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BRAINBOX - KINETIC SCULPTURE

Students learn:

Curriculum Learning Activities
SCIENCE Integrating elements through experimentation and/or data collection
TECHNOLOGY Use technology to automate, record and/or enhance the art work
ART How the parts are put together in creative ways to form a new aesthetic (art)
ENGINEERING How to design and build to incorporate one or more moving sculptural elements
MATHEMATICS Explaining any part of the work using authentic data and/or formula(s)

Make a 'Kinetic Sculpture' that is inspired by galloping horses and made using 'found objects'

Video 1. Theo Jansen - Example Kinetic Sculpture

FIXME

What does the word 'inspired' mean?

Fig 1. Kinetic horse sculpture components

Kinetic horse linkagesKinetic horse -Example component sizes

Fig 2. Example mathematically optimal sizes

Strandbeest - An openly designed Creative Commons licensed robot

What you see here is Beta 1 of the Jansen walker, a laser-cut robot, based on the Jansen Mechanism. It has 8 legs and scuttles similar to a crab walking sideways. The brain is a Arduino, and the legs are powered by 2 micro-servos modified for continuous rotation.

The Beta 2 plans contain several improvements (not pictured), including 3 pairs of leg on each side instead of 2, a drop-in platform for the center, also several other small improvements, and improved building plans. http://4volt.com/projects/jansen/#2

http://hacknmod.com/hack/how-to-build-your-own-diy-animal-theo-jansen-strandbeest/

Fig 3. Make a Styrofoam Kinetic Sculpture

Appendix

 
 
brainbox/young-artists/kinetic.txt · Last modified: 10/07/2019/ 12:15 (external edit)