Max Robotics — Global Service Robot Directory + US Certification

About

Michael B. Wooten is a pioneering roboticist whose work draws inspiration from the natural world to solve complex challenges in exploration and inspection. His primary research focuses on bio-inspired continuum robotics, particularly the development of vine-like and tendril robots that can navigate highly constrained and unstructured environments. Wooten’s most impactful contributions include demonstrating how plant-inspired movement strategies—such as circumnutation and climbing—can be adapted to enhance the maneuverability and stability of long, thin, flexible-backboned robots. His seminal papers, including “Exploration and Inspection with Vine-Inspired Continuum Robots” (56 citations) and “Vine-Inspired Continuum Tendril Robots and Circumnutations” (51 citations), have laid the groundwork for a new class of soft, slender robots capable of accessing congested spaces where traditional rigid robots cannot. Beyond inspection, Wooten has explored applications ranging from in-orbit satellite maintenance to disaster response, and has also contributed to assistive technology with the “networked, robotic home+ furniture suite” for aging in place. His work on mechanics and environmental interaction for continuum arms continues to push the boundaries of what these flexible systems can achieve, making him a leading voice in bio-inspired robotics.