How to Build / Make Mobiles / Kinetic Sculptures


I’m a kinetic sculptor specializing in mobiles. I get an e-mail once in a while wanting to know how to make mobiles which prompted me to write up this page. It explains some of the basics about balance. It’s really simple. It’s all about physics. Look through the following four illustrations, then read the rest below.

Part A weighs the same as part B – Balance point is right in the middle:

Illustration of how to make mobiles

Part A weighs more than part B – Balance point moves closer to part A, the heavier part:

Illustration of how to make mobiles

The following illustration might look complex, but it’s really the exact same idea. All those lower parts count as just one part when it comes to the balance of the top part, it’s only about the balance between part A and part B:

Illustration of how to make mobiles

And then it just goes on like that to the next level of the mobile:

Illustration of how to make mobiles

The trick is that you build the mobile from bottom to top. Find the balance point between the bottom two elements. Then you add the next element on top of that and find the balance point between the new element and the first two elements and so on. Don’t weigh the parts or anything to make sure it balances. Just find the point by balancing it on your finger, or if you want to be exact, tie a string around it and move it back and forth until it balances.

Anything goes from here. Use whatever you want for weights or to connect the pieces. The possibilities are infinite.

Oh, here’s something else to consider:

Image illustrating shape balance points in hanging mobiles and kinetic art sculptures

There’s a balance point and a center of the mass (weight) of the object. If the center of mass of the object is above the balance point (meaning the majority of the weight is above the balance point), the object will fall over. If the center of mass of the object is below the balance point, it will balance. The farther below the balance point the center of mass is, the more stable is the balance. So by making the parts of a mobile curved downwards, you lower the center of mass, and therefore making it more stable and easier to balance. There’s also a Wikipedia page about the center of mass that explains more about this.

I’ll expand this section and explain mobile making and the different aspects of it in more detail and with photos as soon as I have some more extra time. Until then, if you have any questions, if you’re not sure about something, if you want to know how to make a certain mobile type etc, send me an e-mail. I’ll be happy to help.

I also wrote an article for MAKE magazine on how to make a mobile based on Calder’s mobiles.

Also, see my blog post about what wire to use to make a hanging mobile and where to buy it and I also have a blog post with some of the questions that I receive via email regarding how to make mobiles and my answers and see some of my mobiles – handmade mobiles, large custom-made mobiles, 3D printed mobiles and kinetic sculptures – if you’re looking for design ideas. And I also have a page with a definition and a short history of mobiles.

And just for fun, here’s Alexander Calder‘s answer when he was asked how he gets that subtle balance in his work: “You put a disk here and then you put another disk that is a triangle at the other end and then you balance them on your finger and keep on adding. I don’t use rectangles––they stop. You can use them; I have at times but only when I want to block, to constipate movement.”

Alexander Calder diagram – How to install one of his mobiles at the IMA in 1947:

Image of a diagram on how to install a hanging mobile by Alexander Calder

Update:
New article I wrote for Houzz: From the Artist: How to Make a Real Mobile – It’s all in the balancing points: A top mobile designer shows how to create a Calder-inspired installation of your own:

Image of Make Calder Artist Inspired Mobiles

© 2014 Marco Mahler