Infrared imaging is used in many different areas today. One of the problems associated with infrared imaging is that the calibration ranges the camera can display are not high enough due to the constrains coming from the camera electronics and detector technology. In other words, the dynamic range of the camera is lower than desired. The solution of this problem is to obtain a high dynamic range frame by merging subframes with different integration times. However, in the case of a fast-changing dynamic scene, a displacement between the subframes will occur. In order to reduce the effect of this displacement, increasing the frame rate is proposed in the literature. In practice, a displacement between the subframes can occur even if the camera works at the highest frame rate. In this paper, it is aimed to avoid the displacement among the sub-frames with different integration times because of movement in the scene.