Abstract: Disclosed herein is a semi-flexible electronic laryngoscope comprising in one body a photographing part which can observe the larynx inside the oral cavity with a self-lamination, a flexure part which bends the photographing part upwardly and downwardly by a rotation member that is connected to the photographing part and located at the handle, a stiff part which leads the flexure part to the oral cavity and the larynx and maintains stably, and a handle which accepts and supports the end point of the stiff part, which can observe the larynx and the hy-popharynx when bent downwardly and the nasopharynx when bent upwardly since it can be bent upwardly and downwardly, and can diagnose the oral cavity and the oropharynx since it can observe the forward area when inserted into an oral cavity.