Motor Mayhem Magnet Rotor Speed Test at 12 Volts (6 Magnets)

hello ladies and gentlemen what's up this is Papa Bale and this is the second video in my series about magnets on the rotor basically so we've it's this 12 magnet rotor has 12 slots I've removed six magnets from it now and now we have six magnets on and we're going to test it at 12 volts the coils are 20 gauge drive and 30 gauge trigger all right here we [Music] go oh we're already going faster than we were with the 12 holy smoke that is unbelievably fast I'm kind of nervous actually all right I'm going to get a quick Tech reading 700 just to see where it's going oh looks like it's slowing down I know that can't be right I wonder if I swap the battery out on the TAC meter what will happen [Music] yeah so it's saying it's registering about the same right around the range of 700 it's monopolar MPN transistors oh there we go 734 I don't know should I spin it up again think I might be able to spin it the wrong way do you think I don't know we are drawing fewer amps though all right I'm going to stop it real quick we're going to start it up again it's down to [Music] zero yeah all right so we're going to spin it from this side which I like to do and put it up to 12 again all right here we go [Music] 7:36 wow so 7:30 steady so that would make the range between 700 and 750 I'd say that's a little bit better than 680 to 720 is it significantly better I don't think so maybe it's the way that I've uh done all my connections and stuff that's making it pretty much synchronous across the board um we're going to do two more readings on that though that's how many amps are being drawn on two uh 12.2 volts [Music] oh no we got to cut the power quick about it too cuz my circuit that's built on my transistor just fell off the table and if any of those clips like touch [Music] looks like we're good across the board yep we're good all right all right so that is a six magnet test and it went about 750 730 sweet okay so in the next test we're going to do four magnets on the rotor and I'm going to swap out this rotor for the rotor right there on the gyro so I'd say they're about equal I don't know why but they're about equal uh you do draw more amps though about a whole amp more with the 12 magnets and the RPMs are about the same so I say six comes out on top on that one uh just due to the efficiency it's not much faster it's just more efficient and it might be because it's now mag left and it's a little higher than it was before cuz the weight of the 12 magnets kept it down I'll show you the mechanism that I'm using see there's two flanges stacked on top of each other right there and when there's enough weight it'll just rest on the flange right there but when there's not it'll be magl just because that's the way it worked out so it is mag Liv right now and it is a tiny bit higher than in my opinion it should be so maybe uh that prejudices the experiment uh slightly you see it's only that much distance it's about uh half a centimeter but it does raise it a little bit all right thank you very much ladies and gentlemen peace out have a good day Please Subscribe and the next video will be four magnets we're going to see if like uh it's just written in stone that fewer magnets means more RPMs that's my point that I'm trying to make here is that true is that just written in stone and that's the truth or is there some more to it than that you know we're going to find out so far it's about equal with 12 magnets we got a range from 680 to 720 and with six magnets we got a range from 730 or like 720 to 750 all right we're going to do four now and'll be right back thank you very much peace out bye now