The Chinese military announced on October 30 that it successfully launched and recovered an unmanned combat aerial vehicle from its drone carrier, the Sichuan. The operation marked the first time a dedicated drone vessel utilized a catapult system to launch a heavy stealth drone and subsequently recover it using arresting gear. Launched initially in December 2024, the Sichuan represents a significant step forward from earlier Chinese experimental platforms, including a wide catamaran drone vessel first identified by analysts in 2024 satellite imagery.
Designated as a Type 076 amphibious assault ship—known under the NATO reporting name Yulan—the Sichuan incorporates an electromagnetic catapult and recovery arresting gear. This advanced launch hardware was previously reserved exclusively for China's newest traditional aircraft carrier, the Fujian. The catapult capability is essential for operating heavy aircraft like the GJ-21 stealth reconnaissance and strike drone, which is estimated to weigh over 10 tons and cannot take off from short flight decks without assistance. Unlike the catapult trials on the Fujian, which were widely publicized with official video releases in 2025, Beijing has not yet released photos or footage of the Sichuan's October test.
Chinese defense strategists view the data gathered from these carrier operations as critical fuel for what they define as intelligentized warfare. Under this conceptual model, artificial intelligence and autonomous systems rely on operational data, described by theorists as the "new oil." The focus aligns with directives from President Xi Jinping, who urged the accelerated development of unmanned systems and military AI strategies in his report to the 20th National Congress. Within the People's Liberation Army, proponents emphasize the cost-effectiveness of unmanned aircraft, noting that procuring drones and training operators is vastly cheaper than fielding manned fighter jets and pilots. However, debate over operational autonomy remains active; an article in the PLA Daily stressed that final command decisions must remain with human officers to guard against errors caused by AI's black-box operating nature.
China's progress comes as several other nations explore or deploy specialized drone vessels. Turkiye currently operates the Anadolu, an amphibious assault ship capable of launching and recovering combat drones, though it lacks a catapult and remains limited to lighter aircraft. Iran converted a commercial container ship into the Shahid Bagheri, claiming an operational range of 22,000 nautical miles and a one-year endurance without refueling, before the vessel was sunk by U.S. forces during Operation Epic Fury in February. Meanwhile, South Korea is planning dedicated drone carrier designs, and European nations including France, Spain, Italy, and the United Kingdom are exploring conceptual drone ships or integrating unmanned systems into existing carrier decks.
The United States has taken a different approach to carrier-based autonomous flight, leveraging its existing fleet of 11 aircraft carriers and large-deck amphibious ships rather than constructing dedicated drone hulls. Sparked in part by lessons from the war in Ukraine, the Pentagon recently announced plans to establish AutoWARCOM, a four-star command focused on scaling AI and autonomous systems across the armed forces. U.S. naval experimentation dates back to 2013, when the experimental X-47B became the first unmanned aircraft to launch via catapult from and land on an aircraft carrier, the USS George H.W. Bush. The U.S. Navy later redirected its follow-on UCLASS strike drone initiative into an aerial refueling role, creating the MQ-25 Stingray. Current American efforts center on collaborative combat aircraft, with defense contractors General Atomics, Anduril, Boeing, and Northrop Grumman holding conceptual design contracts for autonomous systems intended to operate alongside manned fighter jets.
Strategically, Chinese drone carriers offer immediate utility for gray-zone operations below the threshold of open conflict. Deployed to the South China Sea, multi-role drone swarms could perform continuous intelligence, surveillance, and reconnaissance to identify foreign coast guard and fishing vessels navigating disputed waters. In a major Pacific conflict, networked drone swarms could map adversary defenses, conduct electronic jamming, and carry out direct strikes alongside conventional naval strike groups. According to analysis by the Center for Strategic and International Studies, dispersed swarms force defending forces to expend high-cost interceptors, reveal sensor locations, and create tactical confusion. Drones also act as effective decoys, drawing enemy fire away from manned fighters and major surface warships.
Despite the strategic potential, naval analysts note that the operational viability of drone carriers in actual combat remains largely untested following the loss of Iran's Shahid Bagheri. Furthermore, while individual combat drones are inexpensive compared to manned jets, building the large warship hulls needed to transport them remains costly. China retains a distinct structural advantage in this area as the world's dominant shipbuilder and leading drone manufacturer. This industrial capacity enables Beijing to construct hulls and aircraft faster and at lower costs than competitors, allowing the Chinese military to absorb the risks and financial expenditures of developing experimental platforms like the Sichuan.
