China details 3,000km carrier-swarm strategy
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- Gao Tianyun of China's National University of Defense Technology published a peer-reviewed paper in Tactical Missile Technology outlining a step-by-step plan to destroy dispersed US carrier groups from 3,000 kilometers away, with reach extending to assets as far as Guam.
- The strategy opens with submarine-launched hypersonic anti-ship missiles aimed at US Aegis destroyers to crack the outer mid-course shield, followed by a multi-directional "firepower package" of decoy drones, cheap cruise missiles, and wave-skimming subsonic stealth missiles operating in a "leader-follower" mode so trailing missiles adapt if a scout is intercepted.
- Seth Jones of CSIS noted in a May 2026 brief that US carriers and destroyers are highly exposed to PLARF precision strikes because of their massive physical profiles, while Jonathan Caverley (2025 Texas National Security Review) warned the plan's kill chain rests on vulnerable space-based surveillance that US forces can disrupt.
- Jordan Spector, writing in the March 2026 US Naval Institute Proceedings, outlined a US Navy counter-architecture of medium unmanned surface vessels for early-warning detection and electronic jamming, large unmanned surface vessels acting as remote missile magazines, and cruisers/destroyers handling terminal defense — a framework that offloads risk to affordable autonomous systems.
- China is pushing back with kill-web architectures and AI-enabled edge autonomy, with Wang Chaochen and co-authors (2025 Air & Space Defense journal) and CSIS's Kateryna Bondar and Matt Mande describing systems that navigate without GPS, share data across multi-path adaptive links, and identify targets independently of human operators after a network node is destroyed.
- The piece concludes the decisive contest in a future Pacific fight will hinge on whose battle network keeps functioning after communications, sensors, and command links begin to fail — not whose missiles fly farther or arrive in greater numbers.
Why it matters: China's plan reframes a Pacific conflict from a missile-range race to a contest over which side's battle network keeps functioning under attack. The US is betting on layered unmanned defenses to absorb saturation strikes; China is pursuing kill webs and edge autonomy — meaning carrier survival now hinges on which distributed network degrades slower once the shooting starts.
