Skin-Inspired Robotic Enhancements Animate the Inanimate

Developed by Yale’s Rebecca Kramer-Bottiglio for NASA, new robotic skins aim to fit around static options and give them form—and movement. The skins are composed of supple elastic sheets and have sensors and actuators embedded throughout. This is a fascinating development that reflects a tangential robotics market, wherein an enhancement—rather than an independent form—is produced. Further, using more than one skin can lead to increasing complex series …