Keith Maycock

Papers

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About

Keith Maycock is a robotics researcher whose work has centered on solving fundamental challenges in automated assembly, particularly the precise insertion of pegs into holes—a task that is deceptively simple for humans but notoriously difficult for robots. His key contributions lie in the development of passive compliant mechanisms for robotic wrists, specifically designed to handle positional errors without the need for chamfers (the beveled edges that typically guide a peg into a hole). In his most-cited work, "A passive compliant wrist for chamferless peg-in-hole assembly operation from vertical and horizontal directions" (1998, 26 citations), Maycock introduced the CVHRCC (Chamferless Vertical/Horizontal Remote Centre Compliance) wrist. This device was a significant advancement because it could accommodate errors from multiple directions, a capability not found in earlier designs. His follow-up paper, "Robotic assembly: chamferless peg-hole assembly" (1999, 22 citations), further explored the practical implications of this technology, addressing the persistent problem of positioning inaccuracy in industrial robots. Maycock’s work has been foundational for researchers and engineers seeking to make robotic assembly more robust and adaptable, reducing the need for expensive precision tooling. His contributions remain relevant in modern discussions of flexible automation and compliant manipulation.