SMOT

[penguin hood]

start point hieght : 6cm , ending point height 5.5cm

I agree with gn0stik.
I did the SMOT experiment time ago and the steel ball really move up the ramp from lowest to highest point. No doubts about this and it is amazing. However I don't claim SMOT overunity.

If your SMOT fails I recommend you:
-Check that poles nearest to the top of the inclined plane are closer to the track than they are at the bottom.
(The SMOT works because the magnetic force is greater when the magnets are closer to the steel ball, and since the net force is towards the top of the ramp, the motion of the ball is also that direction, making the ball move up the track. This is why it is imperative that the magnets are constantly getting closer to the ball, in order to create a net force upwards.)
-Use a lightest steel ball.
-The track must be no magnetic material, for example aluminium, plastic, etc.

[c0mster]

I also did extensive testing of the SMOT.  My findings were that there was no gain in the height of the ball at the other end of the ramp. It came very close to the same elevation as the drop point put not enough to make a closed loop. It seems that as the ball passes the end of the SMOT the pull of the magnets on the ball as it clears the gate are enough to remove 95% of any momentum gained on the ramp.   

Camster

[backchan]

ramp is plastic
running ramp is aluminium

and if SMOT ramp is long or short or magnet so high or so lower then a bead can't escape SMOT

also My SMOT is height gain

[gn0stik]

This is a much better angle than your first picture.

If you go back in the thread, you'll see my suggestions for improving the smot.

You might want to try those. Cutting a radius into the end of the ramp, and a notch out, as well as shaping the last two magnets, and spacing them away from the track a bit farther, to change the flux at that point.

I haven't personally tried them, but I've heard it works.

If I were working on a ramp, I think it would be the adsitt design personally, I think it looks more promising.
but I think Don shows all the different techniques necessary to close the loops in his experiments, he just doesn't put them all together for you.

There are benefits and drawbacks to both the adsitt, and the smot.

With the adsitt ramp, you have to get permalloy sheet metal(good luck). And with the smot, you will never have very good torque after it drops out of the ramp.  Even if you can get it to enter another one, a motor is only as good as it's weakest point.

[penguin hood]

Missing something... If the steel ball ejects from ramp with very high kinetic energy, Overunity Forum take no responsibility for damage using free energy.

Backchan, what is your native language?
I want to let you know that also I'm learning english in self taught manner and I have developed some useful methods, at least for me. If you is interested can contact me.