Devon Jenson

Papers

Total Citations

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About

Devon Jenson is an aerospace and robotics researcher whose work sits at the innovative intersection of unmanned aerial vehicle (UAV) design and renewable energy integration. Jenson is best known for pioneering research into transformable solar-powered UAVs, developing hybrid platforms that bridge the gap between the endurance advantages of fixed-wing aircraft and the maneuverability of multi-rotor systems. His most cited work, "SUAV:Q — An Improved Design for a Transformable Solar-Powered UAV" (2016, 30 citations), introduced a groundbreaking airframe concept that addresses one of the field's most persistent engineering trade-offs: the inability of conventional UAVs to excel at both sustained flight and low-altitude precision maneuvering. This was followed by a complementary experimental study in 2017 (16 citations), further validating the platform's real-world performance across sensing, monitoring, and transportation applications. Together, these contributions have garnered nearly 50 citations, reflecting meaningful influence within the aerial robotics community. Jenson's research is particularly relevant to researchers working on long-endurance autonomous systems, environmental monitoring, and next-generation UAV architectures that demand both versatility and energy efficiency.