Travis Henderson

Papers

Total Citations

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About

Travis Henderson is an aerospace and robotics engineer whose research focuses on the design and development of transformable unmanned aerial vehicles (UAVs), with particular expertise in bridging the performance gap between fixed-wing and multi-rotor platforms. His most recognized contribution, the SUAV:Q system, introduced an innovative transformable solar-powered UAV capable of operating in both fixed-wing and quadrotor flight modes, addressing the fundamental trade-off between endurance and maneuverability that has long challenged the field. This work, which has garnered 30 citations since its 2016 publication, demonstrated that hybrid airframe configurations could meaningfully expand the operational envelope of small-scale aerial robots for sensing, monitoring, and transportation applications. Henderson continued refining this concept through subsequent experimental work published in 2017, accumulating an additional 16 citations. More recently, his research has evolved toward novel locomotion strategies, exploring thrust-vectoring control surfaces in quadrotor systems to produce lateral forces without changes in attitude, a promising avenue for precision maneuvering. Across his body of work, Henderson has established himself as a creative contributor to aerial robotics, consistently pursuing mechanical and control innovations that expand what autonomous aerial platforms can achieve.