Resilient bug-sized robots keep flying even after wing damag

MIT researchers developed resilient artificial muscles that can enable insect-scale aerial robots to effectively recover flight performance after suffering severe damage.

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California , United States , Suhan Kim , Zhijian Ren , Yi Hsuan Hsiao , Younghoon Lee , Kevin Chen , D Reid Weedon Jr , Weikun Spencer Zhu , Farnaz Niroui , Nick Gravish , Research Laboratory Of Electronics , Department Of Chemical Engineering , Robotics Laboratory , National Science Foundation , Department Of Electrical Engineering , University Of California At San Diego , Ee Landsman Career Development Assistant Professor , Aerospace Engineering , Assistant Professor , Electrical Engineering , Computer Science , Micro Robotics Laboratory , Research Laboratory , Chemical Engineering , Career Development Assistant Professor , San Diego , Rone Resilience , Nsect Scale Aerial Robots , Ielectric Elastomer Actuators , Artificial Muscles ,