Abstract: According to diversity characteristics of the line-of-sight(LOS) kinematics in various mirror platforms, a general method based on the artificial mass stabilization platform was proposed to reconstruct LOS inertial angle rate in various mirror platforms by employing the basic mirror kinematics equations. Then, the LOS kinematics and the LOS stabilization techniques of several common mirror platforms just like the typical single mirror platform, the special configuration single mirror platform, the polar coordinate multi-mirror platform and the orthogonal coordinate multi-mirror platform were analyzed deeply. Lastly, the simulation results of elevation gimbal for the typical single mirror platform show that the method based on the artificial mass stabilization platform is feasible for various mirror LOS stabilization control.