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

[kratkaforma]

https://www.youtube.com/watch?v=7wn15yJ9JYY&t=28s

Veljko Milkovic demonstrates his latest achievements in the field of two-stage oscillator development presenting a new improved model with an elastic (flexible) pendulum and elastic (flexible) lever which is far more efficient than the previous oscillator versions.
This fast and superior model has been significantly improved with elastic oscillations that give a better result with both the pendulum and the lever. The work is still underway on further technical improvements.

This advanced technology is being investigated on all continents. There are now over 500 companies from Southeast Asia that are producing, developing and practically applying the machines based on the principle of Veljko Milkovic's two-stage oscillator.

more info: www.pendulum-lever.com   www.veljkomilkovic.com

[Mayo]

https://www.youtube.com/watch?v=yWfXCFbpxQw

There are hidden brakes in rolling bearings, and let's talk about steel ball bearings that have a large inertia due to mass. They are very heavy, and to avoid that, it would be good to use non-mechanical bearings or an elastic pendulum, in order to get an even better result with a two-stage mechanical oscillator. Now, I'm not saying this without experience, and this is exactly what it's all about. The balls at the pendulum constantly change direction in rotations, one, then the other, and so on every second, and that's why we had big problems. So the first pendulum we tested was with a steel ball bearing, it weighed 400 grams, then a larger mass of 12 kilograms was made, and finally 50 kilograms. We used the highest quality steel bearings, because the investor said that we were in a hurry, it was very urgent for him to test it, and we took the first one we found, but I emphasize the highest quality. So we placed the structure without applying great force, so everything was done with care and everything was respected, but we didn't get anything bigger compared to the pendulum of 40 or 50 kilograms compared to this one of 400 grams. However, the elastic pendulum of 80 grams was better than all of that together, of course I suggest to everyone to use an elastic pendulum in their constructions or possibly ceramic bearings because they are less inert, because the balls constantly change the direction of rotation of the pendulum. of course that case does not apply to rotary machines because the balls spin as long as the rotation lasts, and here the direction of rotation changes every second. It strongly reminds me of a construction that I read about a long time ago, which is that some vehicles have a brake installed in such a way that, in emergency situations, the wheels turn in the opposite direction, away from the movement of the wheels, in order to make the braking as efficient as possible. And that is precisely the unwanted effect that occurs with pendulums where the balls constantly change direction and that is why a lot of energy is wasted, especially because of the weight of the steel balls. Now that problem can be alleviated with ceramic balls, because they are lighter, less inert and, on top of all that, have less friction.

[Mayo]

A machine made on the basis of Veljko Milković's invention, which is widely sold, rated with the highest rating

[Merg]

An art project and exhibition in Norway featuring an art object (mobile) inspired by Veljko Milkovic's oscillating pendulum-lever system

https://www.ellenroed.no/wp/wp-content/uploads/2015/11/skyvelaerebok.pdf#page=70

https://kmd.uib.no/no/forskning/stipendiater/_/attachment/view/f9fc8286-b900-4a51-8875-c554180c62fa:6924f314cfd4464025474f1ead22486f439f7352/skyvelaere_compressed.pdf#page=134

[kratkaforma]

Aron Murakami video about Veljko Milković

https://www.youtube.com/watch?v=kbQjaTZEPjI&t=12s