David Robles-Cuenca

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About

David Robles-Cuenca is a pioneering researcher in the field of micro-robotics, with a primary focus on the design and development of miniature, autonomous locomotion systems. His major contributions center on the creation of sub-gram, centimeter-scale robots driven by in-plane piezoelectric resonators, a technology that enables precise, vibration-based movement without the need for traditional motors or complex transmission systems. His most cited work, "Miniature Autonomous Robot Based on Legged In-Plane Piezoelectric Resonators with Onboard Power and Control" (2022, 16 citations), represents a significant leap forward by integrating cooperative piezoelectric motors, a power circuit, and a battery directly onto the robot, achieving true onboard autonomy. This builds upon his earlier foundational study, "Sub-Gram In-Plane Vibration-Driven Robot with Inclined Legs" (2020, 3 citations), which established the core principles of using flexible materials and 3D-printed inclined legs to convert structural vibrations into directed motion. Through these innovations, Robles-Cuenca has advanced the frontier of micro-robotics, demonstrating practical pathways toward highly miniaturized, self-contained robots for applications in exploration, surveillance, and biomedical intervention.