The CNS Fujian, China's most sophisticated aircraft carrier, has moved beyond the rudimentary stages of platform validation and entered a critical new phase of integrated combat testing. Recent reports highlighting the concurrent operation of J-15T fighters, J-35 stealth jets, and KJ-600 early warning aircraft suggest that the People’s Liberation Army Navy (PLAN) is rapidly closing the gap in carrier-based power projection. This transition marks the moment when the carrier ceases to be a mere floating airfield and becomes a centralized hub for a complex, networked aerial strike group.
The most significant development in recent exercises is the mention of a 'new type of carrier-based aircraft' tasked with escort and reconnaissance missions. While official sources remain cryptic about the specific designation, military analysts suggest this points toward a high-end unmanned platform, possibly a derivative of the Gongji-11 stealth drone. By integrating drones into the immediate 'escort' and 'reconnaissance' loop, the PLAN is signaling a move toward manned-unmanned teaming (MUM-T) on its flight decks long before its previous carrier iterations reached such complexity.
This strategic path differs notably from the American trajectory. While the United States Navy has prioritized the MQ-25 Stingray to solve the range and refueling constraints of the F/A-18 and F-35C, China appears to be prioritizing forward-deployed sensing and electronic warfare. By pushing stealth drones into high-threat zones ahead of the main fleet, China aims to force enemy radars to activate and capture critical electromagnetic data without risking high-value human pilots or its limited fleet of KJ-600 airborne early warning platforms.
However, the deployment of such a diverse 'aerial puzzle' brings immense logistical hurdles. The CNS Fujian’s electromagnetic catapult system (EMALS) is the fundamental enabler of this mixed fleet, but the true test lies in 'deck management'—the chaotic choreography of moving stealth jets, heavy-lift fighters, and drones in a high-intensity environment. Success will require the PLAN to rewrite its training manuals and master the distribution of command-and-control links amidst the complex electromagnetic interference of modern naval warfare.