Aiming at the complicated carrier-landing environment and the heavy operating burden of the pilot in manual approach and precision landing control of the carrier aircrafta two-layer Nonlinear Dynamic Inversion (NDI) control method is usedand Direct Lift Control (DLC) is introduced to achieve trajectory control of the precision carrier landing.Control allocation is applied to deal with multiple control surfaces and decoupling of control surface effects of DLC and conventional surfaces.From the aspects of trajectory and attitude decouplingsimulation analysis is made to the designed control frameworkand it is demonstrated that it is effective in achieving the precision carrier landing similar to Magic Carpet.Finallythe E-2C aircraft model is built and simulated for verification of the designed method.The results show that the control method can perfectly accomplish trajectory control in carrier landing.