Activity

Cardboard Automata

Cardboard Automata are a playful way to explore simple mechanical elements such as cams, levers, and linkages, while creating a moving sculpture. This activity is easy to start but may become more and more complex as you become familiar with possible motions and imagine ways to artistically decorate your contraption. Cardboard automata use levers, cams, cam followers, linkages, and other mechanisms to make unique personalized creations.

Cardboard Automata is an activity inspired by the work of Cabaret Mechanical Theater, a collection of artists and craftsmen who explore making crank operated automata as an expressive medium that blends technical engineering with artful narrative. Some visitors start by selecting a mechanical movement that inspires them, whereas others envision a story they want to tell first; and eventually, both will have to blend together for a successful automata to be completed.

Why we like it

What are the qualities that we value in this activity?

A playful and inventive approach to learning simple machines
This is a playful and inventive way of exploring levers, cams, cam followers, linkages, and
other mechanisms.

Science and art connections
Cardboard Automata are a good example of integrating science and art into an activity. For learners, the narrative, decorated aspects of the automata are as important as the mechanical elements.

Connections to other activities and the real world
This activity is a good introduction to a variety of mechanisms and systems found in other PIE activities, and in the real world.

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  1. Jane Snell Copes says:

    It’s the best! The very best!

  2. Pingback: Exhibit Services » Cellular Automata | Exploratorium

  3. Aiona Bones says:

    This is one of my favorite activities of all time. One thing that consistently surprises me is how much of this activity is actually about friction and stability. Usually I can get the cams together in a way that should work in theory and then run into challenges with the materials. I bet that’s a problem engineers run into all the time. It might be interesting to create a series of automata using different materials to see what kinds of solutions each material requires.

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