The emergence of the Sichuan, China’s latest aircraft carrier, marks a definitive shift in the People’s Liberation Army Navy’s (PLAN) blue-water ambitions. Unlike its predecessors, which focused on establishing a traditional carrier presence, the Sichuan is designed as a sophisticated launch platform for a new generation of large, stealth-capable unmanned aerial vehicles (UAVs). This integration represents more than a technological upgrade; it is a strategic pivot toward unmanned-centric naval warfare.
Central to this capability is the vessel’s electromagnetic aircraft launch system (EMALS), which allows for the deployment of heavier, more complex airframes with greater frequency and less structural stress than older steam catapults. This technology is essential for launching high-stealth drones, which require precise takeoff parameters to maintain their delicate radar-absorbent coatings and aerodynamic profiles. By removing the pilot from the cockpit, the PLAN can extend its operational reach and persistence far beyond the 'First Island Chain.'
These large stealth drones, often likened to the GJ-11 'Sharp Sword' series, serve as the Sichuan’s primary 'fist.' They are designed to penetrate highly contested airspace, providing real-time target acquisition for anti-ship ballistic missiles or conducting precision strikes themselves. This capability significantly complicates the defensive calculus for adversary carrier strike groups, as these drones offer a low-observable profile that is notoriously difficult to detect and intercept.
Furthermore, the Sichuan’s reliance on a hybrid air wing—combining manned J-35 stealth fighters with swarms of autonomous loyal wingmen—signals a move toward 'intelligentized' warfare. This approach minimizes human risk while maximizing the sensory net around the fleet. For the global community, the deployment of such technology suggests that China is no longer merely catching up to Western naval standards but is instead attempting to leapfrog into a new era of maritime dominance.