Miniaturization in electronics and mechanical design has allowed manmade machines to operate in environments not previously thought possible. Organisms in nature navigate, compete and thrive in a variety of difficult environments. The InstantEye Robotics team, rather than reinventing the wheel, has embraced the lessons of nature. Designs are inspired by the knowledge of what is possible in nature and then enabled by studying how nature has solved difficult problems where physics and mechanics are poorly understood. Our conjecture is that small flying robots can be more effective if the robots put less of an emphasis on avoiding hard-to-see obstacles – such as wires branches and twigs – and focus more on how to recover from collisions and remain airborne. Through the study of insects such as the Hawk Moth, we were able to create what was, at the time, the smallest, fastest-reacting UAV autopilot and a family of small flying robots that displayed flight performance only seen in nature. These designs led to the InstantEye family of small UAS, which through their agility have the ability to operate in all weather, including high winds. Through support from the US Army Research Laboratory, research continues on how to improve the wind performance of small UAVs. This research is focusing on the wing structures and flow physics that allow both insects and birds to thrive in an often turbulent environment. The study of insects and bird wing structures and flight kinematics is also offering the potential to improve flight efficiency and reduce the audible signature of small flying robots. The lessons being leaned from insects and birds today at InstantEye Robotics will enable the next generation of truly inspiring small robots for public safety or tactical missions.