Max Robotics — Global Service Robot Directory + US Certification

About

Max Mulder is a leading researcher in aerospace engineering, with key contributions spanning flapping-wing micro aerial vehicle (MAV) aerodynamics, human-machine interaction, and advanced flight display systems. His work bridges the gap between biological flight mechanics and practical unmanned vehicle design. In his highly cited 2019 study (18 citations), Mulder developed a sophisticated model of wing wake and tail aerodynamics for flapping-wing MAVs, demonstrating how tailed configurations offer superior static stability and simplified control—a critical insight for autonomous ornithopter development. Earlier, his 2005 paper (8 citations) pioneered the use of haptic feedback in UAV tele-operation, showing how artificial force fields can enhance collision avoidance and reduce pilot workload. Mulder also contributed to aviation safety through his 2004 work (6 citations) on perspective guidance displays, which revolutionized pilot situational awareness by replacing traditional attitude indicators. His 2015 study (3 citations) introduced a data-informed quasi-steady aerodynamic model for clap-and-fling flapping wings, enabling real-time force computation from onboard sensors—a breakthrough for autonomous flight control. Through these diverse yet interconnected contributions, Mulder has shaped both the theoretical foundations and practical applications of modern aerial robotics and human-machine systems.