F.B.D.I.S.S.M - Flux.Boosted.Dual.Induction.Split.Spiral.Motor.

[hartiberlin]

Itis very easy, just use "horseshoe" magnets inside the rotor
and inside the stators,leave everything else like it is.
This way you get double the mechanical output power, cause
both poles attract !

[Honk]

OK, that sounds good, but for now I'll stick to the original design just because I don't
have the power to remake the motor again at this time. Today I sent the cad files to my
old laser friend to hear what he has to say about them.

If the motor works out good (OU capable) I'll consider the design you suggested.

Thank you / Honk

[Low-Q]

In the original design, there is only one gate right?

What about using several gates in a series, and of course use equal amount of coils - placed in the same place as in the original version - "behind" each magnet? And what about using several single magnets, let's say 6 magnets in one revolution with one electromagnet each - maybe a coil wrapped directly around each magnet? With neo-magnets I think the coil wouldn't destroy the magnetism below a certain limit.
I cannot see that this idea shouldn't work if the original design works. The original design is nothing more than a slow way to approach the opposite pole in the stator! The torque in such design is extremely limited due to the weak angle these magnets are set up with.
Do you agree Honk?

Br.

Vidar

[Honk]

I don't follow you.
What is this "gate" your'e talking about?
Could you perhaps explain more thoroughly or perhaps post a drawing?

[Low-Q]

Here is a bad drawing from paint- I have left the rotormagnets out:

The "gate" is where the rotormagnet leaves the statormagnets end of the track.