China is making big aircraft carrier moves. Here’s how its flattops stack up against the US Navy.

• China has made great technological progress with aircraft carriers.

• However, compared to the US navy, China lacks trained personnel for decimal years of experience and operations.

• China invests in building this labor force, but it will take time.

China is gaining jump and boundaries with carrier technology. Recently, it showed the newest aircraft carrier launch jets with electromagnetic catapults, which was once a talent specific to the latest technology of the US Navy. Ford class prose. And he did it with hidden jets, something the US has not yet done.

But Beijing’s carriers Experts may be approaching America’s technological capabilities, experts are still far from fighting like them. The real difficulty is not to build ships. Experience to use them is building the crew and the doctrine.

“You can make engineering much faster than you can create a group of people to operate this and create something faster,” Business Insider said. He said.

China has three aircraft carriers. The first two, Liaoning and ShandongOperational, but the newest, Fujian, completes the sea trials. The old two are Soviet designs with ski -jumped skiing to throw aircraft. Fujian is a great development with electromagnetic catapults.

The US navy has 11 nuclear energy aircraft carriers. Although there is evidence that it maintains a nuclear -energy design, all China’s ships have been traditionally strengthened. Moreover, although only one of China’s carriers are a catapult, all US carriers have a catapult. Nimitz Class Ships Steam -running new USS Gerald R. Ford has electromagnetic ones.

China’s active carriers have a fleet of fourth generation fighters. US ships have a mixture of fourth and fifth generation jets. However, the main difference in fleets is the depth of experience. While China has been building a carrier fleet for more than a decade, the US navy has been running carriers since the beginning of the 20th century.

China is raising to the technological side quickly

Last month, China released video images Fujian started a J-35 Stealth Fighter, J-15T carrier-based hunter and KJ-600 early warning and control planes through electromagnetic catapult systems. The clip was distributed by the state media and recovery using the upper deck and arrest cables and comets that prepared the plane for take -off.

Expert observers noted how fast the Chinese navy moves from any aircraft carrier to Soviet designs and how much it has passed to a modern design with electromagnetic catapults. China not only capture the latest technology, but also the steam -driven catapults completely jumped.

. Electromagnetic catapults China is a more diversified in Fujian air wing Not only warriors, but also early warning and control assets in the air. Fighter planes can be completely fuel and completely armed for advanced warfare.

It is seen whether this capacity is completely mature.

The latest launch images were Fujian’s test work that was taken while completing sea trials under the ruled conditions. A video that does not shed light on difficulties. Only videos are not enough to evaluate whether Fujian systems are ready to work reliably under the stress of war day and night, day and night.

“The Chinese reached this milestone, Clar Clark said. “But probably on the ship lack the capacity to do it on a scale and in a constant period.”

Look at the air wings

In the last images, China showed that sailors started. Shenyang J-35A fifth generation is a hidden warrior, commonly seen as Beijing’s answer. F-35 Lightning II Stealth Fighter. The launch made China the first nation to launch a secret aircraft with electromagnetic catapults. Gerald R. Ford has not yet been fully certified for the launch of Stealth Fighter’s carrier-based variant F-35C.

However, US navy carriers, especially the Nimitz-class carriers, not only released and recovered, but also deployed with F-35C, a proven platform of war. F-35Bs were also deployed on amphibious warships and foreign carriers. Like Jets, American carriers were tested in the war. China’s J-35 is a relative land box.

China’s primary carrier-based fighter, a very heavy derivative of a Soviet design, Shenyang J-15. Ski jumps allow the jet to maximize the jet to maximize the combat power while the new catapults are using raised variants while limiting the jet’s effectiveness by placing limitations of departure weight.

The US navy is still relying on the F/A-18 Super Hornet and Electronic War EA-18 breeders. The navy can employ more than China; US carriers can support a larger air wing, usually 60-70 aircraft.

China’s aircraft carriers can also support rotating poultry like the US navy, and now Fujian and the Chinese People’s Liberation Army navy can also get air control and early warning plans such as KJ-600. These planes, such as the US E-2D Hawkeye, allow better coordination and more complex operations, allowing a Chinese carrier group to see much further away from helicopters or ship radars.

Operational experience and expertise take time

The US navy has decades of experience with high -quality technicians and operators with carrier operations. The navy carried out continuous global carriers distribution from peace -time patrols to great wars, from the Second World War to Vietnam, to the Gulf War, to the wars of recent wars and the Middle East.

China is still new Aircraft Operations And probably rely on a smaller group of people who have gained experience in the last decade, so it means that the labor force has not yet been compared. China’s carriers have recently started to set sail with very limited long -term tasks, mostly beyond the coastal waters in the Western Pacific, so the fleet has not yet been tested in the same way.

“They do not have a core in a very variable basis in an entire carrier fleet,” Clark said. Chinese aircraft carriers It is filled with much higher ranking personnel, implying that this experience is limited to a smaller high -level figure staff.

The US has multi -generation institutional knowledge in navy schools, educational commands and simulation centers. China starts from scratch – the “first generation” of the carrier sailors is now going to the high -level leadership roles. Likewise, China is still called doctrine, the US navy had the opportunity to innovate comprehensively.

China has focused on the staff trained for technician and operational carrier roles. “But it takes time because you have to build all generation people.” It can be accelerated by the fact that personnel have more rounds and increasing their experience, but cannot be skipped in a way that some technological and engineering barriers can do.

China will have to improve these carrier operations, especially in a conflict scenario.

There is also a preparation for a carrier fleet at sea. The US has spent decades of complex ships to learn how to fly sailing and sophisticated warplanes in challenging environments.

Warships are supported by a global supply ships, repair centers and carefully managed maintenance cycles. China can have a large production labor force and bring personnel with technical backgrounds, but still learns how to handle wear and wear on carrier -based aircraft and how to maintain large plays with regular revisions and residence at sea. These are only the basic skills that come with time and experience.

What’s next?

While the US navy continues to build Ford -class carriers, which are currently ships behind the program, China continues to operate the new aircraft carrier through marine trials. After being certified for operational status, it will join Fujian, Liaoning and Shandong and help to expand the presence of maritime in the Indo-Pacific region of Beijing.

There are expectations that China will expand even further the carrier fleet and shipbuilding juggernaut There is an acceleration to build this. However, there is a technological obstacle that he can try to overcome in advance to facilitate blue water ambitions.

All of China’s carriers have been traditionally strengthened, ie they have limited access without support abroad. Seems to be working on Beijing Nuclear energy repulsive technology Still for a future carrier. China is already running nuclear energy submarines, but all surface ships are traditional.

It is suspected that China has started to work on a fourth carrier, but it is unclear whether it has nuclear energy. If so, it will be an important example of China’s leaps in aircraft carrier technology. But like everything else, new technology comes with a series of new challenges and learning curves. China will have to continue to establish personnel with experience and skill sets to eliminate obstacles of effective operational use.

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