@silverdragonrs
it depends how your magnets are polarized via the magnetisation.
You can probably use a few of the "magnet four" of your drawing
for the stator magnets and for the rotor magnet get a disc magnets
where the North-Southpole polarisation goes through its diameter.
You can use a small bar magnet to see, where the poles are on your magnets
and where it repells or attracts.
Sometimes magnets are polarized also with many poles on its surfaces, like
N-S-N-S-N-S changing all the time, so they stick best to iron surfaces and
have thus more attraction force to the surface. These could not be used
for the Torbay motor.

Wow.  It looks like you guys have been busy here. 

If you would like to organize the presentation of what you have come up with so far, so newcomers don't have to plow through all previous posts, feel free to do so at PESWiki.

I have a feature page for what is on the Argentine site
http://peswiki.com/index.php/Directory:Walter_Torbay%27s_Magnetic_Transgenerator
It includes translations of the various pages.

Here is a beginning index page for you
http://peswiki.com/index.php/OS:Argentina_%28Torbay%29_Magnet_Motor

We can create a side-bar for easy, consistent navigation between the various sub-pages:
- home
- introduction
- materials
- plans
- photos
- videos
- replications
- variants
- theory
- FORUM (links back here)

Each of those can be a sub-page.

I would say it's time to stop theorizing and rendering, and start cutting and gluing.

I think the optimism is unjustified, (surely you have noticed that the most promising free energy motor is, and always has been,
"the next one"?) but if I had the time and materials, I'd make one right now.

Don't worry about machine shops until you've got a wood version that works.

I suggest that nearly anything can be made from balsa wood... the secret is that you glue all the pieces together with
superglue (cyanoacrylate) and then coat the whole thing with epoxy glue. The result will be ugly and might need sanding
but will be very durable- the fragile balsa is acting as little more than a sponge to hold the glues, which dry very hard and
strong.

You can have a CAD drawing of all the pieces that prints out at 1/1 scale, and you could trace the pieces onto your balsa,
cut them out, and then assemble. This might be the best way to ensure anyone could replicate your device if you get it
working.

Diametrically magnetized ring or cylinder magnets are hard to find, especially if you want one larger than 2 inches...
everything else you can get at the local hardware store.

tjanzer - i thaught the idea was for the next stator magnet to already be up when the raised one was ready to fall (or at least most of the way) otherwise the entire system would hessetate while waiting for the next break in the possition to open. for smooth continuos motion the stator arm in your drawing that is on the rise should be at lest half way up if not 90% up by the time the last one is ready to fall. thus weakening the feild to the right side of the raised stator arm and allowing for less resistance on the way down.

hartiberlin - thanks i thought of that just moment before i checked your post.. (was on my way to report my findings)
also i looked at the femm site you listed for downloading and all i see are a bunch of bin.exe files and scripts.... what do i need to download and from the looks of things how do i use the darn thing (ignore the last part of that i am not trying to bug you all for lessons on software ill figure it out) but i do need to know what im downloading

the magnet drawn from a 3.5 floppy drive is indeed N S N S defferentiating every 1/4 inch throughout the outer edge of the ring magnet.

so somebody mentioned microwave magnets.... anyone checked on this yet? I would be really interested in finding a disk magnet polorised through its diameter like you all say. I (like several others reading) would really like to find one in everyday apliences.

Are you talking about the conclusion that a particle?s mass increases with velocity?

No, they are not. They are polarized axially. I just spoke with a magnet company. It will cost approx. $500 to have a cylindrival magnet polarized along the diagonal. This is not something usual that they would do.

tao thank you very much for those links.
this one ....... how strong is it i am sure it is listed but i do not understand all the numbers and such.... plus with it being sphericle instead of what we are looking for wont that effect the performance of the device since when the stator arm rises it will still be interacting with the top half of the n side of the sphere?
http://www.magnet4sale.com/xcart4/product.php?productid=16287&cat=249&page=5

as for the other one it

http://cgi.ebay.com/NdFeB-Ring-1-OD-X-1-4-ID-X-1-2-STRONG_W0QQitemZ4453728058QQcategoryZ303QQssPageNameZWDVWQQrdZ1QQcmdZViewItem

 looks like itll work in many ways its cheep and reported as "STRONG"................ only one problem ......... they only have 100 of them available so we need to do our homework faster in order to get any..... i am going to buy two right now.... if anyone thinks they will not work then please state so soon as i do not have the money to waist on ineffective equipment. thanks

danny

movie won't play in WMP

sorry i never even saw the description below the picture... (oops) i was just comparing numbers ?

i do not have an ebay acount so could anyone and the seller if he/she can get ahold of a larger version? i have an idea on how to extend the field but i dont know how these things work so here it goes let me know please,

ok, take one magnet as described. since it is to small in diameter to be affective couldn't one add a peice of magneticaly attracted metal (half disks) to each pole (sitting on top of the magnet as shown here