U.S. Pulls Naval Assets After Chinese 3,000 km Targeting Plan

The U.S. has moved carriers and escort ships farther east in the Pacific after a Chinese military study led by Gao Tianyun at the National University of Defense Technology described a method to locate and strike a carrier strike group from about 3,000 kilometers away.

The Nanjing paper outlines a layered targeting system that would combine satellites, uncrewed drones, radar surveillance aircraft, submarines, surface ships and signal-intelligence collection to detect and maintain a track on a carrier at long range.

The authors divide the concept into three tasks: detect the carrier, keep near-real-time tracking as it moves, and then fire coordinated missile salvos timed to arrive from multiple directions.

The paper notes that geographic buffers such as the distance from China to Guam can shrink as surveillance reach and long-range weapons improve, and that linking distant sensors and shooters could change how planners view standoff distance.

The study acknowledges technical and operational challenges. It calls for high-precision location updates and secure, low-latency communications among satellites, aircraft, ships and submarines. It also notes that U.S. defenses — including Aegis-equipped escorts, missile defenses, close-in weapon systems, electronic warfare and decoys — would complicate any attack.

The authors present the plan as a theoretical end-to-end targeting chain rather than a proven kill chain and describe the coordination required under combat conditions as difficult. The paper references historical naval contests where distance influenced outcomes and uses those examples to discuss limits of geographic separation.

The publication addresses potential impacts on future planning, including carrier operating areas, escort configurations and the balance between dispersion and the need for timely, survivable targeting information.