NaLi GeaRS by UTiLeeTY

[UTiLeeTY]

Hello everyone  ,

... after some endless weeks of finding a competent manufacturer and letting him finish all the 3 parts of my NaLi_GeaRS prototype (I was waiting for it approximately for 4 weeks or so  ), I finally can hold them in my hands ^^.

Anyway, I just cannot wait to stick them alltogether and make some tests. I guess, it will happen on some nearly weekend if I'll find some time off, don't really know...

Well, till then I've got few pics for you to show:

[UTiLeeTY]

... and couple more:

[UTiLeeTY]

Oh, really appreciate your critique and possible updates  .

Many thanks for your concern.

BTW: sorry for not sooo well pics quality, I tried to make it quick and it was my low pixel mobile cam ^^.

Best regards,

UTiLeeTY

[UTiLeeTY]

Hello again  ,

...  after some testing time I have found out that it happens something weird with my concept.

Exactly, at magnets placement in an arc type magnetic row such as V-Gate on a wheel. Of course, there are always the same magnets in the row/ magnetic gate.

Following issues I could monitor lately:

(For quote:
     - torque is some ability of a stator magnet to move in direction from 1st. magnet to the last magnet
    - backdraft is jast flipped torque ability of a stator magnet to move in direction from last magnet to the 1st. magnet (also backwards).)

-> where the gate starts/ at first magnet in row:
    - gaps before 1st. magnet included, I noticed
more torque than backdraft
-> in the middle of the gate:
    - torque is pretty much the same than backdraft
-> where the gate ends/ at last magnet in row:
    - there is more backdraft then torque

So, IMHO, there is some much important issue in case of causing 'trouble' in moving on one direction (of torque) than only sticky point, namely backdraft(!).

Therefor, to prevent or even to reduce influence of backdraft is the half way to overcome that sticky point!

By the way, the original V-Gate magnetic row build style is not the way to go in my design.

Moreover, looks like normal axially magnetized magnets dont want work out well on me.

I may be really keen to your opinions on that ... , soooo ... what can you say on that matter?

Well, it is time to find out other ways to build my device.

Let's put some new theories into practical use !

Best Wishes and thank you for advices,

UTiLeeTY