Kevin Kendall

University of Birmingham, Adelan (United Kingdom)

Papers

Total Citations

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About

Kevin Kendall’s research bridges the gap between materials science and autonomous robotics, with a particular focus on energy systems that enable long-duration robot operation in natural environments. His most influential work, “Towards robot autonomy in the natural world: a robot in predator's clothing” (2002, 18 citations), explores bio-inspired design principles for robots operating in unstructured outdoor settings, proposing novel camouflage and behavioral strategies to avoid detection by wildlife. Kendall’s major contributions center on integrating microtubular Solid Oxide Fuel Cells (mSOFCs) into mobile robots, as detailed in his 2017 and 2018 papers (17 and 4 citations, respectively). These studies demonstrate how propane-powered mSOFCs can extend robot range tenfold compared to conventional batteries while enabling rapid refueling—a critical advancement for field robotics. His work addresses the fundamental power-to-weight ratio challenge, proposing smaller-diameter microtubular designs for improved system efficiency. Additionally, his 2020 paper “Cracks: a century of toughness” (2 citations) reflects his broader expertise in fracture mechanics and material durability. Kendall’s research offers practical solutions for extending robot autonomy in agriculture, environmental monitoring, and disaster response, where battery limitations have historically constrained mission duration.