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About

Kathryn A. Daltorio is a roboticist whose research sits at the dynamic intersection of biomimetics, locomotion, and soft robotics. Drawing inspiration from nature's most accomplished movers — insects, geckos, and earthworms — she has made significant contributions to two primary research areas: bioinspired climbing robots and soft-bodied peristaltic locomotion. Her early work revolutionized wall-climbing robotics by developing micro-structured adhesive materials modeled on insect and gecko attachment mechanisms. Her papers on compliant adhesive feet and micropatterned polymer surfaces (collectively accumulating nearly 400 citations) helped establish foundational principles for robots capable of scaling vertical and inverted surfaces across diverse substrates. The Mini-Whegs and Screenbot platforms exemplify how biological attachment strategies can be translated into functional robotic systems. Daltorio later turned her attention to worm-like locomotion, producing influential analyses of peristaltic movement in soft robots. Her work on slip minimization, segment coordination, and cost-of-transport optimization (over 240 cumulative citations) provides essential design guidelines for robots navigating confined or irregular environments, with promising applications in search-and-rescue and medical robotics. With over 870 citations across her most notable works, Daltorio represents a compelling model of biologically-grounded engineering that continues to shape how robots move through complex real-world environments.