Originally posted by machinealive
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Any conductor moving into a magnetic field will suffer a force which oppose the movement. This dragging force is the Lorentz Force, F =I•B•Length
Wouldn't it be better to keep the wires static (stator) and put the magnets in rotation (rotor)?
This way there won't be any dragging force in the wires due to the Lorent Force because the wires are now fixed on the stator.
Please tell if this reasoning is right or maybe I am completely wrong.
As far as I understand there are two effects opposing the current generation:
1- The Lenz effect which produce a opposing magnetic field reducing the magnets field
2- This dragging force (Lorentz Force)
Regards

He is really laying it on the line...






and mentioned they are 180 degree to stator poles. but they are 90 degree to stator pole axis. Sorry for this mistake sir.
. It ran with about 120 rpm, though the torque was not good.
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