In view of theproblem that image-based electronic image stabilization cannot adapt to the complex application environment of airborne photoelectric system, including the factors as aircraft maneuvering, photoelectric system rotation and the uncertainty of target scene, the accurately obtainit difficult to compensate. In this paper, the electronic image stabilization technology combining gyro and image processing isd to estimate the jitter pixels of platform, and the image jitter is eliminated by real-time pixel compensationbetween image sequence frames. The stability of the video image of the airborne photoelectric systemimproved without additional hardware. method has been verified. The results show that this method can significantly improve the image stability of the night vision system under the original hardware conditions.