超光谱光电侦察是光学探测经历了单波长、多波段之后发展起来的一个新的阶段,是基于方位和光谱三维信息的新型光电探测技术。在分析景物的光谱-空间特征的基础上,设计了UV/VIS/NIR宽波段范围的超光谱侦察传感器,并进行了成像探测实验,获得了典型场景和目标的光谱序列图像。对其进行了分析,验证了一种自动目标探测/识别的新方法。 Super-spectral photoelectric detection is a new phase developed after optical detection has experienced single wavelength and multi-band. It is a new type of photoelectric detection technology based on three-dimensional information of azimuth and spectrum. Based on the analysis of the spectral-spatial characteristics of the scene, a hyperspectral reconnaissance sensor with a wide range of UV / VIS / NIR was designed and the imaging exploration experiment was carried out. Spectral sequence images of typical scenes and targets were obtained. It is analyzed to verify a new method of automatic target detection / recognition.