Vicente Arroyos

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About

Vicente Arroyos is a pioneering roboticist whose work pushes the boundaries of what is possible at the intersection of nature-inspired design and extreme miniaturization. His research focuses on three transformative areas: bio-inspired origami mechanisms, battery-free microrobotics, and sub-gram aerial vehicles. Arroyos’s most influential work, “Leaf-Like Origami with Bistability for Self-Adaptive Grasping Motions” (52 citations), introduces a novel structure that mimics the Venus flytrap’s autonomous grasping, leveraging a bistable energy landscape to enable self-adaptive, passive manipulation. This breakthrough has significant implications for soft robotics and adaptive grippers. In a landmark achievement for sustainable robotics, Arroyos led the development of “MilliMobile” (17 citations), the first battery-free autonomous microrobot capable of operating solely on harvested solar and RF power—challenging the long-held assumption that untethered motion requires onboard batteries. Further demonstrating his versatility, his work on “Toward Sub-Gram Helicopters” tackles the fundamental aerodynamic challenges of achieving stable flight at insect-scale, designing a miniaturized flybar for passive stability. Arroyos’s research is not only highly cited but also redefines the capabilities of small-scale, energy-autonomous systems, opening new frontiers for environmental monitoring, precision agriculture, and search-and-rescue operations in previously inaccessible environments.