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How to move a waterbed (1600 pounds)
In case you own a waterbed (actually they aren’t that expensive any more, I got mine for a bargain of 600$), and you are thinking of rearranging your furniture but are hesitating because of the waterbed that seems impossible to move, don’t become desperate, because there is an easy way. I am going to show how to move your waterbed under 2 hours and with just little struggling; no real monster strengths required:
So here is the waterbed, sized 2×2m, that’s what Americans call Queen size I think:
Take a closer look:
Here is what you need: A simple tube/hose (length depends on your situation)
You stick one end of the tube into the opening of your waterbed, make sure it does not spill!
Put the other end of the tube outside, don’t bother with ups and downs:
Now here is where it might get tricky, you need to suck (yes I mean literally suck) on the tube to get the water flowing. Using this simple trick the water will flow through the pipe even though it goes up (pitches). The effect behind that is called (if I am not wrong) capillary effect which was discovered by Mr. German Einstein himself
You need to suck real hard, so that you create some kind of maelstrom, undertow, pull etc
After approximately two hours the waterbed was empty enough to be movable (around 800 liters sucked out)
You can then move it around freely and refill it using another pipe. Make sure you don’t spill any water, else you get all kinds of crap growing under your waterbed…
You have successfully moved 1600 pounds / 800 kg (liters) from point A to B :)
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2
3 years ago
February 7th, 2007 12:24 pm
yoda_143
“The effect behind that is called (if I am not wrong) capillary effect ”
sorry m8, you’re wrong.
The effect working here is basically that water flowing out the end of the hose creates a vacuum, atmospheric pressure on the water reservoir on the other end of the ose then pushes the water into that vacuum and so on.
Capillary effect works with molecular attraction between the liquid molecules, the gas molecules in the air and the molecules of the solid the water in in/on. It works on a much smaller scale, its effect in a hose of that diameter is negligible.