The ship is not the most significant carrier that China has it is the coast. In the case of the U.S Navy, the aircraft carrier continues to be the core of the conventional power projection and is meant to carry airpower wherever American interests dictate. That reasoning clashes with another geometry in the Western Pacific: the carrier operations of China are within the range of large-scale land-based fires and an architecture of sensors that is designed to put large surface forces at risk. The operating conditions that that domicile gives the United States are unattainable to it when it has to sail carriers across an ocean and combat at range.
The years have been spent by Beijing building a multi-domain tracking and cueing coupled with long-range missiles creating a layered anti-access/area-denial shield. The concept is simple in nature: hold carrier strike group out of range of effective striking while long enough to blunt or discourage intervention and allowing the Chinese naval forces, including carriers, to move under a protective umbrella. The inventory of ballistic, cruise, and hypersonic systems of the People Liberation Army Rocket Force, in that construct, are not, as a collection of weapons, the problem of saturation; but rather a problem of saturation: armed force must defend itself by shooting down “enough,” again and again, and the task of the commanders is to keep the carrier and her escorts intact to continue with the following missions.
It is here that the new maritime formula is changed. The value of a carrier is determined by sortie generation, deck cycle efficiency, and the capacity to bring in and out aircraft at a pace. The latest flattop China intends to build, Fujian, will also hasten that learning curve, using catapult in the air, and even electromagnetic catapults capable of propelling heavier aircraft into the air with more fuel or weapons. A reality, but one that is more important than the number of hulls, is reflected by the ship, however, how fast a carrier turns steel into continued power in combat, is always an issue of design decisions and crew professionalism.
Analysts have identified possible deck-layout limitations on Fujian that may cause bottlenecks in the launch-and-recovery operations of high-tempo operations, the same tempo that determines whether a carrier can remain ahead of a speedy moving fight. “The Fujian’s operational capability is only about 60% of that of the Nimitz class.” Such an assertion is hard to prove to external observers, but the reason behind it is engineering-obvious: should aircraft recovery preclude catapult usage, sortie generation will be impaired, and sortie generation is the currency of the carrier. Carrier aviation is propelled alive and dead by propulsion, as well, of the ship and the aircraft.
The movement of China towards an air wing of stealthy carriers is another limitation. The development of the J-35 has been reported with stories of how propulsion deficiencies may be translated into operational constraints, with a claimed example of the fighter staying airborne with a range of only seven minutes at a distance of 900 km from the carrier, reported by a Chinese commentator with a naval orientation, and exaggerated by the current engine performance problems. Endurance margins influence everything, such as the patrol station time to the number of jets required to maintain a defensive combat air patrol credible.
Despite such frictions, the geography of China continues to put the American carriers under pressure. U.S. decks might carry bigger air wings, more sophisticated operational muscle memory, and a decades-long-developed logistics apparatus, but they would still have to work their way inside the missile-and-sensor thicket with a plane that cannot yet put up the kind of mass that carriers are designed to provide. In the meantime, Chinese carriers can act as a branch of a larger system of coastal-defense, as opposed to being the tip of a spear.
The long-term consequence of the engineering of the Navy is not that carriers have become obsolete, but the assumption that it is no longer allowed to proceed freely. The contested water is now becoming a matter of survival and performance as long-range fires, sensing, deck-cycle effectiveness, and survivability under saturation menace balance against each other the latter being conditions that in the Western Pacific have favored the fleet able to conduct operations nearest to home.
