Abstract: The problem of suppressing the repeater spoofing interferences effectively has become a must for the design of military anti-jamming satellite navigation receivers. By analyzing the code phase characteristic of satellite signals and repeater spoofing interferences, this research proposes a method of FFT fast acquisition of long code based on delay-waiting strategy. The method distinguishes satellite signals from repeater spoofing interferences according to the code phase information of the correlation peak whose amplitude is above the threshold. Thus the acquisition performance in the scene of repeater spoofing interferences can meet the demand without degradation in normal conditions. The theory analysis and simulation results validate the effectiveness of proposed method.