Kevin Turner

Dec 6, 2024 | onlinelibrary.wiley.com | David Levine |Kevin Turner |James Pikul

1 Introduction Electroadhesion has emerged as an attractive strategy for programming stiffness in high-performance applications, including haptic interfaces,[1, 2] wearables,[3, 4] morphing structures,[5, 6] robotic exoskeletons,[7, 8] modular robotic teams,[9] and versatile grippers.[6, 10] In particular, electroadhesive clutches are promising candidates for such applications due to their low weight, fast response times, high flexibility, and low power consumption.[11] To date,...