Helicopter search light comprising: a movable light head, wherein the movable light head comprises: at least one light source and at least one optical element, which are configured for emitting a search light beam; at least two radiation sensors (44, 46) arranged in a preset distance (d) from each other, the radiation sensors (44, 46) being configured for detecting electromagnetic radiation and providing corresponding sensor signals; an image processing module configured for receiving the sensor signals provided by the at least two radiation sensors (44, 46) and generating enhanced image data, which contains more information about the environment of the helicopter search light than the information contained in any of the sensor signals provided by the at least two radiation sensors alone, from said sensor signals; and a controller configured for controlling movement of the movable light head depending on said enhanced image data; wherein the at least two radiation sensors (44, 46) comprise a first electromagnetic radiation sensor, which is configured for detecting electromagnetic radiation in the range of visible light, and a second electromagnetic radiation sensor, which is configured for detecting electromagnetic radiation in the range of infrared light. a movable light head, wherein the movable light head comprises: at least one light source and at least one optical element, which are configured for emitting a search light beam; at least two radiation sensors (44, 46) arranged in a preset distance (d) from each other, the radiation sensors (44, 46) being configured for detecting electromagnetic radiation and providing corresponding sensor signals; an image processing module configured for receiving the sensor signals provided by the at least two radiation sensors (44, 46) and generating enhanced image data, which contains more information about the environment of the helicopter search light than the information contained in any of the sensor signals provided by the at least two radiation sensors alone, from said sensor signals; and a controller configured for controlling movement of the movable light head depending on said enhanced image data; at least one light source and at least one optical element, which are configured for emitting a search light beam; at least two radiation sensors (44, 46) arranged in a preset distance (d) from each other, the radiation sensors (44, 46) being configured for detecting electromagnetic radiation and providing corresponding sensor signals; an image processing module configured for receiving the sensor signals provided by the at least two radiation sensors (44, 46) and generating enhanced image data, which contains more information about the environment of the helicopter search light than the information contained in any of the sensor signals provided by the at least two radiation sensors alone, from said sensor signals; and a controller configured for controlling movement of the movable light head depending on said enhanced image data; wherein the at least two radiation sensors (44, 46) comprise a first electromagnetic radiation sensor, which is configured for detecting electromagnetic radiation in the range of visible light, and a second electromagnetic radiation sensor, which is configured for detecting electromagnetic radiation in the range of infrared light.