The present invention relates to a robot to save a life applied with amoebic movement which enables a rescue worker to more quickly grasp a position of a survivor in a buried space, thus enabling fast rescuing to save a human life. Moreover, a machine entering an inside of a collapsed structure photographs a surrounding environment using a camera, and photographed information is received from the outside to quickly grasp the position of the survivor. In addition, various relief supplies are transmitted to the survivor for the survivor not to pass away before a rescue team enters. According to the present invention, a robot to save the life applied with amoebic movement comprises: an inner layer; an outer layer; filling materials; a plurality of small electromagnets; and a driving controller.;COPYRIGHT KIPO 2016
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