Added: 3 years ago
From: kmarinas86
Views: 115,878
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  • FOUR THOUSAND FEET! - OMG!

  • aahhh.....ahhh...aaa....

  • To connect a ribbon cable in series, connect an IDC connector one pin offset and connect the two together.

    You will have one pin on each end that will be your connections.

    It not only looks much neater and is easier but only marks up a tiny area of each end.

  • @Arabhacks

    You are right! I have actually done this between one and two months ago, and it looks great. I have a picture of it somewhere in my channel background at the moment.

  • stfu

    

  • Comment removed

  • Comment removed

  • Go to school and learn about electronics and science and spend your time on something meaningful. You should use your impressive and energetic passion on something that is real and useful. "Energy is not created nor distroyed"  Remember that. FYI!!! Most go karts run with a 10 horsepower motor. 10 horsepower translates to about 7500 watts of power.

    Your system has to be 37,500 times more powerful to run a go kart!!!!!!!!!!!!!!!!!!!!!

    Think about it.

  • but it's under 9000!

  • ITS UNDER 9000!!!!!!!!!!!!

  • this thing... this thing... uhhhhh... specifications... okay...

    thank you for this information!!

  • I enjoyed your Video, so I'll share a secret with you.

    Cold Electricity

    The most awesome thing you could do is take a piece of wire from the negative power terminal in your house and connect it in series to dozens upon dozens of lightbulbs then to a rod in the ground. What happens is energy flows from the Pressure difference between power grids negative in the wall socket and the negative Earth. Tesla states that the earth is like a giant resoviour of negative energy.

    It'll blow you away

  • CAN YOU HEAR ME NOW?

    try using your inside voice dude..

  • bor fuck ing

  • YELLING MAKES THIS COOLER?

  • @darcam123

    I'm not so sure, but it increases popularity of this video like 10 times compared to other videos where I use my normal, quiet, yet dull voice (which by the way, where I have much better setups than in this video).... so perhaps.

    It's so sad to see that people are more interested in being annoyed by my voice than looking at my other videos, but in a way, I find it amusing to see comments like this repeat.

    And this video is from 2008... so I'm not exactly yelling right now.

  • @kmarinas86 He's just pissed cause size matters.

  • @kmarinas86 popularity?? with 82 dislikes? i think you would have had it passed along more without the yelling... you fail.

  • @SouthNJPC

    I didn't mean "popularity" in % terms. I meant in "popularity" in terms of # of likes, # of views, and # favorites, period. Yes, it is one of the WORST of my videos in % terms, but also one of my best in # terms. I have tons of videos already without the yelling and no one cares to see them, except my subscribers and some others. My other videos have higher likes / by dislikes, but with FEWER flaws to pick on they bring LESS attention->views->likes!

  • @darcam123 A little out of breath, too. Boy, them fat kids sure do love cake.

  • @fuduzan5562

    I lost 40 pounds since this video. I used to weigh 185 lbs (84 kilos). Now I weigh 145 lbs (66 kilos), back to the old skinny self that I was before I went to college.

  • @fuduzan5562

    I also lost much of my interest in sweets. I don't mind substituting cow's milk for a lower-carbohydrate rice milk.

  • Are you going to post a vid of your gokart?

  • @nannerin

    I'm not yet at that stage yet.

    Fortunately I have a new video ready in a few hours. It's a video of my latest motor (half completed). It should be much, much more powerful than my most previous design that had 7 kilometers of wire, which itself was 100's of times more powerful this old gig in the old March 2008 video above. At this point I am not quite ready yet to take it to the streets. Hopefully by this decade's end I will have taken it into the air. :)

  • who are youu yelling at? lol

  • but power wheels cant run on .01 amps they need huge ass batteries and they only last like a few seconds

  • yeah yelling its pretty frustrating

  • Wrong! This is a very efficient motor, it runs off voltage, that's the point, while simultaneously outputting tremendous forces and torque when scaled up. You can even make it spin a generator and get more out than what you put in. I'm doing it right now. He's right the more IMPEDANCE you have is key. Resistance is POWER and energy, since it's MASS. Hence E=MC2, forget about all the math and equations, they get you NOWHERE, BUT HIGH VOLTAGE DOES. Forget about current it's useless positive energy

  • this is a very inefficient motor >.<

  • STOP YELLING!

  • this video would of only gone for 20secs if you had of only said everything once and if it was possible to kick and punch a voice i would choose yours!!!

  • @mattjt1988

    Or perhaps 1 minute and 19 seconds!

    watch?v=5y1vbrT0Sx0

  • DON'T scream, why the heck do you scream so much aaargh you're maing me crazy

  • please dont yell...i might take a flight just to punch you in the face...(ITS JUST 0.01 AMPS!)

  • what? can you repeat that?

  • what typ of magnet are you useing

  • @alienhddna

    "what typ of magnet are you useing"

    Here I used Radio Shack ceramic magnets. The only reason why I did that is because I was starting off with them. Nowadays, I buy my magnets from magnet4less(dot)com. They have much better deals if you need to buy a significant amount of magnets, and if you like them new, whether they're ceramic, samarium cobalt, or neodymium. Speaker magnets also work too.

  • dude your such a virgin!

  • @kludge000

    I just saw the video currently featured on your page. Nice.

  • why are you yelling so loud? :(

  • you don't need to yell at me

    4000 feet 4000 feet AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA­AAAAAAAAAAAa

  • GOOD JOB MAN!!!!!!!!!!!!!!

  • admit it... ur meter is crap.... lmaooo... buy urself a fluke not junk from jaycar... omfg u wanna power a gokart with this? u doushe.... buy urself 4000 fgeet of insulated COPER wirewith vanish not plastic.... then wind it around a steel core .... you will make somthing tht you can be proud of.... p.s grow some balls

  • who cares boreing

  • wow

    

  • No offense dude, but I'm pretty sure if you're correct with your theories, then people engineers who have YEARS more experience than you would have figured this stuff out.

    I think you're missing something. Yes, with a massive coil you can do wonders, Heck the step up coil in a car takes 12 volts up to 10-15000 volts, however when you change that voltage into actual movement, you create high resistance and need more amps... Either way though, good luck in your experiments.

  • a very low frequency of 0.5 Hz to 1 Hz merger of latent, but salt water is given by its energy content, d & d hydrogne other gasses

  • Take a few physics classes. It'l enlighten the you unlike you've every been enlightened.

  • HAHAHAH all those coil, measure the resistance. Resistance is proportional to length you know, I think that's why you're only going at .02 or .01 amps.

    A motor's aim is always power, so try to get CURRENT to go UP, while maintaining your current voltage..

    Power = VI

    So it's NOT good that you're "conserving amps", it's actually bad, "Having low power output" is BAD. "High Power Output" is good. What you want to "conserve" is power loss.

    haha i agree with the kid who thinks you're high.

  • @o00o0o0o0o0o

    Take a two equal-sized blocks of copper. Then shape them into differently-sized wires. One will be 2x longer as the other and have 1/2 the cross-sectional area (meaning its diameter is 1.4142 times smaller). This longer, thinner wire will have 4x the resistance (=2/(1/2)). Pass 2x the voltage in this one and you will get 1/2 the current going through 1/2 the area (same current density). Losses vary by current density^2 * conductor volume * resistIVITY only, so you're wrong.

  • @kmarinas86 okay, that was a lot of mumbojumbo hahaha, u need to make ur points clearer.

    When you say "losses", do you mean power losses or current losses?

    Why were you talking about different gauge wires all of a sudden? I don't see how that was relevant. Doesn't using more voltage still attest to the fact there was high resistance?

    Anyhow, my arguments still stands: "Conserving amps" is nothing. Efficiency is everything. More power output is better. Resistance proportional to length.

  • @o00o0o0o0o0o

    "When you say "losses", do you mean power losses or current losses?"

    Current losses. Losses = Resistance * Current^2.

    "Why were you talking about different gauge wires all of a sudden?...Doesn't using more voltage still attest to the fact there was high resistance?"

    It is not the same thing as adding a resistor to the load. The coil does double duty, 1) Magnetic field 2) Heat. So you could use thin wire or thick wire, and it makes no difference to the efficiency of the coil.

  • @o00o0o0o0o0o

    Anyhow, my arguments still stands:

    "Conserving amps" is nothing. Efficiency is everything. More power output is better. Resistance proportional to length." Agreed.

    You can see on my channel page I have got a completely new design. I am planning to use the same amount of copper as before, but then I will double it. The wire will be much thicker. I expect that it will be more efficient, but not because the wire is thicker (20AWG), but because it will fire more times per revolution.

  • Wait a sec... were you stoned when you filmed this?

    No offense, I'm stoned now XD. Good job btw, you got a point there.

    Still I think that if you look at the windturbines that drive a coil and the coils produce electricity, you can change it to any output you want.

  • @Yezpahr He's not high... he's just a hyper kid who wants a go-cart.

    Keep up the good work, kid. One of these days you will be a rich MOFO, and you'll be powering your Lexis on a couple of AA batteries.

  • How many feet of wire was that again? heh ;)

  • get to the poooooooint.....it takes 5 min to say what your making this for???SO GO MAKE A GO-CART ALREADY........

  • Nice one ... Give me lot's of ideas ... Thank you for your video ... Keep going ...

  • Shouting makes people listen to what I say!

  • @dav1dh0ff

    "Shouting makes people listen to what I say!" Too bad you are right! I have many videos of better setups, but do I get tens of thousands of views on them? Nope.

  • @kmarinas86 no offense. and it is a cool video.

  • Your driving the coil with DC, the inductance of your coil will have no limiting effect on the current in your coil.  Mike

  • @mavamQ

    "There is no inductance in your coil to limit current when you have direct current flowing."

    So are you saying that it supposed to take no longer for the current to achieve maximum value? Maxwell's equations say otherwise. Higher L/R slows down the rate at which current rises, period. That's not my opinion. It's a scientific fact in physics, even if some areas of engineering do not recognize it.

  • @kmarinas86 Ok, so you can use Maxwell's equations. Then do something simple,

    Calculate the time constant of your L/R. In fact give me the numbers so I can.

    What is the inductance and resistance of your coil? I'll restate what I said for clearity,"the inductance of your coil has no effect, when the current is not rising or falling." Mike

  • @mavamQ

    "the inductance of your coil has no effect, when the current is not rising or falling."

    When you restate it like this, I can agree with it. When the circuit is off, there is no current. When it is turned on, the current must rise. A resistor (0 wire turns) stores a extremely negligible magnetic field and therefore has an extremely negligible inductance. So in a resistor, the current will rise to its maximum value so quickly it is immeasurable without a good quality oscilloscope.

  • @mavamQ

    "Calculate the time constant of your L/R. In fact give me the numbers so I can."

    I know the resistance for this 4000-foot winding is about 240 ohms. However, I do not have an oscilloscope where I can measure the rise of current exactly. An approximate calculation using the Brooks Coil formula is:

    0.025491*(3*2.54)*(2000)^2 microHenries = 0.77697 Henries

    Two other notes:

    * The wire brush contact is rough, reducing the time per "on".

    * We also have some back-emf.

  • @kmarinas86 Quoting ARRL book, "The time in seconds required for the current to build up to 63.2% of the maximum value is called the time constant, and is equal to L/R, where L is in Henries and R is in ohms"

    So, .776 Henries divided by 240 ohms = .0032 seconds. If we allow the coil to charge for 6 time constants we are over 99% charged.

    6 time constants is .02 seconds. So your coil has built its maximum magnetic field in .02 seconds. Mike

  • There is no inductance in your coil to limit current when you have direct current flowing. Mike

  • You have not measured the output power of your motor, you have no idea about it's efficiency. Modern electric motors are 85 to 95 % efficient. The losses are bearing friction, wire resistance and eddy current losses.

    Somethings don't make sense.

    I'm assuming 26 Gauge ribbon cable at .048 ohms per foot. 4000 x .048 = 192 ohms. 22Volts/192ohms=115 ma. What is limiting your current 10 ma? Mike

  • @mavamQ

    "Somethings don't make sense.

    I'm assuming 26 Gauge ribbon cable at .048 ohms per foot. 4000 x .048 = 192 ohms. 22Volts/192ohms=115 ma. What is limiting your current 10 ma?"

    The "circuit time constant" of this giant coil (= Inductance / Resistance = L/R) is larger than the "switch on" time. This means that for the current to reach the highest value, you actually need to have the circuit on for a longer time.

  • You could kill some one with a coil that big... just takes a good wack on the head is all...

  • too much resistance in wire of that length

  • halooking for a guy who knows his way around a lady's body

  • You can make power from infrared by absorbing it. Any solar heat collector does this, it absorbes infrared & all the light frequencies. To generate power with heat you need a Temperature difference, hot & cold. You can make a generator by simply putting a heat collector outside in the summer & cold collector underground. The problem comes with the generator. Hard to build, expensive, not effecient. plus generates little power for a large collection area. See Rankin Turbine. .... Continued

  • @Texmurphy51

    "To generate power with heat you need a Temperature difference, hot & cold."

    If you had a bunch of solar dishes arranged like the pattern on a soccer ball, they could generate electricity, and a wire from the center could take that electricity away. In this way it could be possible to maintain a temperature difference, as the energy that would have otherwise been at the center instead is absorbed and routed out of the system.

  • Well I am not sure what you want to use. Thermocouples? to generate power. Would take a hell of a lot of thermocouples to make any power. Build it on a small scale to see if works.

  • Intresting Video, did i hear you right that your new coil is 3 times longer? i am sure thats what you said.

  • Comment removed

  • @Steebod

    Wow it was only for 8 minutes and you think I was doing it for 2 years LOL.

    I have a sweetie by the way (F 28), though that is none of your business. BTW, I am more sedate than those who have sex before marriage, what about you?

  • dude, nice waste of cable and batteries. BTW, it's not oow " O" when it's numbers. You say Zero which also looks like "0"...

    Did your teacher tell you to call zero ow. Are u about 16 or 17. because you sound immature.

  • @moviejacker

    "Did your teacher tell you to call zero ow."

    Obviously I learned that after multiple exposures to poor speakers. So it was not just one teacher. I also have to practice controlling my breath so I can speak the two syllables of the word "zero" and not limit myself to the one syllable of the letter "o".

    "Are u about 16 or 17. because you sound immature."

    I am 21 in the video, but I am 23 right now. I still sound immature due to my underdeveloped voice and relationships.

  • I believe this video actually made my IQ go down. 16 batteries can propel an RC car at 50 miles per hour so it is not impressive to get 50 RPM's out of a makeshift motor. This is not free energy. It is a good way to waste batteries. Even when you repeat yourself a dozen times it still shows no amazing feat. We did stuff like this in college. Go to college for an Electronics degree and you will really be impressed!!

  • @tspecht610 "Go to college for an Electronics degree and you will really be impressed!!"

    Yes I would be...

    People making comments of this video really are observing a shadow of history here. Welcome to 2010!

    1) I have a 32" fan blade rotating at 146 RPM.

    2) I manage to do this using only 15 watts.

    3) I manage to produce more output than my room's ceiling fan which most likely uses more than 15 watts.

    4) While it uses 240 rechargeable AA batteries, it will run for 2 days straight.

  • Why would you run a ceiling fan on 240 rechargeable AA batteries?

  • Out if all the Brains roaming around in this world, do you honestly think you've discovered something new??

  • @antiqueeagle62

    Not in this video.

    Anyway, welcome to year 2010, year of the Tiger (not technically true yet since it is January, but who cares).

    So... yes, by now, I have discovered something new. It is in my profile.

  • have you seen the steorn motor /?? or looked up the rodin coil ?

    cool vids mate

  • @STiELzephyr

    The Steorn motor is unscalable garbage. Lamp lights kill the effect? It needs thick plastic slabs to protect the efficiency? Their end game will be dismal...

    On the other hand, a Rodin coil looks good on paper. They are suited for high rpm, low torque applications. However I have concerns for simplicity. If the theory in my YouTube profile is correct, MUCH more wire will be needed in Rodin coils to attract the same anomalous input/output due to a weak directional magnetic field.

  • How about a device which sucks voltage from radio wave?

  • They're really quite close by the way. I know you were probably joking - But they do exist. Very expensive to build and not anywhere near commercialization. They are there though :)

  • I wasn't joking. I'm building one. Also I want to build my own communication company and lower the prices down a lot....

  • That device has been around since before 1900. Its called a Crystal Set.

  • @Texmurphy51

    "That device has been around since before 1900."

    When you said that I was thinking you were going to say electric motor!

    "Its called a Crystal Set."

    Thanks!

  • kmarinas86 .. Well you talked about getting power from radio waves. You can string out a wire & tune a circuit to a local radio station & charge a battery with it. You may need a voltage doubler but I have seen plans for a self charging radio that gets power from RF. Theres not enough around us to do any real work though.

  • @Texmurphy51

    We can get energy from radio waves coming from all directions, as well as visible light. I'm not sure why many people haven't tried getting infrared though. What's so different about them anyway? Do they think it would violate the 2nd law? Infrared cameras pick up infrared, so why can't it be done? The earth has an effective black body temperature of -18.8 C which through the StefanBoltzmann law translates into 237 watts (almost 1/3 a horsepower) per square meter.

  • This was all though over after the 1970s oil shortage. Lots of these ideas are recycled from that period. There is energy out there like wind, solar, geothermal, but its hard to capture & not a lot there. The free energy from nowhere is Fantacy & lots of scammers trying to sell plans to suckers.

  • Nice man. Is this electromagnetic induction. Nothing new. Amps is nothing.

  • Respectfully until you measure the power available at the motor shaft you can never know what you have. All you are doing here in measure power input and speculating what can do.

  • thats like saying if u use the batterys to power the tiny motor in the center, then you check the coil and draw power from it, there is very little useable electric in the oppost direction.

  • OMG! It's an electric motor!

  • u got a HUGE mega coil only rotating a tiny little magnet

  • You, know I do have THREE links on the bottom showing my updated coil. Granted, I still do not think you will be all impressed by them. Maybe you even looked at them, I don't know. I have known this fact over a year ago and made changes accordingly. Thanks for you interest, Kmarinas86.

  • Hmmm... and perhaps you do not have annotations enabled in the video?

  • the weight to power ratio of this device lacks operational feasibility. still its pretty kool

    maybe u could add a larger + more powerful magnet.

    or u could make a giant coilgun

  • omg its so in efficient

  • Wgy tou speak so loud, usually who speaks loud try to have reason with volume instead of words. you saturated your mic it is insane to speak so loud.

    you are consuming 2watts to rotate a cilinder in air. 2watts its a lot for such a low work. an homopolar motor would consume lot less for same work.

  • I have a new camera now with a better mic so I can raise my voice with no "loud noise".

    Also, this motor used:

    11 volts * 0.02 amps = 0.22 watts

    Regards,

    Kmarinas86

  • Why dont you try to get a better stator with berrings and some neodymiums magnets ?

    Good work though ! Keep on.

  • As of 10.4.09:

    I've used bearings for the past 12 months.

    I've used a NEO-ONLY rotor for the past 10 months.

    I'm using a 32" fan with a 3" pitch width.

    I've used a metal fan for the past 12 months.

    I've used a fan (metal or paper) for the past 18 months.

    I can now drive my fan at 0.05 Amps using 241 Volts. The error shouldn't be any different because I am using the same meter.

    While I may be using 55 times the power as before, I have now exceeded the power output of my room's ceiling fan.

  • .02 amps .02 amps .02 .02 .02 .02 .02 .02 3 times 3 times 3 times. will u shut up god just shut .... up and like O-M-G shut up

  • @13Allyn hey man just saying maybe u`re interested, get some sleep

  • wtf do u mean get some sleep. and wtf why would i bee intrested in a frikin 4th grade science project

  • SEG Torque

    watch?v=lAUs7GWBbTc

    SEG magnet levitation torque

    watch?v=xSvOX0gzZxQ&feature=re­lated

    SEG one ring demonstration. (real SEG has 3 rings)

    1.5 volts @ .06 amps = 200rpm

    JohnSearlStory,com

    SearlSolution,com

  • one ring demo

    watch?v=z8qvSNkiB9M

  • can you repeat that?

    al

  • I think this will be the last video of this kind I will make. I will never be 21 again =P

  • pretty cool. hope you keep up the good works!

  • Can you repeat that....LOL... keep experimenting

  • looks great but no need to say things about 3 times. we can hear your annoying voice the first time.

  • Just listening to you is painful. I got past the sophomoric descriptions, the lisp, and the dramatic preaching, but the constant repetition of the obvious was enough to keep me from watching the video to its end. Please don't ever vote, drive, or have children...

  • er its not nice to make fun of people- i poe u dont have children or vote because they will all look like hitler and u will vote for the nazi party

  • your meter has an extra fuse inside its case.

  • haha you think you outsmarted the engineers making electric motors

  • you are very very annoying!!!

  • Hmmm... I built fuelless engine with tesla spiral pancake coil and N50 grade NEO magnets. Project cost me well over 2k. I was determined to make it right. Fuellessengine advertises 1200 DC @ 10ma. The best I was able to tune out of mine was 750 DC @20ma and 2200+ rpm and all this with primitive copper plate timed commutator. My motor is huge compared to this (6 pieces of 4"x1"x1" N50 neo magnets). BUT once you slightly load it - power consumption goes 10-20 times. No way to OU with mine..

  • looks like you built the most energy efficient tatoo gun in the world

  • Get a lower load, on the output coil, and get us a watt reading on the output, and then give us a ratio.

    Your design looks really good and simple.

  • наркоман штоле? 8)

  • Good job! I've worked on a Neman device and I know that its not that easy doing it on a budget. It was ingenious to use the cable. I bought a huge coil of magnet wire and tried to use it with the spool. Unfortunatelly I had cut several wires when hacking the coil.

    You should consider networking with other like minded ppl and not duplicating efforts.

    Best of luck.

  • Holy crap you re-discovered the Wheel and made it Square! and spent $40 to boot, :) hehehe,

  • holy fuck wow!!!!!!!!!......(sarcasm is great!)

  • kool

  • You should seriously consider contacting the CIA to sell this video as a means of torture.

  • cool . . . we got exactly what we paid for . . . didn't we!

  • and and another thing . . . it was VERY PAINFUL to listen to your drivel . . . painful I tell ya

  • Your customer feedback is appreciated. Don't worry, it will be taken into consideration.

  • ok joker . . . what in the hell do you think you got here? did you snort some meth before you rolled the camera?

    listen up . . . you got nothing . . .

  • "listen up . . . you got nothing . . . "

    Thanks for telling me that I have nothing to lose. I feel a lot better now.

    A scarecrow doesn't have a brain, but...

  • And I am the second retarded person here with an iq of 145. I suppose we like to act retarded sometimes. Interesting video... .

  • This guy sounds a little bit mentally retarded

  • "This guy sounds a little bit mentally retarded"

    And I have 63 favorites on this video. Why it is when I show my retarded side that people bookmark it?

    My explanation = Humans seek comfort in a world of haters.

  • So you are?

  • I am perhaps the first retarded person here with an IQ of 132.

  • Congratz!

  • My buddy asked me about Newman earlier, I have been watching these hilarious videos since. I love how the narrator points to the Hundredths position on the Multimeter and calls it thousandths, a certain clue hidden in there. Yes Mr. Macky (mmmkk) you can run a jeep on very low amperage. But you have to counter it with very high voltage, so you can never change the amount of power (wattage) it consumes. So, maybe you can use 1 AA battery to drive your jeep 48 inches.

  • If you repeat everything, repeat everything, then you sound more credible. MORE CREDIBLE.

  • that's pretty dumb because each of those wires are shielded with like 1/4 mm of plastic. very impractical. the longer your coil is the more resistance you have and the wider it is, the coils will be too far away for the emf to actually reach the middle. yay you can power an LED with 20 mA. Stop yelling Billy Mays.

  • It is supposed to generate very little in the coils as the magnet rotates. Also the power factor of the motor is also supposed to be small. If you take voltage times amps here, you get the wrong readings (neither input or output).

    This video is so dated, the only reason why I keep it up here is because it gets so many views. I have much better informed videos now, it is a shame though that this personality of shouting is how the video got so many views. *sigh*

    BTW. LED demos are WEAK!

  • One more thing. The motor I have now is a VERY inefficient electrical generator. This, however, is done so INTENTIONALLY. Why? First, If I take the batteries out of the circuit, by putting 100 watts into the shaft, I should get out far less than 100 watts even in closed circuit. Of course you would say that is impractical. However, the RATE of current rise induced would produce 100 watts of drag in that case. With enough VOLTAGE, the current can rise just as fast to produce those same 100 watts.

  • The fan I have now attached is a 19.5 inch fan. It is metallic and is normally used for cars. I have made it run at a (lame) 300 rpm using only 6 watts. Now given the input power and the rpm, I should not have any more than 0.14 foot pounds (27 oz-in or 0.19 Newton-Meters) of torque maximum on the shaft.

    I will NOT trust a multimeter for measuring output power. I only trust them for INPUT power. The reason is to NOT overestimate the progress.

  • The biggest problem with potential energy is it will NEVER generate enough power to overcome the resistance of the wires of itself AND still have enough to still power itself, if that were the case it would be + efficient but theres no way it could just make energy out of thin air. just measure the resistance of the wire yourself, unless there is zero resistance it will never be able to produce that kind of power

  • You aren't actually measuring the output power from the shaft so your whole schtick is pointless! Do something with it, make it do some actual work that you can MEASURE. Then whatever you think you are achieving will have some scientific credibility instead of your words of insistance that it's doing what you say it is.

  • "You aren't actually measuring the output power from the shaft so your whole schtick is pointless!"

    No matter how many new videos showing this, people will still continue to see this video of mine first, and make comments like the one you just made here.

    The "schtick" shaft I have in video above is gone in a landfill by now.

    "Do something with it, make it do some actual work that you can MEASURE."

    Still working on that! I've got something measurable now, but no dynamometer test yet.

    Thanks.

  • how many amps?!? i wasnt sure when you said it 30 times

  • The meter says it. It reads from 0.01 to 0.02 amps.

  • omg

  • dude stop repeating stuff we can hear. (fucker)

  • Maybe you should stop listening to me if you already understand what I am saying. (fucker)

  • kmarinas86 is doing "the impossible" on a

    small scale and it can be (probably) scaled up.

    Anomalous output/input theory is a great explanation

    for ZPE and other descriptions of Free Energy!

    Think Outside the Bun, Glass-Hoppa! :D

  • A CLASSICAL EM THEORY trained electrician

    like me knows that classical EM theory

    falls short. And ZPE can answer the

    shortcomings. I had an old Journeyman elect.

    tell me of Newman's basic theory

    in 1990. YOU saying 100%

    efficiency is impossible has already been proven wrong, many energy systems have exceeded this already! It's called an OPEN SYSTEM, like Hydro and the Heat Pump. We are pointing our electronic windmills into the ubiquitous ZPE wind and extracting it's power!

    SEE THE FUTURE

  • so..... what do you project to be the max efficiency of this motor?

    if u power a go cart with one watt... then even if your motor is 100% efficient, you'll still have only 1/746th of a horse power, how fast would a go cart go with .00134hp??

    let's say that your motor is 10000% efficient.. so it outputs 100 times as much power as it takes in... which is IMPOSSIBLE you'd still only have .134 hp which is highly impractical... a toddler would move faster than  you....