BesslerWheel.com

I understand your point of view as that is what conventional physics will see it. but this device is not conventional physics although it can be explained properly. Also notice the surface area plays role as in the hydraulic principle. The lowest surface area will lose to the bigger surface area in ...

now that I come to think of it, surface area does play role

Cheers

There must be a missunderstanding somewhere. Try this simple experiment. fill a bottle with water and connect it to a hose. fill the hose with water until it is full. now put the hose lower than the bottle and see the suction in action. the bottle is compressed by athmospheric pressure. The vacuum i...

Since I can not edit the first post until 1440 Min elapsed, I'll just post the updated pdf here. Now I include the air bubble trap and outlet valve

I may have omitted some details in my pdf drawings, but it doesnt change the fact that this system really does works, anyway, will do another drawing later.

You are overlooking the simple things here. your mind is too clouded to see it

Do a real life experiment

If you really need to see the construction step by step then this video should be sufficient, in my pdf it is a bit different because that is my design.

https://www.youtube.com/watch?v=pJA6QxSFvjE

Let me repeat this again. It is not a RAM pump

I don't want to repeat myself. In my pdf should be enough information, it is just basic plumbing, nothing special. Just use pvc pipes. Have you any idea how pressure acts upon the surface of liquids. hydraulic principle applies. vaccum pressure can not suck the bigger surface (water inside tank has ...

another video link, no RAM pump

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

when you have free time try building one, it's not that hard

Please... I know what a RAM pump is, this is a different device altogether, what you saw a RAM pump being used there is just the extension from the tank so that the water can be pumped even higher. There is no need for the RAM pump. You saw a bigger sized PVC anywhere between the tank and the outlet...

in this video (not mine) clearly shows how the outlet is sent back to the water source (perpetual motion) https://www.youtube.com/watch?v=6KLOvUbvnOU this one shows the device used for agricultural irrigation in Thailand (not mine) https://www.youtube.com/watch?v=f1mT61agKng this device can easily r...

clearly you have no idea what the device is or how it works. BTW people have been using this for irrigation in the south east of Asia

As promised, I'm attaching a simple perpetual motion device. Depending on construction size, it can deliver large power. Have fun with it.