ok, I think I understand what you're saying... but I think you get the same effect by simply making a bigger rotor? and I could just turn my coils around so I could still use the north poles....
though your idea is interesting... having the coils on the inside of the rotor might have an effect because of the different interactions with the magnets and the coils... not sure what the effect would be though
for example if I made my three coil motor like you said and use the same number of magnets (6) then when the north of the coils is repelling the north of the magnets on the rotor, the south pole of the coil's pulse might repel the south pole of the magnet on the opposite side of the rotor thus adding torque...
I've been thinking of a way to utilise both the north and south pole of the coils using a double rotor but haven't got enough materials to build it yet!
though your idea is interesting... having the coils on the inside of the rotor might have an effect because of the different interactions with the magnets and the coils... not sure what the effect would be though
for example if I made my three coil motor like you said and use the same number of magnets (6) then when the north of the coils is repelling the north of the magnets on the rotor, the south pole of the coil's pulse might repel the south pole of the magnet on the opposite side of the rotor thus adding torque...
I've been thinking of a way to utilise both the north and south pole of the coils using a double rotor but haven't got enough materials to build it yet!

. It just seems to me that it charges really well with a couple of short bursts of about 1.5 amps for just a minute or two and then letting the amps drop back down to around 350 milliamps for most of the time charging them up during those short bursts the chage battery would rise well above 15 volts and slowly come back down to about 13.25.
[ATTACH][/ATTACH]Thanks Aaron!!!
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