Vanessa Sanchez,Christopher J. Payne,Daniel J. Preston,Jonathan T. Alvarez,James Christopher Weaver,Aslı Tunçay Atalay,Mustafa Boyvat,Daniel M. Vogt,Robert J. Wood,George M. Whitesides,Conor J. Walsh
In article number 2000383, Conor J. Walsh and co-workers present a thermally actuated robotic textile driven by liquid-vapor phase change. A laminated batch fabrication process enables manufacturing of customizable individual and arrayed soft robotic textile modules incorporating a resistive textile heater and a capacitive textile pressure sensor. These modular robotic textiles actuate with pressure-based feedback, allowing them to maintain actuation profiles during environmental uncertainty.