In this thesis, the research of light dynamic simulation and control system design are discussed, and a remote control model aircraft system is constructed to evaluate the design above. First, an inverse flight dynamic algorithm is extract to precisely predict the control input of a specified aircraft trajectory. A panel code is used to calculate the aircraft aerodynamic coefficients in order to construct the aircraft flight dynamic equations. In addition, a block diagram of aircraft flight control system includes the transfer function specification of servo motor and gyroscope, the designs of pitch attitude trajectory tracking and stability augmentation system of neutral stable aircraft is constructed. Finally, an analog circuit with the designs above and a data recording system is implemented into the aircraft to fly. Analysis and evaluation are conducted to improve the control system design.