magnets are ‘storing’ energy (they don’t). It’s just that you can’t make a motor out of just fixed permanent magnets - no matter how you arrange them, the thing will simply not turn. True, the magnet in your hand is pushing one magnet on the fan ‘forwards’, but it is also pushing the magnet behind it ‘backwards’ and the fan will just move into a position where those forces are equal and the thing never goes any further…

[@Crenko]

Dude have you tried getting rid of some magnets at the fan? that may reduce the cogging... maybe

[@electronicsNmore]

Clearly you have not read all my other comments here. The video is a FAKE. If you would like, waste your time, and your money, then post a video. Thanks For Watching

[@electronicsNmore]

Don't waste my time with your multiple posts nonsense. I try very hard not to block trolls, so you are getting VERY close. If you believe in this SCAM, post your video with ALL information so others can duplicate it. Enough of the posts.

[@electronicsNmore]

Oh. OK. I apologize. :-)

[@robschumann9665]

I agree with you 100%.. its pretty obvious that it is not possible to get a blade spinning in both directions at once.. If you have a S magnet followed by another S magnet attached and you put another S magnet between them you are going to get the magnets repelling in different directions.. In order for a blade to spin you would need a S to be pushed on the blade followed by a N on another blade to pull it towards the stationary magnet.. Problem is that the S magnet following that N magnet will once again want to repel in the opposite direction while the N magnet tries to become stationary.. Either way you are only going to achieve some minor rocking, eventually finding the blade achieving a lock point.. Common sense says that this video is correct. How anyone could argue the opposite is beyond me..

[@ASkepticalHumanOnYouTube]

A classic aphorism comes to mind: If it sounds too good to be true, it probably is.

[@DestressYourMind]

It is probably possible I mean to spin the fan blades with the help of magnet no matter if it produces any current. The motor itself has a magnet within. N probably that is interfering the fan from rotating . Try removing it ( I know if we remove the motor magnet we won't get any current but try n c if the fan rotates by this method) and see if the fan spins if that didn't work try sticking the magnets in every alternate blades and see if that works. This fan can definitely produce a small amount of voltage when spun. Please try these methods and let us know if it works.

[@electronicsNmore]

You are correct, there is a magnet located in the center of the plastic fan, but you also have to realize that the individual who uploaded the video, never said he removed any internal magnets. He stated that all he did was glue magnets onto the blades, and push the fan into smooth operation using one other magnet. Unfortunately, it will not happen that way. Experiment yourself, and you will see. A scam. :-)

[@electronicsNmore]

I just tested the fan in the video. Applying 24V the fan spins perfectly at a set rpm. If you spin the fan equally as fast, you DO NOT get any real measurable change in voltage. Maybe .05 volts DC. That is due to the way the case fan was designed(The internal circuitry). I have another case fan which will produce voltage when you spin it fast.

[@humblymichael5823]

I subscribed because your not a liar thanks for being a good person

[@electronicsNmore]

Thanks Mike. I only upload REAL videos. :-)

[@humblymichael5823]

How did u get past the cogging issue? My build is seizing about every tenth spin.

[@electronicsNmore]

Never did get past it.

[@tranphuocloc5629]

Thanks a lot, man. Now I can give my little brother all my magnets, he's been begging for days =))

[@electronicsNmore]

Your welcome. Save your time and money trying to replicate this.

[@rumbletumblestumble]

cmon man, wrong fan wrong angel .........im convinced you work for the power company's.....

[@electronicsNmore]

Stop talking stupid. Watch Part 2, you may actually learn something. :-)

[@badbadbob1]

Looking at the video in question, He went small dot magnets. The ones you used were high power. Try minimum magnets on the fan blades. I will be watching for that.

[@electronicsNmore]

+Bob Anderson Hello. You watched the wrong video. The magnets were not dots. The device is a scam, you need to accept that fact. Even better, watch Part 2. All questions will come to an end. Thanks For Watching

[@XAVYMARTIN]

You put the poles wrong. It should be n-n-s-n-s-n-s. start rotating at the double n magnet. Use low energy magnets on the blades. Then it works. Please make a new video to inform the people.

[@thierrychatgarou3903]

Finally a video who shows this device in a objective way, I really needed this video for my students because they insist endlessly that this device can work, that the physics laws are wrong, that we are brainwashed etc. I have tried several Free energy scams before for my students, none works ofc. I was so tired to find so many fakes all over the internet, Thank you for posting this video, you saved me time and money.

[@mikie2501]

The problem doesn't have a damned thing to do with what size magnets go on the blades or the pushing magnet, blah blah blah, as long as you can get a big external magnet to push the blade magnets then that part is fine. THE PROBLEM is the fan that is being used! Almost all modern cheap fan motors like that aren't capable of making electricity. You have to find an older model fan THAT HAS MAGNETS INSIDE of the case that is part of the original design. There is NOTHING fancy or magical here, the principal is the same as a wind generator. Go look at how a wind generator is made and you will see both wire coils and magnets, the wind turns the blades passing the magnets and coils over each other to make electricity. The ONLY thing different here, as long as you have a fan with magnets and there isn't any blocking diodes or crap like that inside that needs removed, is that you are using the glued on magnets and a big external magnet to REPLACE THE WIND to spin the fan. If you can't hold the little fan up to a big fan and have the little one making electricity (checked with a volt meter) then putting magnets on the blades isn't going to do a damned thing!! Soooo... You need a fan with internal magnets and it can't have circuitry that is blocking current flow from your test meter. Pretty damned simple.

[@electronicsNmore]

What does your comment have to do with the video being a scam? Which it is? Your correct that some case fans can produce a voltage when placed in the the wind to allow the blades to spin, but many others do not as a result of the internal circuitry. The purpose of this video was to show that you will not have a free spinning case fan using only magnets. If you doubt this, then I suggest you purchase a case fan and magnets. I assure you that you will be HIGHLY disappointed with the results. Thanks For Watching.

[@wizeomztm]

Also check out the Searl Effect John E Searl I believe. And you need to Angle the magnets and have stationairy magnets and equal amount of magnets on the fan blades

[@jesperkleemann1333]

Of course it is fake, if it works they would be sold everywhere.

[@roderickconstantino5354]

if its sold everywhere , you'd be dead

[@fukhue8226]

He had the wire coming out of the fan coiled up for a reason. He was using an AC fan motor and a coil under the bench with an AC voltage applied? Or an air stream hitting the blades?

[@electronicsNmore]

Watching the ENTIRE video would be helpful.

[@HeilmanHackatronics]

Haha, I just made this video as well. Great video btw (enough of those fake videos!)

[@JeremyCook]

Wait, I think this free energy method would actually work.... You just need a few more magnets ;) #Thermodynamics

[@electronicsNmore]

Jeremy Cook Try it out, if you get it to work upload a video with all the details to duplicate it. Remember, the purpose of this video was to show that this will not work as the uploader showed. Adding more magnets (which I tried) is not what the other individual did in his video. He used 8 magnets in total.

[@HeilmanHackatronics]

Jeremy Cook Save your superglue, it does not work ;)

[@JeremyCook]

Matt Heilman I'm sure - was kidding!

[@scottrobel2875]

I would imagine cleverly placing the fan blades at higher and lower places and using that rotation to spin a different set of magnets that coordinate to the others will work. please excuse my horrible spelling.

[@maxworksc]

I don't say that things will work, but what he doing on this video it will never work, because he didn't put north to north. And what he try to do by this video? To kill some interest of people? Ball sh...

[@alexpaige1490]

That is so true

[@TheElectrochemistry1]

Thank you for speaking the truth, so many people tell so much lies. However there is a possibility of making one but requires some electronics involved and I am not sure if it is really a free energy motor, it will need to produce enough energy for the electronics so it can sustain it self. Shame on those who mislead others.

[@electronicsNmore]

+TheElectrochemistry1 Please watch Part 2. You will definitely enjoy that video. Shows how the scam was more than likely done.

[@rocky7983]

I do respect your research. I meant to disprove your comments but life is testing my life. I would love for you to be patient and let me get back on my feet. I would be the first to admit I'm wrong if I am wrong.

[@fuckyougoogleplus8667]

You are wrong. You might s well admit it now. Perhaps the reason WHY your life is so bad right now is because you are a fool who has no science background.

[@SweetAznLuvah]

Hey , just a thought of mine. To help shed some light on the magnetic fields that seemed to show implausible free power fan motors. Maybe if you take a magnet from a computer hard drive and apply it to the fan blades you can get it to work. They have only one magnetic field on one side . The other side has some sort of magnetic block . I guess to keep the field from magnetism from destroying the computer.

[@electronicsNmore]

+Sweetz H Please watch Part 2. Thanks

[@amitamanna3201]

what if 1) you put the magnets on alternate blades , would that help in minimizing the cogging... 2) use the magnet of same strength as the one you have used on the alternate fan blades Looking forward to your response Appreciate your experiments , Thanks

[@electronicsNmore]

Hi there. I tried using alternating poles on the fan blades. That will not work. I have also tried other configurations as well. This will never spin as shown in the video using one stationary magnet. Even using a few magnets will not produce a smooth spinning case fan. Try for yourself. You will see. :-) Thanks For Wacthing!

[@amitamanna3201]

Thanks for the speedy reply, will follow your channel.. Appreciate your time

[@electronicsNmore]

Your welcome.

[@thomasferko8666]

Under the table in Teck Tors video is a motor spinning a magnet silently close enough so that the fan magnets and motor magnets react. Also the huge magnet he is hand holding may be a fake with a D.C. Motor inside spinning a magnet very quietly .

[@Vivasayithegreat]

can we connect an motor to it ,,and supply the generated voltage to the same motor is that possible??

[@electronicsNmore]

Please watch Part 2. :-)

[@stoneybolonga3852]

Have tryed take fan apart & taken out some parts & just leave the motor then rewired to the copper coils?? Or mixed N & S magnets so theres an pull & pushed motion off the 7 magnets ?? Or using copper coils & big center ring with 4 magnets inside the ring gos over outside fan box.. Have the copper coil tight rapped on an tube & 1 on left side or on right side.. Then wired the fan motor wires to 1 of the copper coil leads for power & other for ground & other for two copper coil leads wired to 3rd wire...

[@benmoro]

The only positive thing those fake energy vids achieve is to get people to think. Good job on your investigative vid.

[@electronicsNmore]

Glad you enjoyed it! Be sure to share my channel with others and rate thumbs up. Thank You

[@NiteshKumarPalNKP]

more over you might just have noticed that the light is first disconnected then the magnet is removed, even the light bulb has another source. so does the fan for the rotation.

[@NextWorldVR]

put two external magnets on a long pendulum, timed so one is always getting close and pulling magnet forward, then pulled away before it can lock, by which time a magnet on the opposite side is pulling it again. Heres the trick: Don't the the 2 dynamic magnets at the bottom of the pendulum, but nert the top with limiters. That way a long pendulum motion which will last, can spin a small wheel to generate power, using gravity and magnetism!

[@electronicsNmore]

Watch Part 2. :-)

[@MegaTriumph1]

I gave you a thumbs up!. Excellent I did the same experiment I ran into the same problem as you (cogging). I did find away to make it spin a little bit. After many hours of setting the magnets on the fan blade's. Magnets need to be set at the farthest end of the fan blade ( furthest from the center of fan. Kind of tricky since its hard to get my magnets to stick properly at such a spot. Now the magnets are as far apart as can be on the blades. Using a straight down ward motion on to the fan (of course this is cheating but I was desperate and needed something for my time spent) with two magnets on each side of the fan both hands at different times (moving downward and pulling away to avoid cogging) I could get it to spin but my timing was never perfect and so cogging soon was taking its effect. If magnets could be turned on and off with an electrical pulse I'm sure I could make it work. Thanks so much for your video.

[@electronicsNmore]

Yes, using a movable magnet, or multiple movable magnets can get it to spin, but not smoothly. A single stationary magnet as shown in the video is pure BS. Thanks For Watching!

[@TheTemen9]

Thank for your sincere explanation. I think your plan would work if fan blade were to be plastic or non meter material.

[@electronicsNmore]

It would never work. Watch Part 2!

[@wandaduckworth2675]

They have a motor driven disk under the table to provide the rotational power. Have them hold the fan in free air away from the table and see if they can make it spin!

[@flopthis]

Thats true ...While your N force to push ACW after its range S will stop rotation within completing your task and it will be S to N and equal force as your pull through opposite side i.e. S and N. Completely incomplete tech to have prototype i.e. peripheral motor or machine.

[@markblankenship745]

I noticed that you do not have anything connected to the leads. There is another magnet in the motor an of the fan as well as the field windings (potential electromagnets). I wonder if there is anything in putting a load against this that might overcome the cogging

[@electronicsNmore]

Clearly I would not have anything connected to the leads because the idea of one stationary magnet causing a case fan to spin smoothly(or at all) will never work to begin with. If it did, then I would have connected a load to show power output. It amazes me how many people believe in these scam videos. You can bet if this did work, the Chinese would have already duplucated it like they do with everything else to make a profit. The video was PURE bullshit.

[@haroldkline4898]

The reason they used a fan is so that they can use air to make it move. If you're genuinely interested in this kind of stuff, I suggest looking at Howard Johnson's magnetic motor patents. Good luck!

[@electronicsNmore]

You're wasting your time with these "Free Energy" devices, if they really worked, every person would be making them in their garage.

[@haroldkline4898]

@@electronicsNmore Do some actual research. It's obvious to me that you have no idea what you're doing. Your explanation of this toy shows a clear lack of understanding. There's no relay inside the original device. He uses an air current off camera to spin it. Furthermore, I don't believe in free energy devices. I pursue overunity builds that require an input current, but can produce more power than they require to operate. It involves multiple coils, magnets, diodes, and transistors. But hey, I'm in no position to tell anyone how to live, so by all means, have fun playing with your toys.

[@TontoOnTwo]

Put magnets relative in scale to the fan blades of the unit you are using. The bearing will be overloading due to the excessive weight of magnets you used.

[@electronicsNmore]

Good luck with your experimentation! Be prepared to waste a lot of time and money. :-)

[@dethklokemployee]

there is a motor you can create with a giant U magnet, did it in school for a science fair project, involved wrapping a cork with thin copper vertically the placing pins in each end, and creating a "spit" for it to rotate on and then placing the magnet over top of this, and two brushes making contact with the cork leads that are connected to a battery, but by no means is it free energy

[@WandaII]

Thank you for such a interesting and mature video in all aspects! It was truly pleasent to watch and I liked how you very profesionally explained the details and had so many things subbed into those red boxes. =) It felt like watching a very professional document of a sort, and I like that. :) Also I saw a (not sure if the) scam video of this fan first and I was genuinely surprized how easily I believed what I saw there and I'm 28 years old (not trying to be better being older than say a 15 years old but to state that as a young adult I ought to question more what I've been told). So thanks to you and your explicitly detailed and honest video I feel I've been reminded of not being a member of the massive cattle of non-thinking-for-themselves people. :) And for my part to prevent anyone from accusing me for being sarcastic or something with all my honest/genuine/valid praises regarding this video: I am 100% serious on every word I've just written here. P.S. I subscribed way before and would've even if there wouldn't have been any suggestion/hint for to do so. :)

[@electronicsNmore]

WandaII Glad you enjoyed the video! Thanks for watching and subscribing.

[@Eman2000]

dose a fan like that even make any power when you spin it i know its a motor but these fans have control circuitry that could stop any power form going back out of the fan

[@electronicsNmore]

Many of those case fans do not produce any power when you spin them, but I have come across a few that did produce power when you spin them. Thanks For Watching!

[@goncalobarroso8493]

if i tried with much smaller magnets in terms of thickness on the fan blades or instead of magnets on the blades i used a metal that magnets are attracted to would it work properly and generate voltage?

[@mastervrunner4052]

Does it not work because one side of the magnet is repelling and the other is attracting and since both of them are acting at the same time it does not move?

[@shreddedreams]

without and before watching this I can say with certainty the only ways in which this could work without additionally supplied electricity is either Solar (using ambient lighting) OR a Stirling engine type technology, one side of course facing the heat of a metallic panel of the computer and the other in the cooler air. However it would be a low powered fan in both cases.

[@shreddedreams]

lols just watched.. perpetual motion? haaa. should have known since its youtube.

[@JohnnyQuestFishing]

I believe that in order for that to work without the cogging.. you would have to drill holes on the blades so that most of the magnet is exposed when clued from the "opposite" side of the blade and then I think it will work. That way you don't get the side exposure from the magnets... just a theory.. it might work that way..

[@electronicsNmore]

+Johnny Quest WY (Johnny Quest) Hello. Unfortunately it will not work. Please feel free to give it a try. Thanks For Watching!

[@JohnnyQuestFishing]

Yea..I might try it out and see how it goes. I will post it on my channel if it goes well.

[@Newfiles2.0]

Your right dude i been trying to do it on my own and use different types of magnets but no LUCK at all..

[@rocky7983]

Cogging is happening because your polarities are too close together. Pick one or the other, meaning- if you use positive on the fan blades use positive to repel. Also leave your fan alone and attach the positive to the wires

[@electronicsNmore]

Did you watch my video? "meaning- if you use positive on the fan blades use positive to repel." What do you think I did? I did exactly that. I also tried the opposite pole as well to rule everything out. Instead of telling me what you think I did wrong, since you seem to know more than me, you should uploading a video as proof(with FULL details on how to duplicate. Thanks For Watching.

[@jeffevanholle3950]

What if you use dipole magnets glued on the fan and again two monoploar magnets (on a non symmetric position towards the centre point, to go pass the cogging point) to make it spin?

[@electronicsNmore]

Watch Part 2!

[@donbales2476]

I can see that the magnets used in your video are much thicker than the ones used in a video by freeenergyreseacher. The magnets stuck to the fan blades are very thin so the opposite pole of the magnet has less effect from outer edge. I will do some experimenting with these fan motors and let you know. I have done some with wheels. A sphere magnet has a better effect than disc or square or cylinder.( or rectangle)

[@electronicsNmore]

I also see you failed to read all the annotations in the video. The issue of magnet thickness was already discussed over and over. The channal you mentioned is not the correct channel this video was made about. The video is a fraud. Thank You.

[@chauffeurmarco]

In the one that you saw we could see there was som3 thing that did not added. The led went on at the moment it started to turn. I mean that it could not have time to generate power and the led went on anyway. And when he withdraw the magnets and the fan was going slower the led shuts off before it stopped turning. So led lights up before fan start turning but shuts off before fan stopping.

[@kenord3437]

Hi, I even tried a bonus magnet over the top and on the sides, with no joy at all, thanks for info video

[@electronicsNmore]

For a good laugh, check out my "Free Energy" video playlist below and share. Thanks! kzbin.info/aero/PLQ6IOhUBblU2GIBgWOYhrw0TyYGkyEAWE

[@joeherrera4454]

thanks,u just saved my grandchildren and I, alot of time

[@electronicsNmore]

Great to hear! Be sure to check out my video playlists, rate thumbs up, and share my channel with others. Thank You