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About

Matthew A. Estrada is a robotics researcher whose work sits at the intersection of bio-inspired adhesion, aerial manipulation, and space robotics. His most impactful contribution is the development of a robotic gripper using gecko-inspired adhesives, demonstrated in microgravity to grasp and manipulate large, uncooperative objects—a breakthrough with 322 citations that addresses a critical challenge for future space missions. Estrada also led the creation of FlyCroTugs, a class of micro air vehicles capable of forceful manipulation despite their size, enabling tasks like perching and dragging objects. His research extends to multimodal locomotion, as seen in a robot that dynamically perches and climbs vertical surfaces using directional adhesives, and to terrain assessment for legged robots like the k-rock2. With additional work on composite force-sensing footpads and wrist mechanisms for free-flying robots, Estrada has consistently advanced the capabilities of robots in extreme environments—from microgravity to rugged terrain. His innovations in adhesive-based grasping and aerial manipulation have opened new possibilities for autonomous systems in space and on Earth, making him a notable figure in the field of robotic interaction with challenging surfaces.