Single-pass interferometric synthetic aperture radar (InSAR) has strong anti-jamming capacity, and can eliminate the arbitrary jamming generated by single stationary transponder via dual-channel cancellation. In this study, a novel three-dimensional (3D) deceptive scene generation method against single-pass InSAR based on two coherent transponders is proposed. The deceptive signal of the proposed method at arbitrary location is composed by two complex components generated by the transponders. The complex scattering coefficient template modulated in each transponder is determined according to the relation between the deceptive interferometric phase template and the modulated complex scattering coefficient ratio of the two transponders. The 3D deceptive scene against single-pass InSAR is realised by generating jamming signal in each transponder via the fast deceptive jamming techniques against SAR. Simulation results of false point targets and 3D deceptive scene demonstrate the validity of the proposed method.