An aircraft system, wherein the aircraft system comprises: at least one light device, configured to emit light having a lighting frequency defined by on states and off states of the at least one light device; a camera (108, 110) wherein the camera comprises: an image sensor (302, 402) in view of emitted light from the at least one light device, the image sensor (302, 402) having an image acquisition frequency, the image sensor (302, 402) configured to capture images; and a processor (304, 404) communicatively coupled to the image sensor (302, 402), the processor configured to control the image sensor (302, 402) such that the image sensor (302, 402) captures all images during the on states of the at least one light device, characterized in that the image acquisition frequency is an initial image acquisition frequency; and the processor is further configured to: determine whether the lighting frequency of the at least one light device is less than the initial image acquisition frequency; when the lighting frequency is less than the initial image acquisition frequency, reduce the initial image acquisition frequency to a second image acquisition frequency; synchronize the second image acquisition frequency with the lighting frequency by adjusting the second image acquisition frequency to be the same as or a 1/n multiple of the lighting frequency, wherein n is an integer greater than or equal to 2, such that the camera (108, 110) captures all images during the on states of the at least one light device, so that there are no flicker artifacts, rolling shutter or black frames. at least one light device, configured to emit light having a lighting frequency defined by on states and off states of the at least one light device; a camera (108, 110) wherein the camera comprises: an image sensor (302, 402) in view of emitted light from the at least one light device, the image sensor (302, 402) having an image acquisition frequency, the image sensor (302, 402) configured to capture images; and a processor (304, 404) communicatively coupled to the image sensor (302, 402), the processor configured to control the image sensor (302, 402) such that the image sensor (302, 402) captures all images during the on states of the at least one light device, characterized in that the image acquisition frequency is an initial image acquisition frequency; and the processor is further configured to: determine whether the lighting frequency of the at least one light device is less than the initial image acquisition frequency; when the lighting frequency is less than the initial image acquisition frequency, reduce the initial image acquisition frequency to a second image acquisition frequency; synchronize the second image acquisition frequency with the lighting frequency by adjusting the second image acquisition frequency to be the same as or a 1/n multiple of the lighting frequency, wherein n is an integer greater than or equal to 2, such that the camera (108, 110) captures all images during the on states of the at least one light device, so that there are no flicker artifacts, rolling shutter or black frames. an image sensor (302, 402) in view of emitted light from the at least one light device, the image sensor (302, 402) having an image acquisition frequency, the image sensor (302, 402) configured to capture images; and a processor (304, 404) communicatively coupled to the image sensor (302, 402), the processor configured to control the image sensor (302, 402) such that the image sensor (302, 402) captures all images during the on states of the at least one light device, characterized in that the image acquisition frequency is an initial image acquisition frequency; and the processor is further configured to: determine whether the lighting frequency of the at least one light device is less than the initial image acquisition frequency; when the lighting frequency is less than the initial image acquisition frequency, reduce the initial image acquisition frequency to a second image acquisition frequency; synchronize the second image acquisition frequency with the lighting frequency by adjusting the second image acquisition frequency to be the same as or a 1/n multiple of the lighting frequency, wherein n is an integer greater than or equal to 2, such that the camera (108, 110) captures all images during the on states of the at least one light device, so that there are no flicker artifacts, rolling shutter or black frames. determine whether the lighting frequency of the at least one light device is less than the initial image acquisition frequency; when the lighting frequency is less than the initial image acquisition frequency, reduce the initial image acquisition frequency to a second image acquisition frequency; synchronize the second image acquisition frequency with the lighting frequency by adjusting the second image acquisition frequency to be the same as or a 1/n multiple of the lighting frequency, wherein n is an integer greater than or equal to 2, such that the camera (108, 110) captures all images during the on states of the at least one light device, so that there are no flicker artifacts, rolling shutter or black frames.