A different approach, input appreciated

[d3adp00l]

Many years ago I started working on the whole perm mag motor, pmm, for the first few years my father told me to quit tearing apart everything with a magnet it because it wouldn't work. Until while holding a configuration in my hands I got it to spin quite fast. That changed his mind. I have built, tested, and drawn more configurations than a google search can come up with,(btw the one in my hands rotated because the magnets pushed my hands around with a slight rotation of the axle giving a net motive force to the weak field area). I would like to talk over some ideas and see the feed back at this forum.
  Lets all tend to agree that what we are attempting here is do to in some shape form or fashion what electrical motors actually do. So in a sense that is our model to work from, right. Here is my first question of this particular thought train.

What do all electric motors have in common, regardless of voltage or anything.

[d3adp00l]

No one has an answer?

[Gregory]

  Lets all tend to agree that what we are attempting here is do to in some shape form or fashion what electrical motors actually do. So in a sense that is our model to work from, right. Here is my first question of this particular thought train.

What do all electric motors have in common, regardless of voltage or anything.

Hello,

Well, first I thought this topic is not worth the time to read, but I changed my mind when I read your question.

I think the answer is simple:
(Dynamically) Changing magnetic fields. AC or DC but changing in some fashion. This is the most important about every working electromagnetic motor. Only the changes in the orientation of a magnetic field can make a motor work. Magnets statically fixed in any position will not make a motor work. We must have some change at the stators, or at the rotor, or both.

I also had drawn more than a hundred of different designs, and built a few. I think static designs will never work. (or never work good enough)

[hanker886]

Gregry,

Isn't  Perendev considered static mag design?

[bitRAKE]

Motors tend also to operate on a single plane of forces. Of course, this is obvious because the net result is a turning axle, but it is important to state even our basest assumptions.

Sometimes the transfer of energy to the plane of rotation is not uniformly perpendicular to the plane of rotation. I'm talking in 3D, so we have two other dimensions that can be perpendicular to the plane of rotation.