Fujian

If with the Fujian it sat at the US table, the images of the next aircraft carrier place China in another dimension: the nuclear one

by

Last week China announced its first 100% national aircraft carrier hitting the table and making it very clear what its naval aspirations are. Now the appearance of new images from the Dalian shipyard has revived one of the most significant naval movements of the 21st century: China’s advance towards an aircraft carrier that places it at an unknown level. The strategic leap. We are referring to what aims to be the first nuclear-powered one, provisionally known as Type 004. He visible discovery of a structure reminiscent of a reactor compartment (similar to those found on US supercarriers) suggests that Beijing is taking the definitive step towards a capability that until now only the United States and France have. The transition is not symbolic, but structural: A nuclear aircraft carrier offers virtually unlimited autonomy, massive electrical power for advanced sensors, and sustained ability to operate further from shore, an essential element for a China that aims to project power beyond its immediate periphery. The Fujian catapult. The recent entry into service from Fujianits first aircraft carrier with electromagnetic catapults had already marked a break with the It was STOBAR.but Type 004 represents a technological leap even greater by integrating nuclear propulsion with the most advanced launch ecosystem that the Chinese navy has. Even so, Chinese naval planning appears to bifurcate: as it builds this ambitious vessel, reports indicate who also works in another conventional aircraft carrier improved, a sign that Beijing wants a combination of mass and elite to accelerate its naval transformation. On new aircraft carrier under construction Comparative architecture. The reason why Type 004 arouses so much attention is that, in its designconcentrates the synthesis of global trends: a helmet inspired by the lines of the American Ford, EMALS catapults similar to the North American and French ones, and a deck capable of operating from J-35 stealth fighters even naval drones GJ-11 or airplanes AEW&C KJ-600. The satellite images reveal a deck under construction that will include two catapults in the port area (in addition to two in the bow), matching the layout of American ships and surpassing the capacity of Fujian itselfwhich only has a catapult in the oblique section. Extra ball. The vision of the program is clear: provide the Type 004 with a heaviest air wingvaried and technologically complex, optimized for sustained operations and for air and maritime space control roles beyond the Chinese coastline. The parallel development of a possible “Type 003A” conventional (cheaper, faster to produce and based on an already dominated architecture) demonstrates how China combines disruptive innovation with industrial iterationensuring sufficient volume to saturate any attempt at regional containment. If nuclearization provides range and resilience, the simultaneous construction of conventional ships ensures pace and fleet density. Unlimited energy. Plus: its function is not only to move aircraft further, but to serve as an energy platform for a set of emerging weapons that would transform naval warfare. Official voices, such as Professor Liang Fang of the National Defense University, they claim that the future Chinese nuclear class could carry directed energy weapons (including high-power laser weapons and the long-awaited electromagnetic cannon or rail gun). These weapons are not mere futuristic add-ons: they require colossal amounts of energy and an electrical stability that only a naval nuclear reactor can offer. He rail gunbased on the acceleration of metal projectiles to hypersonic speeds using electromagnetic fields, is a system that the United States abandoned due to costs and technological maturity, but that China continues to develop as part of its strategic disruption. And more. Its appeal lies in exit speedthe lack of explosive and the possibility of devastating kinetic impact at low cost per shot, although its electrical consumption is gigantic. The convergence between nuclear aircraft carriers and electromagnetic weapons aligns with the plans already outlined by figures such as Admiral Ma Weimingresponsible for the PLA’s electromagnetic program, and represents a clear attempt to turn a flagship into a technological node capable of challenging US naval dominance in emerging domains. The operational dimension. TWZ analysts recalled that the future Type 004 air wing combines aviation advanced manned and drones large in size, creating a hybrid system Designed for offensive projection and situational awareness over an extended range. The integration of stealth drones like the GJ-11, heavy AEW&C aircraft like the KJ-600, and fifth-generation J-35 fighters would allow China to adopt an operating model closer to the American one: extended air-to-air combat, persistent surveillance, distributed electronic warfare, and deep strike capability. Added to this are the new amphibious ships Type 076 (also equipped with electromagnetic catapults to launch drones) that would complement the aircraft carriers with saturation functions, regional air control and operations support directed towards Taiwan or the South China Sea. The result is, a priori, a navy that, although still inferior in number to the eleven American supercarriers, closes the gap with a unprecedented speed. China and the new balance. In summary, Type 004 symbolizes a decisive strategic shift: China is no longer just modernizing its fleet, but aspires to equal the autonomy, technological capability and global reach of US aircraft carriers by combining nuclear poweredelectromagnetic weapons, high energy lasers and a new generation embarked aviation. The visible integration of the reactor module in Dalian confirm that Beijing seeks to operate a type of super aircraft carrier capable of sustaining prolonged ocean missions and powering futuristic systems that could redefine naval warfare. At the same time, the parallel development of another conventional model demonstrates a dual strategy that seeks volume and sophistication at the same time, quickly reducing the gap with the US Navy. In other words, China is moving towards a maritime architecture based on abundant energy and dominion of the electromagnetic spectrum, a change that forces us to completely rethink the global competition for control of the seas. Image | x, x In Xataka | The Fujian is officially China’s largest power catapult: Beijing already has a button to challenge the US Navy In Xataka | China has just tested the … Read more

The Fujian is officially China’s largest power catapult. Beijing already has a button to challenge the US Navy

by

It has been almost two years since China ended its long-awaited Fujian aircraft carrierits largest warship with cutting-edge technology for the nation. From then until now it has been going through different scenarios of tests and tests that will confirm reliability of what should be the spearhead for Beijing to compete in the same league as the United States. That day has already arrived. The naval power of the 21st century. China has made official the entry into service of Fujian, its first aircraft carrier with electromagnetic catapultsa milestone that marks a qualitative leap in the country’s naval ambition and in their direct rivalry with the United States. In a ceremony held in the port of Sanya, on the island of Hainan, President Xi Jinping performed the symbolic gesture of pressing the launch button from the ship’s control bubble, in an act that state propaganda presented as the beginning of a new era for the People’s Liberation Army Navy. Projection and vulnerability. With 80,000 tons displacement, 300 meters in length and capacity to operate nearly 60 aircraft, the Fujian becomes the jewel of the Chinese fleet, the third in service after from Liaoning and the Shandong. Its distinctive feature is the electromagnetic catapultsan aircraft launch system similar to the American EMALS that only equips one other ship in the world: the USS Gerald R. Ford. China has thus jumped directly from aircraft carriers with a “ski jump” ramp to a generation of electromagnetic propulsion directed personally, according to Beijing, by Xi. This technical advance has clear strategic implications: improves the rate of departures, reduces wear and tear on aircraft and allows the operation of drones or lighter devices, opening the door to a more flexible and modern on-board aviation. Fujian The jump and the dimension. The Fujian represents more than just a technical improvement: it is the first completely designed and built in Chinafree of the Soviet legacy that conditioned the previous ones. The Liaoning was originally a ukrainian helmet unfinished work of the eighties and the Shandong su national derivativeboth with STOBAR systems short takeoff. With Fujian, China abandons that past and exhibits its technological maturity, especially in a context of industrial rivalry with the United States, whose own EMALS program has faced years of failures and cost overruns. In contrast to the Gerald R. Ford problemsXi’s speech and the staging of the ceremony convey a message of effectiveness and national pride: that of a power capable of manufacturing its own cutting-edge ships while the adversary hesitates. The choice of the port of Hainan was also not accidental. from there, China control access to the South Sea and projects its influence towards the western Pacific and the Taiwan Strait. On that board, the Fujian is not just a ship, but a political statement about Beijing’s ability to contest global maritime dominance. Fujian Target of the future. However, the relevance of these steel colossi coexists with a paradox. While the great powers continue to invest billions in building them, the conflict in Ukraine has shown that he size no longer guarantees invulnerability. With low-cost naval drones, Ukraine has managed to disable much of the Russian Black Sea Fleet, inflicting a “functional defeat” without possessing a single aircraft carrier. The contrast is eloquent: asymmetric warfare reduces the effectiveness of the most expensive conventional weapons, but not their strategic value. In the case of China and the United States, aircraft carriers maintain their role as projection and deterrence instrumentsuseful for both combat operations and coercive diplomacy. Make fear. Washington continues to use them as pressure tool geopolitics: Donald Trump himself ordered the deployment of the Gerald R. Ford against Venezuela as a symbolic warning to the Nicolás Maduro regime. The scene, with an aircraft carrier escorted by four destroyers and armed with 70 aircraft, illustrates the extent to which these ships continue to be armed ambassadors of the superpowers, beyond their debatable military profitability. Global deterrence. Modern navies are aware that aircraft carriers are both a symbol like a target. During the Cold War, it was estimated that twelve conventional missiles to sink a super aircraft carrier. In 2005, the experimental sinking of the USS America required four weeks of sustained attacks, confirming its structural resilience, but also its exposure. In a scenario saturated with hypersonic missiles, swarms of drones and long-range anti-ship systems, its survival in real combat is increasingly uncertain. However, no other platform offers the combination of mobility, air capacity and logistical autonomy that an aircraft carrier provides. That is why China, despite investing in missiles to repel a US fleet off its coast, considers these ships essential for its own global ambitions. As pointed out analyst Nick Childsfrom the International Institute for Strategic Studies, Beijing understands them as an indispensable tool to project influence and support an eventual operation on Taiwan. Geopolitics of steel. we have been counting: the rise of Fujian is part of a broader strategy of naval expansion that has turned Chinese shipyards into the most productive on the planet. The country’s surface and submarine fleet is growing at a pace the United States can no longer match, and each new vessel reinforces the narrative of industrial self-sufficiency that Xi Jinping presents as an emblem. of the “national renaissance”. Facing eleven US aircraft carriers (ten nuclear and one conventionally powered), China has threebut with plans to build at least a nuclear one, the future Type 004which could directly rival the Fords of the US Navy. Unlike Russia, whose only aircraft carrier, the aging Admiral Kuznetsovhas been out of service for years and is headed for scrapping, China and the United States are today the only powers capable to sustain fleets with great oceanic projection. Europe, for its part, maintains a symbolic presence: the United Kingdom uses its aircraft carriers Queen Elizabeth and Prince of Wales on diplomatic or training missions, while France prepares its new future-generation nuclear aircraft carrier. Century of the seas and fragility. If you like, Fujian also symbolizes the meeting point … Read more

China has just tested the Fujian with three different aircraft. Electromagnetic catapult is no longer theory, it is practical

by

The cover of an aircraft carrier has always been a tension scenario: each takeoff is a millimeter choreography that combines steel and noise. For more than six decades, that scene was dominated by steam. Now, with him Fujianthat script is also written with electricity. We do not talk about an experiment behind closed doors, but of a public demonstration on deck with several different aircraft, the type of test that records that the electromagnetic catapult is operating in real conditions. The demonstration was not accidental. Coincided with the acts by the 80th Anniversary of Victory in the War against Japan and World War IIwhere prominence also passed through the sea. According to the Ministry of Defensethe Fujian served as a platform for three different models: the J-15T and J-35 and the KJ-600 early alert plane. The three performed cares assisted by catapult and land cable landings, marking a new chapter in their preparation. What was tested. According to Xinhuathe training phase served to check the interaction between the electromagnetic catapult, the braking system and different types of aircraft. The Navy explained that the exercises confirmed the “good compatibility” of the teams and that the Fujian already has the capacity of “full initial deck.” In practice it means that you can organize launch and recovery operations sequenced, preparing the land for a broader integration of its embarked wing. From steam to electromagnetism: For a long time, the steam catapults marked the take -off routine on the aircraft carriers. The EMALS American system introduced a paradigm shift: instead of pressure steam, it uses accumulated electric power and converted into a launch force. It is already installed in the USS Gerald R. Ford (CVN-78), first aircraft carrier to incorporate it. The US Navy ensures that It offers greater acceleration control, less wear on airplanes and cover and ability to boost light drones to heavy fighters. The transition reduces maintenance and opens the operational range. Three aircraft, three mission. The J-15T is the evolution of a veteran naval hunting, adapted to operate with catapults. Its role is to ensure the continuity of the aviation embarked while more advanced models arrive. The J-35, on the other hand, represents the jump to the fifth generation: a furtive hunt with greater scope and modern sensors. The KJ-600 trio completes, an early alert plane designed to expand the combat group and coordinate operations to hundreds of kilometers. Where is the Fujian today. The aircraft carrier began its sea tests in May 2024 and, since then, it has followed a progressive calendar. Systems and stability check settings have been made, while rehearsing cover operations. The latest exercises show that the ship has an initial capacity to operate with different aircraft, but has not yet reached the level of full operability required by an aeronaval group in long -range missions. Only two with Catapult EM. To date, only two armed ones have managed to integrate electromagnetic catapults into service aircraft carriers. As we point out above, the United States operates electromagnetic catapults in the Gerald R. Ford and China class has demonstrated its operation in the Fujian. These experiences place both armed in a high technological category, while the rest of the countries continue to use steam systems or lack catapults. It is a milestone that reflects the investment and industrial development scale necessary to get here. What changes on deck. Electromagnetic catapult opens a range of possibilities that were previously more limited. It allows drones or light aircraft with the same security as a great tonnage, and does so with less vibration and mechanical stress. For the crew, the work environment is quieter and less hot. In practice, it means that the aircraft carriers can sustain a greater number of daily exits with less maintenance between operations. Of the test at the service. The maneuvers carried out this month do not yet equate to have a fully operational aircraft carrier. The Fujian is still in an early phase: he needs to accumulate many more hours of sea and certify maneuvers in diverse conditions before being able to hold a embedded wing in the campaign. The Ministry of Defense speaks of a milestone, but also recognizes that it is missing. The transition from the demonstration to real capacity will be gradual and will depend on how systems respond in more demanding scenarios. The Fujian has gone from being a project wrapped in speculation to an aircraft carrier that shows on deck how its electromagnetic catapult works. The achieved this month is a visible milestone, although still partial. China thus enters a small club in which each electric takeoff is much more than a technical gesture: it is a declaration of intentions. The future will say how long it takes to convert these maneuvers into the routine of a fleet capable of operating with continuity on the high seas. Images | Ministry of National Defense (1, 2, 3, 4, 5) | In Xataka | For years the Airbus A380 symbolized European power against Boeing. Today it survives as a colossus without the kingdom

The J -15dt appears armed with electronic pods and points directly to the Fujian

by

Nails recently published photographs offer A good look of the J-15DT, the electronic war version of the Chinese hunting J-15. It shows at least three external pods, in addition to low visibility badges and a code associated with operational devices. It is an indication that we are not talking about a simple prototype and that this variant aims to operate from attancies with catapult like Fujian. It is convenient to keep the caution before the images, but everything fits with the program address. What do we know of the J-15DT. The J-15D was already shown as a Chinese electronic war platform (EW) with specialized pods and support/sead approach, According to Jane’s in its Zhuhai 2024 coverage. The DT version would go one step further to optimize to Catobar, with visible external changes and structural modifications associated with catapult operations. The most recent images hold that reading. The J-15 did not start from scratch: Beijing acquired in 2001 in Ukraine an unfinished prototype of SU-33 (T-10K-3) And he used it as a reverse engineering that later integrated plane and national systems (derived from the J-11B program). The model flew for the first time in 2009 and began operating from the Liaoning aircraft carrier from 2012, approximately. Since then, variants such as J-15T and DT for catapult environments have emerged. Electronic War in the air: the other battlefield. The J-15DT mission fits that of a “Chinese Growler”: disturb radars and communications, escort other devices and provide EW coverage to the shipped air wing. Army Collection also indicates The possible integration of YJ-91 Anti-Radiation missiles for Misiones SE (suppression of enemy air defenses), although there is no official confirmation. Will it operate from Fujian? Everything points to yes. The Fujian (Type 003)first Chinese aircraft carrier with electromagnetic catapults (EMALS), has shown in official material at the end of July 2025 indications of catapult launches with J-15T devices, and media as naval news they take for granted that the J-15DT is aligned with that platform. The entry into the Fujian service is handled by the end of 2025, a forecast subject to changes. One more piece in China’s military puzzle. The J-15DT is a gear of the modernization of the popular liberation army: “Modern” in 2035 and “world class” in 2049. In Naval, 2025 saw the commissioning of the first Type 054B frigate, while the family of Type 075 carrier has been incorporated since 2021; On the horizon, the future type 004 appears. All this reinforces the ambition of having a more capable embarked aviation. Images | Faysue6 In Xataka | The Achilles heel of the F-35: without Chinese rare earth, the US military supply chain staggers

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.