Rotor Bifilar Test – 4 Magnet Rotor Results

hello ladies and gentlemen what's up this is Papa Bale welcome to the channel in our speed challenge for magnets on the rotor we are currently doing four magnets on the rotor we have two uh bif coils both with 20 gauge and 30 gauge 20 gauge Drive 30 gauge trigger here we have 26 gauge and 30 gauge uh we have two SG circuits on the transistors feeding from the first pulse motor to the second one we're going to start at 12 volts and that's what we're going to stay at now we did 12 12 was at UH 60 680 to 720 6 was 730 to 750 4 like four might actually win here we got three amps coming out9 2.9 here we go and our little six magnet rotor whipping not exactly sure how fast that one's going we might test it all right four magnets in the rotor here we go 622 621 I think I might need a new battery in my Tac meter 614 H oh that's terrible maybe it's [Music] uh we to see if there's uh really an acceleration phase going on here or what's going on 615 so that's pretty much it so four we're going to say is right around 600 650 being generous however I do think I should remove the maglab AL together wow that just dropped by seven should remove the maglab all together so that it rests right where it's supposed to rest right dead center I don't know if it'll change anything but yeah I have a feeling that raised up that high it's not getting its Optimal Reading so this is third place four magnets is in third place I don't see anything other than uh changing this rotor back that will affect you know anything I'll do that I'll do that just because so we're going to stop it just for the sake of continuity we are going to put the other rotor back on I love how it spins on that pole though all right so we're moving right along here we're on four magnets and we're going to mimic that with this rotor four magnet rotor these magnetes in my opinion are bigger though nice and or stronger than the ones that I'm working with on the other rotor and there it's magl so it lines up pretty nicely all right so the next thing I need to do is make cores of the iron infused pla for holes that size like I'm about this long and then put my 10 coils on the pole and see what happens just the whole thing in series be interesting to see what the effect is on the main Drive having a pickup coil like that all right so lights are good lights are blinking rather rather well this one's a little off it's always been a little off so now we have the four magnet rotor sorry about uh not keeping it on the thing here so we got the four magnet rotor it's moving rather quickly the four magnet rotor over here what we're testing 645 6005 so roughly going the same speed that's a awesome so we're going to say 630 to 650 for the four magnet rotor I'm going to say uh yeah virtually that's what it is it's going to be Max is 650 so 720 for 12 750 for 6 650 for 4 and I'm I'm going to blame it all on my back meter 630 okay so I did want to try something I don't know if it's going to be safe but this little devil right here will Jack it up to 78 volts just as is all right so currently we got 12 in second place we got six in first place and we've got four magnets in third place all right we're going to do two magnets now and then we might try our little voltage booster DC voltage booster all right thank you very much peace out have a great day please subscribe and stay tuned for our two magnet demonstration peace out yeah