A new carrier landing control method is proposed,that is,integrated direct side force controlled carrier landing.The direct side force is applied to carrier landing research for the first time.The longitudinal control concept of the U.S.Navy MAGIC CARPET carrier landing control is extended to the lateral control.The lateral direct force surface and the conventional lateral surface are comprehensively designed to realize the control decoupling of the three lateral channels.The lateral trajectory incremental control is designed on the direct side force channel,so that the lateral stick displacement is directly proportional to the lateral line-up drift rate.HUD symbology is improved,so that the pilot can observe the situation of carrier landing more directly.A carrier landing flight simulation environment is designed to simulate pilot control in real time.The simulation results show that the pilot can easily complete the lateral line-up correction with the “one stick control” strategy,just like MAGIC CARPET longitudinal control.At the same time,it can well track the lateral deck motion and resist crosswind disturbances,and the heading angle and the roll angle are basically unchanged in the whole process.Compared with conventional carrier landing,this method greatly reduces the pilot's handling burden and improves the landing performance.