Magnetic Shielding Demonstration #1 Autono-Drive Magnet Motor Research

[joshrioux1]

By rotor core I mean the driving rod in the rotor not the rotor its self stainless is best but thus is the only place to use stainless the less atracted the mags are to your machine the better

[joshrioux1]

Rotar all s housing/stator all n or vise versa place at an angle so all you have is push. its not an electric so drop those ideas and start fresh hope this all helps on your motor they do work

[joshrioux1]

Superconductors= non magnetic magnetic shield ie gold silver copper you only want the push and pull of the mag otherwise the rotating mags attract to shield or housing and create drag stainless is also bad idea

[joshrioux1]

Replace all metal with industrial plexi except 4 rotor core I use a pure copper sleave with bismuth around the magnet for shield if u use metal it will create drag and serious emf

[joshrioux1]

Tips use industrial plexiglass

[RPJunky]

hey judge i swear its true this my invented anity gravity machine just watch these vids judge. see judge i told you its real you can see in the vid the car is hovering. the judge would just laugh at your face and throw u out of the court or in jail. you have vids proving things that are superimposed to be made as real when in deed they are fake as magicians trick.

[ODPracticeMentors]

Donovan,

Have you tried other similar metals and found C1018 to be the VERY best or just one of the best? Just wondering as my local supplier doesn't have C1018, but he does have C1010.

[MagnetOnlyMotors]

@ODPracticeMentors OD, Basically it is called soft iron or mild steel. The slight number change probably would have much change in behavior.

Donovan.

[jm31337]

Why not use this type of shielding to block the sticky spot on a V-GATE motor?

[MagnetOnlyMotors]

@jm31337, Maybe you should ask the V-GATE crowd? I'm working on a design of my own. Thanks.

Donovan.

[RPJunky]

what material is this bullshit shield ?

[MagnetOnlyMotors]

@RPJunky, RP,take a minute of your life and read the words below the video before wasting your bullshit time about a bullshit question!!!

Donovan.

[RPJunky]

@MagnetOnlyMotors FAAAAKE !!!!!!

[MagnetOnlyMotors]

@RPJunky, What makes you say that? I guess you are incapable of doing something on your own besides complain!!

Donovan.

[RPJunky]

@MagnetOnlyMotors why dont you just prove its not an electro magnet

[MagnetOnlyMotors]

@RPJunky, Because it isn't. You can prove this yourself, RP & then you will know for sure. Try it. It isn't very difficult.

Donovan.

[RPJunky]

@RPJunky i dont need to prove it your the one showing the world you prove it. otherwise your setting urself up as a fake ass.

[MagnetOnlyMotors]

@RPJunky I have already proved it. You can't do it yourself so you get mad at me, What's that all about??

Donovan.

[RPJunky]

@MagnetOnlyMotors man u go on and on and on and on and on and on about when someone catches you out. FAKE !!!!

[MagnetOnlyMotors]

@RPJunky You are the one that goes on & on & on.........

Have a nice negative day.

Donovan.

[RPJunky]

@MagnetOnlyMotors Don why dont you show evidence ? why do you keep just going to court and telling the judge "listen here mate i didnt do the crime trust me" "im inocent i swear". thats essentially what your doing you have zero evidence this is real and not fake and you just keep repeating "yes mate its real trust me". then you wonder why i call you up on further lying of your fake vids.

[MagnetOnlyMotors]

@RPJunky RP, why don't you just do it yourself instead of being so negative. What ever I might re-do to show you, you wouldn't except !! There is nothing fake here. You obviously have spare time to kill so go for it & show us all.

Donovan.

[RPJunky]

its an electro megnet this is fake.

[MagnetOnlyMotors]

@RPJunky There are no wires BUD. Look closely if you can.

Donovan.

[RPJunky]

@MagnetOnlyMotors look closely you say ? you cant you only show one half of the equipment while hiding the other half which has the wires. whats there to look close at? nothing.

[MagnetOnlyMotors]

@RPJunky There is no other half. You cant you see?

[RPJunky]

@MagnetOnlyMotors thats right i cant see cause you chop it out with the camera view. only show half the equipment while hide the rest.

[MagnetOnlyMotors]

@RPJunky The view is close up for ease of observation, not to hide anything. If you were able to try it yourself to would get exactly the same results. If you are capable of doing anything besides stirring serious doubt with your closed, narrow mindedness. Try it RP, go ahead and then show us the results!!!!

Donovan.

[RPJunky]

@MagnetOnlyMotors well post again showing everything. prove no electro magnet is at play.

[MagnetOnlyMotors]

@RPJunky Do it yourself. You would only find something else to complain about if I did it. I know what I did is honest and true.

Donovan.

[RPJunky]

@MagnetOnlyMotors you see everyone. its FAKE !!! this guy is a FAKE ASS !!!

[TimUpoet]

Donovan,

Google giron magnetic shielding.

Tim

[MagnetOnlyMotors]

@TimUpoet OKay. Wiil do. Thanks Tim.

Donovan.

[TimUpoet]

It would be interesting to see a vidio on giron magnetic shielding. Would you be able to make some? Thank you.

[MagnetOnlyMotors]

@TimUpoet Tim, tell me what giron magnetic shielding is. I haven't heard of it.

Donovan.

[drewsisely]

Wow, that's actually really cool and I have just learned something new today

LEARN SOMETHING NEW TODAY CHECK LIST: 1, CHECK

Yay only 99,999,999,999,999,999 more things to learn :D

[MagnetOnlyMotors]

@drewsisely Well Bellum, you better get crackin' .

Donovan.

[bachhell]

A motor of magnetic/shield potential, very interesting.

[MagnetOnlyMotors]

@bachhell , Yes it is very interesting. Thanks!!!

Donovan.

[TimUpoet]

Sir,

Not magnetic shielding...but magnetic deflection. Good demo!

[MagnetOnlyMotors]

@TimUpoet , Hey Tim, not magnetic deflection but rather the path of least resistance. Shielding is easier to say. Thanks for the nice comment.

Donovan.

[pixelspring]

congratulations, u have are putting a iron cylinder over a magnet to bend the flux away from the iron in the glass towards the closer iron in your sleeve. .

-- or perhaps yr sleeve is made of bismuth? if its iron ... you should never have posted

[MagnetOnlyMotors]

@pixelspring. It is iron (oh my!!) Why should it not be posted? What is wrong with it?

Donovan.

[cdcobre]

To answer the questions what useful things can we do with this?

it will be really help full to work with big magnets without getting your fingers broken .

[MagnetOnlyMotors]

@cdcobre, Useful things, are things that I know what to do with and no one showed me. Someone that understands what is displayed can use this information. I guess the bigger things get the more careful one must be.

Donovan.

[xerox165]

it may not be TRUE "magnetic shielding" but it has the same effect. therefor it is magnetic shielding.

[MagnetOnlyMotors]

@xerox165 , Thanks xerox165. The same effect is therfore sufficient for me. Thanks.

Donovan.

[zero6592]

im very interested in the research that you are conducting im just curious as to where you got the soft iron ?

[MagnetOnlyMotors]

@zero6592. Any local machine shop will be able to help you with getting soft iron.

 Donovan.

[zero6592]

I have a concept that i have been working on do u have an email where i could pm you?

[Cescus86]

Which useful things can we do with this?

[MagnetOnlyMotors]

@Cescus86, Open your imagination to start with. This particular unit has no intrinsic value except for those people that can see beyond it's horizon. Give it a whirl, it can be fun.

Donovan.

[dynagravitomagnetic]

This is not magnetic shielding in the classic sense. It is a magnetic iron based metal cover that diverts the primary lines of static flux. The field lines are re directed to the sleeve, and release the filings because the functional imperative of said vector. It is also possible to divert the static flux lines of a magnet by energizing a small current through a coil about one end of said magnet. (same principle applies)

[MagnetOnlyMotors]

@dynagravitomagnetic, That is exactly what I wanted to say, but you described it much better than I could have, but it is easier to say magnetic shielding, Thanks.

Donovan.

[Roque591]

where I can find that kind of stuff?

[MagnetOnlyMotors]

@Roque591, Hey Alexandre, which kind of stuff is it you want to find?

Donovan.

[Roque591]

@MagnetOnlyMotors I'm looking for a magnetic shield for some time.

can you tell me where to find?

[MagnetOnlyMotors]

@Roque591, Well Alexandre, if you were to locate a machine shop or some sort of metal supplier, they would be able to help you. Ask for either soft iron or mild steel or iron with a claasification of C1018. It should be magnetic, but not stay magnetized when you remove your magnet from it.

Donovan.

[Roque591]

@MagnetOnlyMotors thank you.

was difficult to find,

now that I have found, will start doing the test.

[unpescardindabuleni]

@Roque591

Nowhere

[jonlong1043]

its cool but its weird do you get that

[MagnetOnlyMotors]

@jonlong1043, Thanks.

Donovan

[perazaroberto2]

loking for some radio insaid the coil .all coil the radio have shield

[MagnetOnlyMotors]

@perazaroberto2, It's been many, many years since I took apart a radio. I don't know about it having any sort of shields. That might keep it from working at all. Donovan.

[masaro111]

What is the magnet´s grade ?

[MagnetOnlyMotors]

@masaro111, I never bothered to find out, so my answer is I don't know. Do you believe it would make any difference?

Donovan.

[perazaroberto2]

NIKEL IS GOOD FOR THAS .NIKEL METAL .IS ONE TIP OF METAL (NI)

[MagnetOnlyMotors]

@perazaroberto2, It could be, I haven't tried nicke. It probably costs alot more too.

Donovan.

[perazaroberto2]

le felicito .me sirve el invento .

[MagnetOnlyMotors]

@perazaroberto2 O.K.

Donovan.

[MagnetOnlyMotors]

@perazaroberto2 , I'm not sure what you mean.

Donovan.

[masaro111]

are you sure about the type of material?

I did the same, and not make it work

what kind of magnets do you using ?

[MagnetOnlyMotors]

@masaro111. Yes, I am very sure about the type of metal, Maybe you have something different. The magnets are neodymium.

Donovan.

[eloid777]

with the sheild covering the magent will a magnet stick to your sheilding coving the magnet regaress nort south poles...

what item /material/ source etc was used for the mild steel?

[MagnetOnlyMotors]

@eloid777, Yes a magnet will stick to the shielding because it is mild steel, it has no polarity preference. Mild steel can be acquired from any machine shop.

Donovan.

[tonnygar]

and that made this shield ????

[MagnetOnlyMotors]

@tonnygar, Yes, that made this shield.

Donovan.

[jonnyasprin]

i took apart a hard drive from an old computer,i found the neodimium magnets and they were glued to a metal backing plate,the magnets were highly magnetic however the other side of the metal backer plate had little to no magnatizm at all,i think that metal is the best shielding i ever saw,other than that galvinized metal seems to be a good shield,just be sure there is a small gap between the magnets and the shielding

[MagnetOnlyMotors]

@jonnyasprin, Hey jonny, I think it's pretty good how the magnetic flux can be controlled like that. A gap is also correct.

Donovan.

[MaterSammichMan]

what material is the shielding sleeve made from?

[MagnetOnlyMotors]

@MaterSammichMan, The shielding sleeve is made of soft iron or mild steel.

 It doesn't retain magnetism after it is removed from a magnetic field. Donovan.

[blo0oming]

@MagnetOnlyMotors how would Lead work? As is the iron you use as a fishing line sinker.

[MagnetOnlyMotors]

@blo0oming, I don't think lead would have any effect unless I had nuclear magnets. I'll try to stay away from any radiation supply stores or spent fuel depots. Thanks for asking.

Donovan.

[Texmurphy51]

WOW!!!!!!!!!! AMAZING!!!

Now show us how water boils when you heat it up.

[MagnetOnlyMotors]

@Texmurphy51. Apparently, you have missed the gist of it. Other people do get it. Donovan.

[Texmurphy51]

@MagnetOnlyMotors No I dont think YOU get it. Your not shielding anything.

[MagnetOnlyMotors]

@Texmurphy51, Well,it is just a word used to explain a phenomenon that most of us understand. If you like a better one check out how fuelban descibed it. Maybe that will satisfy you. Donovan.

[Texmurphy51]

@MagnetOnlyMotors Yes, magnetic lines of force follow the path of the metal. They pass through non magnetic material & follow the path of magnetic material. This is the kind of experiments Ørsted was doing in the 1800s.

[MagnetOnlyMotors]

@Texmurphy51, I apologize, as I see you did get the gist of it. I like it when someone like yourself has a great explanation instead of a complaint. Thank you. Donovan.

[tomek123kotek]

@Texmurphy51 i have seen a similar effect but they still teach us at schools that magnetic field will not pass through a magnetic material... which i find is nonsense asi find that a magnetic shielding would have to be perfectly enclosed to work...

[MagnetOnlyMotors]

@tomek123kotek, A magnetic field will pass through just about everything, it's just that a magnetic field likes to got along iron and a few other metals easier than other other materials. Donovan.

[Texmurphy51]

@tomek123kotek Yes they also teach that current flows from Positive to Negative. Current does not exist, only electron flow. Holes appear to flow from + to - but holes are missing electrons. It works mathmatically but the error goes back to the early days when they defined electricity as flowing from + to -.

[fuelban]

There are no known forms of shielding from magnetism, engineers simply conduct it away by using steel, check out FuelBan & Magnet Motors 1.wmv ........ videos 1 to 3, you can get an idea how to manipulate the steel to suite rotation. But it is not shielding , you are conducting forces away from a given location.

Thom in Scotland.

[MagnetOnlyMotors]

@fuelban That's a great explanation. Thank you.

 Donovan.

[fuelban]

@MagnetOnlyMotors , cool thanks, glad you got it, thom.

[MagnetOnlyMotors]

@fuelban, Hey Thom, glad you got it too!! Take care. Donovan.

[ExpertOfSound]

Cool!

:D

Do the shields on T.V. speakers use the same thing, soft iron?

Thanks for posting this video :D

[MagnetOnlyMotors]

@ExpertOfSound . I don't really know as I don't use T.V. speakers, but if they are there then I suppose that is what it is. Thanks for the comment. Donovan.

[11harrison11]

so what is the shielding made of... is it just a metal sleeve? lead? graphite? kryptonite ? petrified llama foreskin? you need to be a little more specific if you're going to make an instructional video.

[MagnetOnlyMotors]

@11harrison11. You're right, I agree I forgot to say that in the commentary but it is in the written description, otherwise all of the above for those who do not take the time to read. Donovan.

[ampeyro]

GO TO SCHOOL AND LEARN PHYSICS

[MagnetOnlyMotors]

@ampeyro . You are all of 19 years old . Maybe you should quit school & start to open your eyes to your own discoveries. Have a nice day.

Donovan.

[ampeyro]

@MagnetOnlyMotors actualy i'm studiyng architecture and in my free time i do the same freak experiments that do most diy geeks here, and everything i know about physics proves that point zero motors are impossible (they are just a misunderstanding of the basic concepts)

and there isn't any teacher conspiraion to prevent people from discover free energy, it's just impossible

[unambitious]

I'm surprised there are so many comments with negative connotations... I liked the video and some people just need to get over themselves.

[MagnetOnlyMotors]

@unambitious, Maybe that is part of the problem with the world today, Negativity. I always thought it was fun to learn new things, but...... Donovan.

[Strutingeagle]

Magnetic deflecting is a better term for this as the metal tube redirects the magnetic flux to another area. The word shielding is ok but it will make people think of all sorts of contraptions to try to make a magnetic perpetual motion or free energy device.

[MagnetOnlyMotors]

@Strutingeagle , Perhaps the term shielding best describes the result rather than the action. The iron gives the magnetic flux an easier path to travel on,instead of the air, creating a sort of pseudo on/off effect. This is very useful. Thanks for your comment.

 Donovan.

[sabriath]

It looks like you used a pretty good conductive metal as the so-called "shielding" which lowers the field across the metal equalizing it quickly. A copper pipe will do the same trick. Real proof would be to use 1 magnet instead of 4, and placing it perpendicular to the axis of the pipe. I'll check out your other videos though, I'm bored.

[MagnetOnlyMotors]

sabriath, Actually, a copper pipe will not do the same thing. If you are bored why are you here? Donovan.

[sabriath]

@MagnetOnlyMotors : I was just roaming around the internet, trying to find interesting things....off to something else....good luck with that

[MagnetOnlyMotors]

@sabriath O.K. Thanks. Donovan.

[Rotitomato]

It's a good demo, the question is how much energy does it take to remove the shield from the magnet?

[MagnetOnlyMotors]

Rotitomato, Good question, answer, not very much. Pretty hard to calibrate bare handed. My internal dynamos were disabled that day. Sorry.(p.s. you don't have to completely extract the shield for it to function). Donovan.

[mailtosrini5]

hi,

This is very good demo for magnetic field variance when shielded with iron pipe.

Since you already have iron fillings. Would you please demo on magnetic field variance with copper and aluminum shielding.

Thanks,

Amara.

[MagnetOnlyMotors]

mailtosrini5, Hi Amara. Thank you for the nice comment & I'll see what I can do about your suggestion with copper & aluminum.Frankly, I don't think it will behave the same, but time will tell. Donovan.

[shivrajvishnu]

Awesome

[MagnetOnlyMotors]

shivrajvishnu, Thank you. Donovan.

[hoarybat61]

Great video Sir! Isn't cheap iron pipe (grey stuff) considered as being soft iron? Also you said for this to act as a shield it couldn't touch the magnet? Well my shield will be flat and my magnet is rectangular. Could I not just place a piece of cardboard between the magnet and the shield for separation? Thanks again great Video!

[MagnetOnlyMotors]

hoarybat61, Yes a piece of pipe is soft iron because it dosen't retain magnetism.

A piece of cardboard will give you an "airgap" for separation Thanks. Donovan..

[jzsd14me]

Where could I find some soft iron?

[MagnetOnlyMotors]

jzsd14me, A local machine shop will have it or they can recommend a supplier for you.

Donovan.

[jzsd14me]

That is awesome. I have been looking for something like this. That could potentially solve the one setback that I see in the Bendini design. This is a wonderful discovery.

[MagnetOnlyMotors]

jzsd14me, Give it a whirl & show us what happens. Thanks for the comment. Donovan.

[dodoshlodo]

wat is the magnetic shielding made out of??

[MagnetOnlyMotors]

Hi dodoshlodo, The magnetic shielding is made from soft iron. This iron that does not retain magnetism after being in contact with a magnet.

 Thanks. Donovan.

[Jenfucius]

Thanks too!

[MagnetOnlyMotors]

Jenfucius, Your welcome too.

[oasiac]

are the magnets repeling or attracting the shielding material or neither

[MagnetOnlyMotors]

oasiac, The shielding material is soft iron & being iron it will be attracted by the magnet, but you must not have contact between the magnet & the shield to get the effect. Thanks.  Donovan.

[MagnetOnlyMotors]

jozefchrenko, Thank you muchly for the positive feed back. Donovan.

[MagnetOnlyMotors]

nosiriwonthaveapples, Thank you Leo.  Donovan.

[nosiriwonthaveapples]

Infreakingcredible

[MagnetOnlyMotors]

Hey RHEAD100. What is a blockdog's wheel?I'll be watching for one from you.

Thanks man, Donovan.

[RHEAD100]

WOW; That gives me one Kick Ass idea for itsblockdog's wheel.

Again my friend. A really great video.

5 stars.

[MagnetOnlyMotors]

Thank you for the info, I've never taken apart a PC to know that. I've been using so called soft iron in my projects, which seems to do alright for now. Thanks Donovan.

[MagnetOnlyMotors]

Hello randomuser888, I'm actually not telekinetic, just trying to progress with my inventions, thank you for the positive feed back. Donovan.

[MagnetOnlyMotors]

Thankyou very much for the astute observations.

[FractalInfinities]

Nice Demo! Makes it crystal clear that shielding is possible.