The carrier program that has been used in China does not resemble the old models of using repurposed hulls and short takeoff ramps. As the Type 003 Fujian is now in service and indicates catapult flights of a stealth fighter and a fixed-wing airborne early warning aircraft, the People’s Liberation Army Navy is constructing the equipment needed to operationalize the sustained carrier based airpower in the sea.
That change can be best traced in Fujian, which was the first catapult-designed PLAN carrier instead of ski-jump. The electromagnetic launch system of the ship has already been demonstrated to launch both the J-35 and the KJ-600 off the deck, which places China in the small group of navies that can make modern use of CATOBAR carrier aviation. In 2025 video was published of a J-35 stealth fighter being launched in a carrier with EMALS, and with an image of the greater air mix that a catapult deck can provide.
Catapults do not come with a cosmetic upgrade. They alter the amount of fuel that a fighter may carry, the weight that a fighter may carry, and the ability of a carrier to operate routinely with a set of so-called heavy enablers including an exclusive early warning platform. The KJ-600 designed on a folding-wing, high-mounted radar aircraft configuration is there to be launched by catapult and to increase the range of the carrier-group detection and control. Based on flight characteristics of the KJ-600 detailed in the carrier-based AEW&C role, the ship has been designed to give the type of air picture that would make a flight deck a long-range system, as opposed to an airfield at sea.
Systems approach is represented by Fujian itself. It is a conventionally powered vessel with a displacement of around 80,000-85,000 tons, armed with three electromagnetic catapults and a re-configured flight deck layout to allow higher tempo operations compared with the previous carriers of China. Published evaluations of Fujian flight deck and elevator configuration suggest that the layout might limit efficiency simultaneous launch-and-recovery to that of the U.S. Navy Ford-class, and the starboard-only elevator design can introduce deck-handling congestion. Those are not fritters; sortie generation is a carriers gold and the geometry of the deck can be as significant as the unprocessed capability of the aircraft.
Nevertheless, Fujian is a fresh start after Liaoning and Shandong, where the ski-jumps set very strict boundaries on the weight of launched and limit fixed-wing airborne early warning missions. The functional implication of this is that older carriers are over dependent on more confined fighter missions and on a wider force protection by operations supported by land-based systems when working nearer to the domestic waters. A catapult carrier inverts such reasoning by rendering the air wing of the carrier more autonomous itself, particularly after a stealth fighter and an AEW plane can dependably operate with each other.
Scale and endurance is the other side of the equation. Chinese commentary and external analysis still dwells on a probable follow-up: a Type 004 carrier which is mostly linked to a displacement in the 110,000120,000 ton bracket and nuclear propulsion. Nuclear energy is not faster but contains a lower electrical margin and persistent operation one of the most important items when a navy is to run high-speed air missions and carry power-intensive sensors, launch systems, and future aircraft development. The development of a naval reactor capable of withstanding shocks, maintenance and sustained deployment is one of the biggest engineering benchmarks independent of the hull construction.
It is not that initial shot by catapult which makes the difference between a serious carrier force and a symbolic one; it is the mundane and tedious efficiency of twenty-four hour, seven-day-a-week, and in-poor-weather operations in the support of the logistics train that keeps the deck turning. The high rate of transition between refurbished Soviet design and an indigenous EMALS carrier compresses decades of lessons into a few generations of ship design, but the challenging aspects of carrier operations remain still to be maintained at large distance offshore by deck choreography, training throughput and the capacity to maintain aircraft and crew at the end of the cable. The catapult launches of Fujian is a first; the long game is whether the PLAN will be able to repeat such firsts into a more sustained fleet of increasingly similar aircraft carriers.
