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About

Benjamin McInroe is a leading researcher at the intersection of robotics, soft matter, and dynamical systems, whose work fundamentally redefines how we understand and engineer movement in complex environments. His most influential contribution, the highly cited 2016 review on "locomotion robophysics," established a new framework for discovering the physical principles that govern effective self-propulsion, bridging the gap between biological movement and robotic design. McInroe’s research has had a profound impact on evolutionary robotics, demonstrated by his 2016 study on tail use in early tetrapod locomotion (95 citations), which showed how ancient animals used their tails to traverse soft, flowable substrates like sand and mud—insights that now inform the design of modern robots for challenging terrains. He has also advanced soft robotics through his work on a soft fingertip with integrated sensing and actuation (43 citations), enabling safer human-robot interaction and enhanced tactile perception. More recently, McInroe has drawn inspiration from mole crabs to pioneer vertical self-burrowing robots (25 citations), achieving rapid penetration in granular media. His technical contributions extend to dexterous manipulation, including the Omni-Wrist III kinematic analysis (10 citations), and the role of spinal twisting in grounded reorientation (7 citations). With over 460 total citations, McInroe’s work is essential reading for anyone interested in the physics of locomotion, soft robotics, and bio-inspired design.