[Update] Richard Waters, the inventor of the Waterphone was kind enough to point out the construction and sound of a real waterphone is very different (and a lot more work). Please visit Richards website here.
Today I got an email about my EM411 article on making a DIY waterphone. I did not even remember posting it and was somewhat dumbfounded to find out the search query “DIY waterphone” on google delivers the article on the very top of the results. Maybe it’s because off em411’s SEO or because it’s a really cheap and easy to do project.
Written October 26 2009
I made a waterphone-ish thing. UnfortunatelyIi dont have a welding device nor the intention of getting one, I had to solder this baby. And let me tell you, that aint the way to go (I did not use a soldering gun tho, they might have more power). I decided to go to a local welding workshop (for cars, the guy is called piet link). and get it done properly. Nonetheless this is a nice project and for the money yields great results!
Again; its better to weld a waterphone, but when your in the same situation as me and dont feel like letting your garage weld it, this design is pretty simple and its cheap.
- 2 cake pan’s (differing of shape)
- soldering iron
- 60/40 solder
- metal cylinder
- Glue gun (optional)
The material overview
Make sure you have 2 different cake pans of the same material. One shallow design and one deep design. The first to go on top the latter to serve as a basin for the water.
I used scooter rods/spokes. A waterphone uses much thicker rods.
I used a hammer and a pointy object to punch holes next to the rim in the shallow cake pan that goes on top [1st pic]. I used the same tools to cut the hole in the middle of the cake pan. It’s best to use a glue gun on the outside of the shallow cake pan and glue the deep pan underneath. If you don’t have a glue gun or good glue for metal. Now solder the cylinder in the middle hole.
Now it’s a matter of just soldering the rods in the holes you punched next to the rim. You can adjust the length of the rods by grouping the rods in size groups. (I had 3 different sizes, so 3 groups). lower the different sized rods so the transition between each rod is equel in length. There’s you’re waterphone-ish device.