Laser Cut Tensegrity Toy

thingiverse

This clever structure stands tall thanks to its own internal tension, skillfully provided by the rubber bands. The struts can be precision-cut from 1/8" acrylic or similar materials using a laser cutter or expertly crafted via 3D printing. The concept of tensegrity is indeed fascinating, driving innovation in more complex tensegrity structures known as tensegrity robots. Tensegrity robotics is an area that Super-Releaser has a keen interest in, particularly among our team members, with lead scientist Matt Borgatti being a key driver behind this design. To assemble this structure: Print or laser cut all the struts and collect seven rubber bands (These ones work well: https://amzn.com/B008X0A9DC). Attach one rubber band to the top hook of each strut and connect it to the bottom hook of the next strut. Finally, join all of the struts together at both the top and bottom using two more rubber bands.