12 times more output than input, dual mechanical oscillation system !

[bitRAKE]

Looking though my scrap bin I noticed there were sufficient parts to build one of these devices without too much expense. Beginning with the pendulum I wanted to reduce the losses due to friction, so I soldered a thin quarter inch steel belt (broken printer) directly to some berrings taking from an old hard drive. This berring is connected to the lever arm attached to a steel tube on a wood plank....

Isn't this setup similar to a double pendulum? Imagine you are sitting on the first ball of a double pendulum (which is our lever). I'm too lazy to bother with the math, but I'm fairly certain the Milkovic device is a constrained double pendulum.

...back to the model.

[cchance]

lol you do realize that the above pendullum is absolutely unbalanced and another thing that initial force isnt exactly a difficult thing to overlook for the sheer fact it only needs to be started once, after that its maintenance that needs to be maintained. which as has been shown by brians reproduction can be done quite easily even in his basic first try design he showed a 1.5x output of power and that was via extremely inefficent design he admits.

[cchance]

whats with people on here always trying to prove a law violation via simulations.... THE SIMULATIONS ARE BASED ON THE LAWS... dear god build the device and try it see if you can get it to work or improve it why the need to be pesimist. I think the best person is brian from the yahoogroup/peswiki atleast he put forth to recreate the device and actually showed it working as well as had stirling meat with him to show the device it works at 2.5w input and 3.5w output

stirling confirmed it only runs for about 15 seconds before he runs into issues each time but says its mostly because of the flimsy design and the many inefficiencys that brian already said he knows how to overcome ... such as a geared ratched  flywheel and the addition of more coils to get the voltage up as well as reducing friction and increasing stability throughout the device.

Want to know what makes this true in the simplest way and i can tell you its true straight from common sense swing the pendullum i can maintain a swinging pendullum with my pinky, however the opposing side of the lever as shown in the milkovic video can operate 10 flash lights at once i dont know about you but my pinky cant force down 10 flashlights atleast not without a hell of alot of effort and probably cracking my knuckle.

[hartiberlin]

Hi all.
Well this has been a very interesting topic up to now, save for the lack of working experiments. I've never posted before but you'll see why i decided to today.

You gotta see what my brother built last night. I went over and made a video of it and took some pictures. Very interesting ideed, but I have to say, we didn't find anything remarkable in the design.

Some notes:
There is a particularly large effort involved to get the pendulum swinging initially (easily forgotten)
Subsequent pushes on the pendulum could be compared to the output on the wheel of the bicycle, except that the lever stops moving when there is a small load on the wheel.

See for yourself and comments will be welcomed.

Will post the video in the next reply because this keeps failing. It 12Mb.

Many thanks for the effort,
but I must say, you did not convert the motion ofthe output very well
to the wheel.
There are many losses within the conversion via the bicycle mechanism, so it is
surely not very efficient...
Maybe you can attach at the up- and downgoing output shaft a few big magnets and
place itinside a coil and have a lamp as the load to the coil, so it is lighting
up via induction.
That would be a much better output test I guess.

Regards, Stefan.

[FreeEnergy]

make sure the lever arm and the pendulum are in balance. in other words when the pendulum is at a dead stop the lever arm stays freely horizontal. must adjust weights accordingly.