Researchers at the University of Minnesota managed to devise a way to use thoughts in order to control the movement of a four-blade helicopter, also known as a quadcopter. The research is conducted in hope the results could be used in systems of future robots that can help restore the autonomy of paralyzed victims or… »

Researchers at the University of Maryland have developed and demonstrated a new flying robot which flaps its wings completely independently of each other. Dubbed Robo Raven, the robot can be programmed to perform any desired motion, enabling the bird to perform aerobatic maneuvers. This is the first time a robotic bird with these capabilities has… »

After devising systems inspired by penguins, herring gulls and elephant trunk, engineers at Festo devised a new system suitable for their Bionic Learning Network project. Inspired by dragonflies, they developed BionicOpter – an ultra-light system packed with everything needed to mimic the way dragonflies maneuver in all directions, glide without having to beat their wings… »

Development of small flying machines able to patrol recon or search and rescue missions has been around for a while now. While small flying machines which use GPS in order to find their way to their destination are already common, there is a need for development of other systems which enable maneuvering around obstacles in… »

Most flying robots aren’t built to recover from shocks after a collision, but a group of researchers from EPFL decided to construct a robot which is suitable for navigation in cluttered indoor environment. Named AirBurr, the flying robot acts like some flying insects and takes advantage of collisions in order to find its way around… »