Magluvins Magnet Motor MMM Being released for open source developement.

[FreeEnergy]

we need more people like you in the world! thank you for sharing! keep up the good work!
open source is the future!

[CLaNZeR]

Hi Mags

Great looking Rig.

On your first A effect seemed so much better as you simply had two rotor magnets and were pulsing the stator magnet with your hand, which gave better control. But I was surprised how good the kick was.

Why not attach a small low power consumption solenoid to control the stator magnet.

I messed around a few year ago trying different methods and here is a old video I dragged out.

http://www.overunity.org.uk/pulsetest.mpg

As you can see the magnet in attached to the solenoid to this config, but took so much less power to move a permanent magnet, rather than using a coil to pulse the rotor.

But turning a diametricly magnetised looks like a cool effect you have there and you could end up with a pulse motor with no BEMF/CEMF !

Cheers

Sean.

[Magluvin]

Thanks All

Sprocket,
The 2 rotor mags and 1 stator did not have enough to push through the switch. So all the other mags are in a positive push/pull situation while the 1 is being switched, thus producing motive force to continue.
In the 7/8 config, there are 56 switchings per revolution of the rotor. Sounds hard to believe as there would be 5600 switches per min in a 100 rpm run, but it all makes sense when you see it in action. But in the 10/9 config I screwed up the timing as in the rotor is making contact with 2 stators at a time instead of 1 thus increasing the work load of switching for the other mags to have to push through.
This thing needs some time and thought. Thats why I am putting it on the table. It is a fresh idea in the pmm world and is worth a looking at by all. =]
The only other idea close to it is the one with the magnet on the seesaw lever that the guy has actuated by a cam on the rotor. Well this is a much better way and it uses both sides of all mags during operation instead of forcing a stator mag above and below the rotor to cause rotor movement.


Mags

[Magluvin]

Thanks Clanzer

In the first 2 vids is just showing the basic concept of the stator having very little angle change makes big movement on the rotor. By having the odd/even stator/rotor config, all other mags that are not being switched provide positive force to enable the push through of the switch of the one stator, and then it moves on to the next switch immediately, and so on.
I have had this basic concept for a couple years and just finally did something with it last year. It just needs a bit more refining I believe. Hopefully we can put our minds together and get it going. =]

Mags

[Magluvin]

Here is a cam that I had designed to operate the stators early on, but only to find that the drag during the switch was no better than the activation rods on the 9/10 setup. It wouldnt seem so, but it is.
As you can see, the first 2 vids, the stator has a thin rod that was controlled by the cam lever shown in this vid.

http://www.youtube.com/watch?v=gogl_lm_n0A

Mags