Max Robotics — Global Service Robot Directory + US Certification

About

H.W.M. Hoeijmakers is a researcher specializing in aerodynamics and fluid mechanics, with a particular focus on flapping wing propulsion and the aerodynamic behavior of bio-inspired robotic birds. Their work centers on bridging computational and experimental methodologies to deepen understanding of low Reynolds number flight — a critical regime for bird-like drones operating at Re ~10⁵. Hoeijmakers has made significant contributions through systematic investigation of the Robird, a Peregrine Falcon-inspired ornithopter developed by Clear Flight Solutions for practical applications such as bird deterrence at airports and crowd surveillance. Their research employs wind tunnel testing, multi-hole probe wake measurements, and numerical simulation of pitching and plunging airfoil sections to characterize the complex unsteady aerodynamics inherent to flapping flight. A notable achievement includes the development and experimental validation of a lifting line-based aerodynamic model tailored specifically to the Robird's unique design characteristics. With cumulative citations across six key publications spanning 2012 to 2022, Hoeijmakers has built a coherent, longitudinal research program that systematically advances the aerodynamic foundations necessary for next-generation flapping wing drone development. Their work serves as an essential reference for researchers and engineers working at the intersection of biomimetics, unmanned aerial vehicle design, and experimental fluid dynamics.