V Gate PM Motor
Uploader Comments (rogerwalsberg)
All Comments (64)
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Built this rail in big circle, then you will get a perpetual motor. So the wheels will back to its start position. ;)
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This seems to work but if you notice the shield is only between the two sets of magnets. If he would place the same shield in the launch area as well as the end of the second set of magnets, the wheels would get stuck everytime! If you're going to show a gate being crossed then all gate must be build identically including shields! This really proves nothing.
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please see my comments @PESWiki/CLaNZeR mike peine =How to make the Vgate WORK!!!! GREAT use of a keeper! See also antostoof1 = how to make the Archimedes perpetual motion device WORK!!!! you almost have it too.
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if it would work reverse it would be OUT OF THIS WORLD... (reverse I mean: turn the rotator 180° and put it on the right side) if it also passes the middle section... its AWESOME!! =)
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Oh, sorry...I've talked to fast XD You've already answered me in the video :D
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WOOW...so, if we use these technics, we won't need electricity for magnetic trains? Interesting. Can you explain me the polarization of each magnet? I'm so curious!!! :D
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@wcemichael No, the sheilding only pushes the v gate lap further, cancelling out the magnets sheilded, this in turn would just create a gap of no force, which would allow resistance (from friction and other minimal resistances). trust me, make a few more v gates, and it would NOT keep going. the only convincing one i have seen of the v calloway is the one that actually makes the motion magnet (in this case a wheel) jump the start of the v, which i THINK... is positive/plus energy... I THINK
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no! Lets see her/him make a couple more lines for the wheel to run over, it will eventually stop. It needs to produce + energy not equal energy. at :40 ish, it sits in the middle.. this automatically shows it won't work, because at ANY point of magnetic feild contact, it should not stop. so if it was put in the centre, it should have kept going otherwise it's just equal or negative(resisted) output of energy to the wheel.
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What happens if you take the steel plate out?
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@GGAlice1 Look up magnetic V gate. the magnets are aranged the same on a wheel and the wheel turns buy itselfe but always stops at the point where the V gate starts over. This little demo shows how a properly cut and placed magnetic shielding can "confuse" the magnetics long enough for momentum to get it past the stopping point.
i don't understand what is happening? explanation?
GGAlice1 2 years ago
Another viewer made this comment that sums it up. "what you have here is the magnetic equivalent of running a marble down a slope, albeit a slope with a bump in the middle. The force isn't all in the same direction. As an analogy, you have made a ski slope and are hoping this means you can make a free running roller coaster circuit. Hopr this helps.
rogerwalsberg 2 years ago 2
how is it built i can't seem to find an explanation that is ledgible. what is making it work so i can recreate it at my house.
GGAlice1 2 years ago
The axle is stacked magnets, like they would stick together naturally and pressed into wheels. The rows of magnets get glued N down on the top row as you are looking at the video. The bottom row, S down. The spacing etc. isn't critical. I just guessed. The N end of axle either repels or attracts the row magnets and reverse for the S end axle magnets..
rogerwalsberg 2 years ago
what are you using as a sheild?
Mu Metal?
abbirina 2 years ago
No just plain steel
rogerwalsberg 2 years ago