One magnet no bearing Bedini motor

[jonnydavro]

Hi Bill.I think you can add more pickup's quite easily and i will be doing exactly that to see.I was thinking about four in a square to start with.
Your right,The output of Xenomorph's aircore's is amazingly high and easy to make.I think this is the way to go with this setup.Regards  jonnydavro

[xenomorphlabs]

I have just finished a 2nd air-core pickup coil and it works great together with the first one.
Looks like the energy capturing of this setup is only limited by how many you coils can get close to the magnet 

Video of it: http://www.youtube.com/watch?v=aaY2Yalhris

[gyulasun]

I have just finished a 2nd air-core pickup coil and it works great together with the first one.
Looks like the energy capturing of this setup is only limited by how many you coils can get close to the magnet 

Video of it: http://www.youtube.com/watch?v=aaY2Yalhris

Hi,

Thanks for this nice video and would like you to put a relatively heavy load (like a 3V or a 6V or a 12V incandescent lamp of a few watts onto the pick up coils to see any Lenz law effect to develop or not?  I mean is there any input current increase when you put the loads onto the pickup coils.

Thanks,  Gyula

PS: Recently I wrote a suggestion to your Relay Switch Capacitor Experiment video because I think that setup still has some inherent secrets...  so whenever you have the time later please consider it.

[xenomorphlabs]

@gyulasun :

Thanks for your input. You have been telepathically present with what i just tried to do.

I have connected a 1.5 V rechargable battery to see if it would charge and it does charge, BUT
like you assumed the magnet slows down, so i had to adjust the transistor input resistance.
I will test it with another load (lamp) like you said later.

I think the best way to make use of the pickup coils is to integrate them into a timed capacitor
discharge circuit, so the magnets movement wont be affected constantly but only for a short time frame when the cap is being discharged.
As long as the energy is being just put into capacitors without further loads, the magnet still spins fast.

I have responded to your comment concerning the relay switch capacitor experiment on the respective youtube page

[gyulasun]

@gyulasun :
....
I have connected a 1.5 V rechargable battery to see if it would charge and it does charge, BUT
like you assumed the magnet slows down, so i had to adjust the transistor input resistance.
I will test it with another load (lamp) like you said later.
...

Hi,

Thanks for the infos,   you mean on adjusting the transistor input resistance as allowing a higher collector current to flow?
This would mean some more input power than was taken in the unloaded pick up coils case, you mean this, right?

Thanks for the comments also on your relay switch caapacitor video, will go there later.

Regards, Gyula