One-dimensional range profile of radar target can be realized by using wide band electromagnetic scattering characteristic data of radar target. In the process of realizing two-dimensional imaging algorithm, the Doppler frequency is required traditionally for azimuth imaging. In this paper, a two-dimensional imaging algorithm based on wideband Radar Cross Section(RCS) static data (without Doppler frequency) is discussed, which breaks through the traditional limitation that Doppler frequency shift data is necessary to realize two-dimensional radar imaging. Finally, several different parameters of imaging algorithm are adjusted for realizing different imaging effects. This work is expected to provide the technical and theoretical supports for different radar imaging application scenarios.