1. (China Daily) China will ramp up policy support for the artificial intelligence sector, as it plays an important role in boosting consumption and promoting high-quality economic development, officials and experts said.  

    The State Council, China's Cabinet, unveiled a guideline on deeply implementing the "AI Plus" initiative on Tuesday, aiming to promote the development and application of AI in multiple fields.  

    The government will increase investment support for major AI projects, Zhang Kailin, deputy director of the department of innovation and high-tech development at the National Development and Reform Commission, said at a news conference on Friday.

    The government will make full use of policies for large-scale equipment upgrading and consumer goods trade-in, central budget investment and local government special bonds to bolster the development of AI, said Zhang.  

    China will continue to provide "AI vouchers" in fields such as computing power to lower R&D and application costs for innovation entities, while optimizing the allocation of resources.  

    Through the "AI vouchers" policy, the government utilizes funds from government bonds to pilot and facilitate a virtuous cycle between supply and demand in AI service resources.  

    "The establishment of common technology platforms, including pilot-scale application bases in key industrial sectors, will pool common and high-quality resources while lowering the barriers to applying new technologies," Zhang said.

    For major strategic scenarios, Zhang noted that the government encourages joint research efforts to tackle bottlenecks and obstacles, enhance AI's capability to solve real-world problems, deepening its application in critical fields.  

    While referring to the popularization of smart devices, Zhang said that the government will continue to support AI-powered consumer products so as to make useful AI technologies and products accessible to the public.  

    The development and application of AI will help optimize consumption structure, said Huo Fupeng, an NDRC official.

    New service consumption scenarios will be further expanded, as AI improves the quality of life in sectors such as culture and entertainment, e-commerce, elderly care and childcare, while extending experience-based and personalized consumption to meet residents' multilevel and diverse needs, Huo said.  

    New business models in product consumption will continue to emerge as a result, Huo said, adding that the rapid adoption of smart devices, such as smart home products and wearables, will build an all-scenario smart interactive environment.  

    Meanwhile, AI will accelerate its integration with cutting-edge technologies, such as low-altitude aviation, additive manufacturing and brain-computer interfaces, driving continuous innovation and the emergence of new products and forms, which will further unleash new consumption potential, Huo added.

    China's current computing power development still falls short of effectively meeting market demand, said Zhou Mi, a senior researcher at the Chinese Academy of International Trade and Economic Cooperation.  

    Government-supported "vouchers" can help bridge this demand-supply gap, enabling computing power to play a more active role in AI, Zhou said.  

    China's accumulated experience in effective development and governance of AI can promote international AI collaboration, enabling the country to share the experiences of digital economic development with other nations, Zhou added.

    "AI Plus" is becoming a crucial engine for industrial transformation and upgrading — not only enhancing the quality and efficiency of traditional sectors, but also fostering the growth of strategic emerging industries, said Zheng Nanning, a professor at Xi'an Jiaotong University.  

    Policies encourage leveraging AI to empower industrial production and accelerating the upgrading of high-end equipment, which help to advance the high-quality development of the industrial internet and smart manufacturing, enhance the core competitiveness of the manufacturing sector and drive the modernization of industrial and supply chains, Zheng said.

    Source: By Tan Guoling and Ouyang Shijia | China Daily | Updated: 2025-08-30 07:51

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  2. (China Daily) China's emphasis on bolstering the extensive and in-depth integration of artificial intelligence in various fields will help the nation build up new growth drivers and inject strong impetus into high-quality economic development, solidifying its position as a global innovation powerhouse, said experts and company executives.  

    As China recognizes AI as an essential tool in nurturing new quality productive forces, the application of AI will promote the transformation and upgrading of traditional industries as well as foster strategic emerging and future-oriented industries, they said.  

    Their comments follow the recent unveiling of a guideline by the State Council, China's Cabinet, on deeply implementing the "AI Plus" initiative.

    According to the guideline, the country will promote the use of AI in science and technology, industrial development, consumption, people's well-being, governance capability and global cooperation.  

    By 2027, China will make achievements in the extensive and deeper integration of AI in six key sectors, with the penetration rate of new-generation intelligent terminals and AI agents surpassing 70 percent, and this figure will exceed 90 percent by 2030, the guideline said.  

    By 2035, China will enter a new stage of intelligent economy and intelligent society, providing strong support for basically realizing socialist modernization, the guideline added.

    Xu Qiang, president of the State Information Center, said, "As a strategic technology spearheading a new wave of technological revolution and industrial transformation, AI is profoundly reshaping the way human beings work and live."  

    He highlighted the importance of technological modernization, saying that it is key to advancing Chinese modernization.  

    The guideline on implementing the "AI Plus" initiative aims to promote the in-depth integration of AI in various sectors of the economy and society, Xu said, adding that it will help raise the total factor productivity and play a crucial strategic role in supporting the Chinese modernization drive.

    Weng Xi, a professor at Peking University's Guanghua School of Management, said the "AI Plus "initiative serves as a vital measure for propelling the shift of growth drivers from old to new ones, as AI has become a new engine bolstering China's economic development and industrial upgrading.  

    "The in-depth industrial integration of AI will enhance production efficiency, optimize operational processes and lower energy consumption and costs, thereby promoting traditional industries, including steel, textile and equipment manufacturing, toward high-end, intelligent and green development," Weng said.  

    The guideline states that efforts will be made to improve the basic abilities of AI models, strengthen innovation in data supply, enhance intelligent computing power and reinforce the construction of talent teams.

    Wang Yiming, vice-chairman of the China Center for International Economic Exchanges, noted that China has unique advantages in promoting the "AI Plus" initiative, given its abundant data resources, a complete industrial system that offers rich application scenarios, an ultra-large domestic market, and a sound policy and institutional environment.  

    Looking forward, Wang said the sustained implementation of the "AI Plus" initiative requires breakthroughs in basic research and key and core technologies, and stronger infrastructure construction such as data and computing power.  

    "It also calls for building an intelligent industrial ecosystem and open-source community, strengthening talent development, improving policy and regulatory systems and enhancing security capabilities," he added.

    Sun Ke, deputy director of the China Academy of Information and Communications Technology's policy and economic research institute, underscored the significant role of AI in cultivating new quality productive forces and reshaping new competitive advantages.  

    Deeply implementing the "AI Plus" initiative is conducive to accelerating the deeper integration of AI with the real economy, giving rise to new industries and new business forms, such as intelligent robots, self-driving vehicles and smart home devices, and strengthening China's core competitiveness on the global stage, Sun said.  

    Zhou Yunjie, chairman and CEO of Haier Group, said that currently, the deployment of AI in enterprises mainly concentrates on manufacturing, research and development, sales, procurement and services.

    The integration of AI models with home service robots and terminal devices will create new consumption growth points for the global consumer electronics industry, Zhou said, adding that his company is promoting the application of AI in a wide range of fields, including smart homes and industrial internet.  

    Cui Jingyi, vice-president and general manager of industrial software developer Aveva China, said the country is becoming a market with the most extensive application of AI technologies globally, bringing new opportunities for many companies, including Aveva.  

    She added that the company is willing to accelerate the application of AI through collaboration with Chinese local partners.

    Source: By Fan Feifei and Ouyang Shijia | China Daily | Updated: 2025-08-27 07:52

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  3. (China Daily) Chinese vaccine company Sinovac Biotech Ltd has teamed up with 69 partner companies to launch the Laifu Initiative, which is aimed at strengthening innovation and resilience across China's biopharmaceutical supply chain.  

    The initiative was unveiled at Sinovac's recent supply chain ecosystem conference in Beijing. The joint effort reflects a broader shift in China's biopharma sector from traditional supplier-buyer relationships toward deeper, full-chain collaboration. The collaboration will integrate research, production, quality assurance and global market expansion, aligning with China's status as the world's second-largest pharmaceutical market.  

    "China's biopharma sector must provide a truly global solution to human health," said Yin Weidong, chairman, president and CEO of Sinovac, in his keynote address.

    "That means delivering the top-tier science and services to meet emerging health needs, winning international trust through quality, and ensuring products remain affordable and accessible."  

    The Laifu Initiative outlines four key commitments. It calls for greater openness, encouraging global partners to participate in China's healthcare market while urging Chinese companies to expand abroad. It promotes joint research platforms to accelerate breakthroughs and shorten innovation cycles. It emphasizes full-chain collaboration, integrating R&D, manufacturing, quality control and distribution. Finally, it underscores a balance between maintaining high standards and improving efficiency to achieve cost advantages.  

    Gao Qiang, chief operating officer of Sinovac, said the company has already put these principles into practice, citing co-development projects and international market expansion achieved with partners.  

    Executives from leading biotech companies, including Cytiva, Thermo Fisher Scientific and Cobetter, also talked about their cooperation with Sinovac, pointing to both tangible results and opportunities that lie ahead.

    Source: By Li Jing | chinadaily.com.cn | Updated: 2025-09-01 20:22

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  4. (Xinhua) China's first factory dedicated to the production of photonic quantum computers has recently broken ground in Shenzhen, south China's Guangdong Province.  

    Once completed, the facility is expected to manufacture dozens of photonic quantum computers annually, establishing a mass production capacity for specialized machines.  

    The news was confirmed on Thursday by the science and technology innovation bureau of Shenzhen's Nanshan District. The factory will be built and operated by QBoson, which is a leading Chinese quantum computing company based in Beijing.

    "Quantum computing carries a massive information capacity and ultra-strong parallel processing power, allowing an exponential acceleration in solving certain computationally difficult problems," Wen Kai, the founder of QBoson, said in an interview with Xinhua.  

    "Photonic quantum computing is a technology that leverages the quantum properties of light for computation and is considered a mainstream quantum computing approach," Wen said.  

    Compared to other technological paths, photonic quantum computing does not require ultra-low temperatures and offers multiple advantages, including a high number of qubits, stable operation at room temperature, and long coherence times.  

    Wen noted that the new facility will include three main operational divisions: module development, full-system production and manufacturing, and quality control and testing. Construction on the factory is currently underway, with equipment expected to be deployed gradually by the end of October.

    Source: Xinhua  2025-08-28 23:33:00

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  5. (Xinhua) China on Friday sent a new test satellite into space from the Xichang Satellite Launch Center in the southwestern province of Sichuan.  

    The Shiyan 29 satellite was launched at 10:34 am (Beijing Time) aboard a Long March 3C carrier rocket, with the Yuanzheng 1 (Expedition 1) upper stage attached to the carrier rocket. The satellite successfully reached its preset orbit.  

    It will be used mainly for space environment exploration and related technology tests.  

    This is the 592nd flight mission of the Long March carrier rocket series.

    Source: Xinhua | Updated: 2025-09-05 17:18

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  6. (China Daily) On Wednesday, China displayed for the first time its nuclear triad, a reliable nuclear deterrence system with land-, sea- and air-based nuclear retaliation capabilities.  

    Upholding a long-standing practice that has been observed in previous parades, the People's Liberation Army unveiled its new strike missiles near the end of a head-turning parade marking the 80th anniversary of the victory in the Chinese People's War of Resistance Against Japanese Aggression and the World Anti-Fascist War.  

    Eight types of ballistic missiles paraded down Chang'an Avenue during the magnificent ceremony in central Beijing: the YJ-21 air-launched hypersonic ballistic missile, the DF-17 medium-range hypersonic ballistic missile, the DF-26D intermediate-range ballistic missile, the JL-1 air-launched long-range ballistic missile, the JL-3 submarine-launched intercontinental ballistic missile, and the DF-31BJ, DF-61 and DF-5C intercontinental ballistic missiles.  

    Each missile designation carries a specific meaning in Chinese: YJ stands for yingji, or "Eagle Strike"; DF is the commonly abbreviated name for dongfeng, or "East Wind"; JL in the submarine-based missile's name is short for julang, or "Massive Wave"; and the air-launched JL stands for jinglei, or "Shocking Thunderclap".  

    Among them, the JL-1, JL-3, DF-26D, DF-31BJ, DF-61 and DF-5C had been classified before the event.

    The parade marked the first time the Chinese military publicly revealed its air-based nuclear strike platform. In the past, there was a conspicuous loophole in China's nuclear arsenal as the PLA Air Force did not own a usable air-based projection asset for nuclear warheads.  

    According to the military, the appearance of the JL-1, JL-3, DF-31BJ and DF-61 "is the first collective show of our land-, sea- and air-based strategic nuclear prowess". They are strategic "trump cards" that can safeguard the national sovereignty and dignity, it stated.  

    The PLA said the DF-5C is the newest member in the DF-5 family, which is China's first ballistic missile series with intercontinental ranges, and can strike every corner on Earth.

    The large-scale debut of new strategic weapons has represented the huge progress China has made in science and technology, especially in the field of defense technology, said Yang Chengjun, a retired missile technology and nuclear strategy expert formerly with the PLA Rocket Force.  

    "Their appearance (at the parade) was very meaningful because China now faces a slew of big, realistic threats, ranging from foreign forces' intervention in the Taiwan question to their intimidation and provocations in the South China Sea and other hegemonic acts surrounding us, and we do need sufficient and reliable means to respond to those threats. These advanced weapons should act as a reminder to the world that with their strength, China is able to handle whatever challenges our adversaries will pose in front of us," the veteran researcher said.  

    Speaking about the DF-5C missile, he said that as China's first weapon on active duty that has global range, the new type has the most powerful propulsion system and the longest flight range among all Chinese ballistic missiles.

    "Like other intercontinental missile models in our nuclear arsenal, the new type is capable of carrying multiple warheads, and some of them can be dummies, which will effectively confuse the enemy's missile defense system and neutralize their interception efforts," Yang stated.  

    According to Hu Bo, director of Peking University's Center for Maritime Strategy Studies, the JL-3 is the PLA Navy's newest type of submarine-launched intercontinental ballistic missile and boasts a hit accuracy as good as that of the world's best sea-based strategic missiles.  

    The new ordnance is at the core of the Navy's efforts to catch up with global sea powers in the nuclear deterrence arena and reinforce its nuclear second-strike capabilities, he noted.

    A naval warfare researcher who wished to be identified only as Cui said that the JL-3 can be launched from anywhere its carriers — China's nuclear-powered submarines — can travel, and it has a much longer hit range than its predecessors.  

    It is difficult to detect and track, and can be used on short notice, he said, noting that it is tasked with realizing the country's sea-based nuclear deterrence and counterstrike goals.  

    "The core essence of a sea-based nuclear weapon is that it can substantially increase the 'stability and persuasiveness' of our strategic deterrence power," Cui said.

    Besides the strategic missiles, the CJ-1000 vehicle-mounted supersonic cruise missile, the YJ-18C ship-launched cruise missile and the YJ-21 air-launched hypersonic ballistic missile were unveiled during the parade, testifying to the PLA's improved capability to stage long-range precision assaults from various dimensions.  

    Four previously unseen types of hypersonic anti-ship missiles — YJ-15, YJ-17, YJ-19 and YJ-20 — also turned up at the spectacular military show. They can be used by Navy fighter jets, combat vessels and submarines to carry out long-distance, ultrafast precision strikes against hostile ships and land targets, according to the PLA.  

    Cui said the four YJ-series missiles will be able to form a network that will enable them to work together to carry out ultrafast strikes.  

    "With all of these missile options, the Navy is able to make any combination to maximize the effect of their strikes. They give the Navy the most powerful portfolio of assault options that no others have ever owned," he noted.
    JL-1 air-launched long-range ballistic missile. 
    DF-31BJ intercontinental ballistic missile.
    DF-61 intercontinental ballistic missile.
    JL-3 submarine-launched intercontinental ballistic missile.


    Source: By Zhao Lei | China Daily | Updated: 2025-09-04 09:14
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  7. (China Daily) China's People's Liberation Army showcased all five models of its fifth-generation combat aircraft in active duty for the first time at the grand V-Day parade in Beijing on Wednesday, a move that observers said intended to demonstrate its world-class air prowess.  

    The models, the J-20, J-20A, J-20S and J-35A of the PLA Air Force as well as the PLA Navy's J-35, thundered past Tian'anmen Square in central Beijing in flying wedge formations toward the end of a 70-minute parade marking the 80th anniversary of the victory in the Chinese People's War of Resistance Against Japanese Aggression and the World Anti-Fascist War.

    It marked the first time that all five models of the cutting-edge stealth fighter jets have appeared in a single parade.  

    It also marked the maiden public showing of the J-20S, the world's first and only twin-seat stealth jet; the J-20A, an upgraded single-seat variant of the J-20 baseline configuration; and the J-35, the Navy's first radar-evading combat plane.

    Wang Yanan, chief editor of Aerospace Knowledge magazine, told China Daily that it was the first time in the history of the People's Republic of China that so much new hardware had been used in a parade.  

    "What we have seen is an unprecedented unveiling of China's domestically developed weaponry, such as those new aircraft. All of these previously unseen weapons have state-of-the-art designs and superior capabilities, and have tremendously enhanced the Chinese armed forces' overall strength," Wang said.  

    "Specifically, the appearance of the J-20 and J-35 families on a considerable scale means that the Air Force and Navy are in the middle of a systemic transformation that highlights the core role of fifth-generation types, namely these stealth jets," he said, adding that the PLA is likely to be ahead of other militaries around the globe in terms of establishing a comprehensive fifth-generation air combat system.

    According to a statement published before the V-Day parade by a temporary command in charge of the event's aircraft squadrons, the new military planes "have been deployed to handle high-intensity warfare", while their appearance was meant to "reflect the PLA's strength to deter adversaries and safeguard China's airspace".

    Enhanced variants

    The J-20S, like other members in the J-20 family, was designed by the Chengdu Aircraft Design and Research Institute, an Aviation Industry Corp of China (AVIC) subsidiary in Sichuan province. It was declassified in November last year, appearing in the form of a small-scale mock-up at the 15th China International Aviation and Aerospace Exhibition in Zhuhai, Guangdong province.  

    According to designers at AVIC, the J-20S is a heavy-duty radar-evading fighter with long-range operation and multifunction capabilities.  

    The twin-seat plane is characterized by its supreme ability to seize air superiority in combat, to carry out precision strikes against land and sea targets, and in its battlefield situational awareness, electronic jamming, as well as in tactical command and control operations.  

    In addition to conventional tasks, the J-20S can coordinate with unmanned aircraft in combat, designers said.

    Fu Qianshao, an aircraft researcher who served in the Air Force for decades, said the jet is likely to be tasked with conducting electronic warfare operations or guiding unmanned aircraft to hit enemy targets.  

    "The additional operator in the backseat is responsible for controlling electronic warfare instruments or coordinating the jet's own strike operations and attack drones'. His or her work can enable the J-20S to better use precision-guided munitions and connect with airborne early-warning and control systems," he said. "It is better to have an operator to focus on these extended functions because a single pilot would be too busy to take care of all of those tasks in real air combat."  

    The extra seat will bring more than just these benefits, the veteran researcher added.  

    "The twin-seat variant can have a backup flight-control system installed for the backseat operator to use in case the main system malfunctions or is damaged in action, or if the front-seat pilot is incapacitated.

    "It can also be used to train new aviators to familiarize them with the cutting-edge fighter jet as quickly as possible," Fu said.  

    The J-20 baseline model is China's first stealth combat aircraft. It sparked nationwide enthusiasm on Jan 11, 2011, after its maiden flight was revealed to the public.  

    Code-named the Mighty Dragon, it made its public debut on Nov 1, 2016. It entered service with the Air Force later that year, becoming only the world's third stealth fighter jet to enter service following the F-22 Raptor and F-35 Lightning II from the United States.  

    Another J-20 variant on display, the J-20A, has several external differences with the baseline model. It features an enlarged spine, a reshaped nose cone and modified intakes optimized for new, more powerful domestically developed engines.  

    Its engines are widely believed to have thrust vector control technology that provides significant benefits in flight maneuverability.

    The technology enables a pilot to adjust the engine exhaust nozzles to redirect thrust, allowing the plane to carry out previously unimaginable maneuvers at very high angles of attack, meaning its nose is pointed at an angle greatly exceeding the jet's current vector.  

    This capability is expected to greatly assist fighter pilots when evading a missile or seeking an advantageous position in within-visual-range air combat.  

    In addition to stunning tactical maneuvers, the new powerplants may also bring about higher fuel efficiency and longer flight range.  

    Wang from Aerospace Knowledge said the J-20A's optimized aerodynamic configuration, especially the slightly raised spine, has created more internal space that can be used for extra sensors or fuel tanks.

    "Raising the spine is not feasible for previous types of fighter jets because their pilots depend more or less on their bare eyes to spot suspicious objects, so their cockpit canopy should have a 360-degree visual field, particularly in the backward direction.  

    "Now, thanks to avionics enhancements and sensor improvements, a J-20A pilot no longer needs to turn his or her head to observe situations behind, as several passive electro-optical sensors mounted around the fuselage can give the aviator an omnidirectional view," the editor explained, adding that the redesigned spine also helps to reduce aerodynamic drag.  

    Another recent addition to the Air Force's stealth arsenal, the J-35A, also took part in the parade.

    Designed by AVIC's Shenyang Aircraft Design and Research Institute in Liaoning province, the J-35A is a single-seat, twin-engine stealth multirole fighter with a conventional aerodynamic configuration.  

    According to its designers, the jet's primary task is to seize and maintain air superiority, with a secondary mission of carrying out air strikes against land and sea targets.  

    The jet will be used to engage with hostile aircraft, including fighters and bombers, hit down enemy cruise missiles, and eliminate land- and ship-based air defense hardware.

    Wang Mingzhi, a senior researcher in the Air Force, said the J-20 series and J-35A will complement each other in air combat in the future.  

    "The heavy-duty J-20 models will be used to fight for air dominance, while the midsize J-35A will be suitable for various kinds of operations ranging from engaging with hostile fighters to precision assault against land and sea targets," he said.  

    The J-35A made its maiden public flight at the 15th China International Aviation and Aerospace Exhibition last year, shortly after it was declassified by the Air Force.  

    Following the recent delivery of the first batch of J-35As, China has become only the second nation, after the US, to have two families of stealth fighter jets in active service.  

    Besides these new fighter jets, the Air Force also sent a re-engined version of its Y-20 strategic transport aircraft to fly in the parade.

    Compared with the baseline model in the Y-20 family, the Y-20B cargo jet's most distinctive trait is its new propulsion system, which appears to consist of four domestically designed high-bypass turbofan engines.  

    The Y-20's baseline configuration made its maiden flight in January 2013, with deliveries to the Air Force from July 2016. It uses four Russian engines as powerplants.  

    Wang Yanan said that the new domestically built engine has stronger thrust and lower fuel consumption, which means the Y-20B is now able to fly farther and carry more cargo.  

    Consequently, the new transport aircraft allows the PLA to deploy and sustain its forces over much greater distances, as befitting a true global power, he added.

    On the ground, multiple new types of combat drones were carried by truck in the parade, pointing to the possibility that the Air Force may place more duties on unmanned aircraft.  

    Wu Peixin, an aviation industry observer, said that it has been a common trend among air powers to integrate their stealth fighters with uncrewed platforms.  

    "A stealth jet is very expensive and sophisticated, while a drone is much cheaper and is expendable," Wu said. "In air combat, pilots of stealth jets can operate and guide a group of strike drones to launch missiles toward targets and even hit the targets by themselves, without risking the safety of the pilots and their jets.  

    "Those unmanned planes will also be able to detect the signals of enemy assets and then autonomously chart out a route to penetrate their defenses and take out the targets," he said.  

    The use of this new pattern has the potential to revolutionize air combat in the future, he added.

    Navy soars

    During the aircraft performance in the V-Day parade, the Navy showed a host of its latest assets, including the J-35, the branch's first stealth jet.  

    Designed for carrier deployment, the J-35 can be launched by both the ski-jump takeoff system used by China's carriers CNS Liaoning and CNS Shandong, and the electromagnetic catapult on CNS Fujian, the nation's third aircraft carrier that is in the final stage of its sea trials.  

    The model is characterized by its low-observable design, state-of-the-art manufacturing techniques, a world-class radar and cutting-edge sensors, as well as a wide range of munition options.

    Zhang Xuefeng, a military hardware observer and retired PLA officer, said that the exterior of the J-35 looks "smooth and clean", typical of stealth designs. Together with China's unique radar-absorbing composite materials, it makes the new fighter a leader among such planes globally in terms of stealth performance.  

    "Its delivery has brought a major power upgrade to the Chinese naval aviation force," he said.

    Song Zhongping, a military affairs commentator and another PLA veteran, said that though the J-15, the first carrier-borne fighter jet deployed in China's carrier force, has capabilities comparable to its foreign rivals of the same generation, it is not good enough to confront next-generation aircraft with stealth capability. He said it is necessary for China to field a type of naval stealth fighter to handle challenges from neighboring navies equipped with such jets.  

    "Upon its deployment, the J-35 can team up with the J-15 in air combat and strike operations. The J-35's biggest edge is stealth capability, and it also has huge strength in fleet defense operations. The combination of the J-15 and J-35 will enable each of them to give play to their advantages in tasks," Song said.

    Another feature in the carrier-borne aircraft squadron was the public debut of the KJ-600 early-warning and control plane.  

    Codeveloped by aircraft designers at AVIC and radar researchers from China Electronics Technology Group Corp, one of the world's largest suppliers of defense electronics, the KJ-600 is the fourth fixed-wing early-warning and control plane deployed by the Navy, and also the largest, heaviest and most capable of its kind to be used on Chinese aircraft carriers.  

    It's expected to be used on the CNS Fujian after the carrier completes its sea trials and put into service in the coming months.

    The KJ-600 is propelled by two turboprop engines, and sports a high-mounted wing, a quad-fin tail, tricycle gear and a large dorsal rotodome, which analysts have claimed houses an active electronically scanned array radar.  

    The use of a quad-fin tail promises safety and stability during takeoff and landing on a carrier, and suits the limited space inside the hangar.  

    Xiong Jia, a defense technology observer, said that in naval warfare, the ability to detect incoming hostile objects from as far away as possible is crucial to ensuring the safety of a ship.  

    "Because of the greater detection distance, defense preparations can be more thorough. However, shipborne radars are constrained by a host of factors, so they are unable to spot and track hostile targets at long range," Xiong said. "For instance, the curvature of the Earth greatly restricts their detection range for low-altitude targets. Therefore, carrier-based early-warning aircraft is essential."

    Carrier-based early-warning helicopters also lag far behind fixed-wing aircraft in almost every aspect, such as patrol and detection ranges, flight speed and altitude, multi-target tracking capability, weapons guidance function and operational time, he said.  

    "China must develop hardware like the KJ-600 to better facilitate defense and strike missions of its carrier groups," Xiong added.  

    Zhang said the KJ-600 is the final component needed to complete China's carrier force combat system, significantly enhancing the fighting prowess of carrier strike groups.

    "An important role of carriers is to conduct land and sea strike missions, which requires the group to make forward deployments and move beyond the detection and support range of land-based radars. With fixed-wing early-warning and control aircraft, they can be deployed far from shore to undertake reconnaissance and attack tasks," he said.  

    In addition to the manned planes, the Navy unveiled its first large shipborne drone. It is expected to be fielded aboard amphibious assault ships.  

    According to naval arms analysts, the stealth drone can be used for long-range surveillance, reconnaissance and assault missions.  

    Another unmanned naval platform that broke cover at the parade was the first pilotless rotorcraft developed by China for ship use. It is suitable for surveillance, reconnaissance, communications relay and counter-submarine tasks.

    Airspace assignments

    The responsibility of safeguarding China's airspace is not placed solely on combat aircraft. Ground-based air-defense and anti-ballistic missile systems are another significant component in defending against incoming air threats.  

    To display its multistage, multilayer air and missile defense network, the Air Force brought six types of advanced systems to the parade.  

    The occasion marked the public debut of the HQ-20 and HQ-22A anti-aircraft missile system and the HQ-29 exoatmospheric missile interception system. Another three types, the HQ-11, HQ-9C and HQ-19, have been included in Chinese defense shows in recent years.  

    According to Zhang, the HQ-11, HQ-20 and HQ-22A are primarily tasked with engaging with conventional threats, and can effectively intercept fixed-wing aircraft, drones, cruise missiles, and even short- and medium-range ballistic missiles.

    The HQ-9C is tasked to protect key assets from incoming planes and can also perform terminal low-altitude missile interception tasks within the atmosphere. Its interception altitude is expected to be several tens of kilometers, he said.  

    The HQ-19, unveiled for the first time in November last year, has been designed for regional protection against ballistic missiles at the high-altitude terminal phase, and is characterized as having large coverage and strong countermeasures. These traits make it part of the backbone of China's homeland air defense and missile interception operations, according to Zhang.  

    "The combination of the HQ-9 series and the HQ-19 will form a powerful, multilayer network to keep our important assets safe from threats from the air and exoatmosphere," the observer said.  

    Wang Yanan said that in addition to conventional ballistic missiles, the HQ-19 is able to defend against hypersonic glide vehicle weapons that have extremely fast speed and supreme agility. As a cutting-edge piece of strike hardware, the hypersonic glide vehicle weapon is virtually impossible to intercept by previous air-defense missiles and poses a significant threat to high-value assets.

    Another of China's arsenal making its public debut at the parade was the HQ-29, the largest surface-to-air missile system China has ever shown. It is likely a mid-course interceptor designed to engage threats outside the Earth's atmosphere.  

    What appeared in the parade were the system's six-axle twin-canister mobile launch vehicles, which are also likely to have at least one integrated radar and command vehicle for each unit.  

    Analysts have pointed to its large-diameter launch canisters and dual-missile configuration as possible indicators of a design meant to boost interception odds against fast and maneuvering ballistic targets.  

    Zhang said that the HQ-29 has further expanded the scope of China's missile defense operations.

    "It is capable of intercepting ballistic missiles during their mid-course phase outside the atmosphere, before they descend toward their targets," he said.  

    "Notably, the HQ-29 can achieve mobile launches from wherever its launch vehicle can reach. That means its launch sites can be flexibly selected to address threats from different directions. In contrast, most of the current land-based mid-course missile defense systems are launched from silos, which leads to some constraints in their operations," he added.  

    Several laser and microwave weapon systems also took part in the parade, and were introduced as being suitable for counter-drone tasks.
    J-35A multirole stealth fighter jet

    J-20A heavy-duty stealth fighter jet
    J-20S twin-seat stealth combat plane
    Naval unmanned helicopter
    Z-20T assault helicopter
    J-15DT carrier-based electronic warfare jet
    Y-20B strategic transport plane
    CJ-1000 hypersonic cruise missile system
    YJ-17 hypersonic strike missile
    YJ-19 hypersonic strike missile
    Type-100 main battle tank
    A new-type unmanned underwater vehicle
    KJ-600 carrier-borne early-warning and control aircraft
    HQ-20 air-defense missile system
    HQ-19 air-defense missile system
    HQ-29 anti-ballistic missile system


    Source: By Zhao Lei | China Daily | Updated: 2025-09-04 09:14
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  8. (China Daily) China made public on Wednesday its first model of a fourth-generation main battle tank, which features an unmanned turret, advanced radar, an active protection system and augmented reality technology.  

    Looking at its exterior, the biggest difference between the new Type 100 tank and its predecessors is the futuristic, unmanned turret that houses the main weapon, which appears to be a 105-millimeter-caliber gun, a coaxial machine gun and a remote-controlled weapon station.  

    Previously, all Chinese tanks were built with manned turrets, with a commander and gunner inside.

    An unmanned turret has several advantages. It can store more ammunition and mission payloads, and more armor can be used to protect the tank's hull, which houses the crew.  

    Also mounted on top of the turret is an active protection system that works with a quad-faced phased array radar.  

    The radar is responsible for conducting 360-degree threat detection. As soon as it spots an incoming shell, rocket or missile, it will track the threat and guide the protection system to fire a mini rocket to destroy the target at short range.

    There are also multiple cameras and sensors distributed around the battle machine to detect potential threats.  

    Yu Shuo, a defense industry observer, said the Type 100 features good strategic and tactical mobility, meaning it can be rapidly deployed by air and road.  

    He said the new type is likely to be propelled by a hybrid power pack, making it much quieter than previous Chinese tanks. This enables the tank to move silently and launch surprise attacks. The hybrid power pack also gives the tank the ability to use high-power weaponry such as anti-drone lasers.

    Though the new tank is a lot lighter than its predecessors, it is still able to eliminate heavy-duty tanks covered with thick armor and can fend off incoming armor-piercing ammunition.  

    Besides its own weapons, the new type is capable of controlling and organizing other unmanned planes and ground vehicles in combat, Yu said.  

    "These uncrewed platforms will become a 'force multiplier' to the tank units. They will provide longer reconnaissance and hit ranges, and better situational awareness to the crew. Their presence will also reduce the possibility of direct encounters between our tanks and the enemy's, thus improving the crew's survivability," he explained.

    "We can call the Type 100 a revolutionary model and the best in all operating tanks on Earth," he stated.  

    Yu added that the combat support vehicle that appeared after the Type 100 in the parade will be a close partner to the new tank.  

    The vehicle also has mighty automatic weapons, an advanced radar and sensors, and an active protection system. Moreover, it is equipped with a vertical launching system capable of firing missiles and loitering munitions — small strike drones that can maintain a holding pattern in the air while scanning for targets, according to him.

    "The use of loitering munitions enables our armor units to detect and take out enemy targets from afar, before the enemies know where we are," the observer said.  

    Besides large equipment, Yu said there is a small but notable device used by crew members on the Type 100 — the augmented reality-enabled headset.  

    An AR headset is connected to external cameras and sensors mounted on the tank, providing its crew with a real-time, 360-degree view of the battlefield. This literally allows operators to "see through" the armor of their vehicle. Furthermore, it can display information about the vehicle's systems.  

    In addition to improving visibility, the device is likely to allow for direct control of the tank's weapons, which means the gunner can identify targets simply by turning his head or focusing his gaze, and the turret and weapons move automatically.

    Xiao Ning, chief editor of Weapon magazine, speculated that the new-generation tank will have a good "intranet system" that connects its inner instruments and helps crew members communicate better.  

    He also echoed Yu's remarks about drones, stating that in future warfare, unmanned platforms will play an indispensable role in armor combat that has long been dominated by tanks.  

    A land armament researcher who wished to be identified as Song said that despite many people claiming tanks have become "obsolete" after seeing "tragic stories of tanks in recent conflicts", it has been proven that the big machines are still irreplaceable in armored warfare and counter-insurgency operations.

    "Therefore, we need to continue to upgrade our tanks to make them fit in evolving war patterns," he said.  

    According to Song, after studying the essential elements of next-generation tanks for many years, designers and engineers in military powers have reached a general consensus: new-generation hardware should include at least a partially electric propulsion system, an active protection system, an unmanned turret, battlefield information processors and network-centric warfare operation capability.  

    "Considering technological and technical advancements over these past years, we no longer classify tanks based on the caliber of their main guns and the thickness of their armor plates as researchers did to the previous three generations of tanks. Instead, we now categorize them in accordance with how many new technologies and apparatuses they possess. Therefore, it is fair to call the Type 100 a fourth-generation model," he said.

    The researcher also explained the reasons why the Type 100 is smaller and lighter than the Type 99A.  

    "The new tank will be deployed not only in conventional combat scenarios like those on flatland or a plateau, but also in urban battles and counter-insurgency operations, so its overall design must fit in all of those environments. Moreover, factors such as road conditions, air transport capacity and manufacturing and operational costs have decided that new tanks should not be bigger and heavier than the previous ones," he said.  

    The current cornerstone of China's armored forces, the Type 99A, was introduced in the early 2000s. Its contents include a diesel engine, reactive armor, a 120-mm smooth-bore gun and a modern fire-control system.

    In addition to the new tank, the Chinese military displayed during the parade several new airborne fighting vehicles that are expected to tremendously enhance the operational capability of its paratroopers.  

    Multiple combat support robots in service with the People's Liberation Army Ground Force were also carried by trucks to take part in the event.

    Source: By Zhao Lei | China Daily | Updated: 2025-09-04 09:32

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  9. (AP) Soldiers in pristine and pressed uniforms marched in lockstep, their boots clacking a steady cadence on the pavement and their eyes following leader Xi Jinping as he drove by in review. Helicopters flew overhead, forming the numbers 8 and 0 in honor of the 80th anniversary of the end of World War II.  

    There was no shortage of pageantry at Wednesday’s military parade in Beijing, but beyond the spectacle, it also provided the first good look at China’s latest military hardware. New missiles, drones and other high-tech equipment have been added to its arsenal as part of a massive modernization program with the goal, according to the official parade announcers, of producing a force “with both nuclear and conventional capabilities able to deter wars in all battle spaces.”

    Here are some of the highlights:

    New nukes

    China’s nuclear arsenal still lags far behind that of the United States and Russia, but it has been rapidly expanding. In its annual report to Congress on China, the U.S. Department of Defense estimated that Beijing now has more than 600 warheads and will have more than 1,000 by 2030.  

    The parade featured many of the missiles capable of delivering those warheads, from air, sea and land. China’s official Xinhua News Agency said it was the first time the military’s “triad of strategic nuclear forces was presented in a concentrated fashion,” calling it “China’s strategic trump card for safeguarding national sovereignty and defending national dignity.”

    The display of the three systems together is noteworthy, said Meia Nouwens, senior fellow for Chinese security and defense policy at the International Institute for Strategic Studies in London.

    “All of that, of course, goes back to this key point about deterrence and the messaging that the PLA (People’s Liberation Army) and Xi Jinping are seeking to send to the U.S. and other partners and allies in the region and further afield,” she said.  

    Among the nuclear-capable missiles seen was the DF-61, a new intercontinental ballistic missile which can be fired from a mobile launching platform. Details on its capabilities are scant, but its predecessor has a range of more than 12,000 kilometers (7,500 miles) and can carry multiple warheads. It also debuted the newest variant of the silo-based DF-5, the DF-5C, whose range has been estimated at 20,000 kilometers.  

    Also featured were the JL-1 air-launched long-range missile and the JL-3 sea-launched missile, both of which are also nuclear-capable.

    More missiles

    The parade saw the debut of other new missiles, including several designed to attack ships. These are likely of particular interest to the U.S., whose naval power is a key component of its Asia-Pacific defense strategy.  

    China claims the self-governing democracy of Taiwan as its own, and Xi has not ruled out taking the island by force. In the event of a Chinese invasion, if the U.S. were to come to Taiwan’s aid, China would need to hold off the U.S. Navy long enough to consolidate control of the island.  

    China has already built the world’s largest navy, though it is still well behind the U.S. in the number of aircraft carriers it has. It could use missiles, however, to try to keep American carriers out of effective range.

    The parade showcased for the first time the YJ-15, YJ-17, YJ-19 and YJ-20 anti-ship missiles, all capable of operating at long ranges and hypersonic, making them difficult to intercept.  

    It also displayed missiles meant to intercept incoming anti-ship missiles, including the HQ-16C and HQ10A, and presented the aircraft-carrier version of the J-35 stealth multirole fighter for the first time.  

    “These are capabilities that are increasingly meant to signal to the United States they should think twice about entering into a conflict, if there ever is one, in support of Taiwan,” Nouwens said.

    Drones from above, drones from below

    Seven types of reconnaissance and attack aerial drones were on display that were not immediately identified by official commentators, but some of which appeared to be new.

    A small surface drone ship was also on display but not identified, as well as carrier-based uncrewed helicopters.  

    China also showed off two submarine drones, the older-model HSU001 and debuting the much larger AJX002. China’s official Xinhua News Agency called them “cutting-edge surprise weapons for naval combat” designed for “covert deployment and blockade, autonomous detection and identification, and swarm-networked attacks.”  

    “Long gone are the days where China was reliant on Russia or other foreign systems,” wrote Mick Ryan, a retired Australian army major general and analyst at the Lowy Institute, in a research note on the drones and other systems on display. “This level of indigenous capacity infers high levels of sustainability in any future conflict.”

    Still, he cautioned, “newer does not always mean better.”  

    “While most Western military equipment has been tested in Iraq, Ukraine and elsewhere, none of China’s new kit has.”

    Source: Associated Press by David Rising  Updated 6:34 AM PDT, September 3, 2025

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  10. (Independent) China unveiled a new nuclear-capable intercontinental ballistic missile, underwater drones and hypersonic missiles as part of an imposing display of military hardware during its Victory Day parade on Wednesday.  

    Thought to be the largest military parade in China’s history, the event marked the 80th anniversary of Japan’s defeat and the end of the Second World War.  

    And while the parade was largely shunned by Western countries, Xi Jinping was flanked by Russian president Vladimir Putin and North Korea’s Kim Jong Un alongside around two-dozen leaders from mostly developing countries and those keen to challenge the US-led world order.

    The world's second-largest economy, which allocated about £186bn for their 2025 defense budget, showcased hypersonic missiles, a new generation of nuclear triad, long-range missiles, anti-drone systems, strategic bombers, and stealth drones – most of them for the first time.  

    The parade began with an 80-gun artillery salute to mark the 80 years since the end of the war. Helicopters trailing large banners and fighter jets flew in formation above during the showcase thick with symbolism and propaganda which culminated in the release of 80,000 peace doves and colorful balloons.

    In his speech, the Chinese president warned that the world must choose between "peace and war". Before the military units began marching, Xi drove past their formations along Beijing's central Chang'an Avenue in a classic black limousine.  

    He stood in the vehicle's sunroof with four microphones lined in front of him and greeted flanks of personnel as he passed them and rows of missiles and military vehicles. Marching in the parade were traditional People's Liberation Army units from the police, navy and army, but also new ones like the cyberspace unit for the first time.

    Hypersonic missiles designed to take out ships at sea, a liquid-fueled intercontinental strategic nuclear missile with the "entire world under its strike range" and space defense systems that could take out foreign satellites, were among some of the most impressive military hardware that China revealed for the world to witness its potential, according to the state media Global Times.

    These weapons are of particular concern to the US Navy, which patrols the western Pacific from its 7th Fleet headquarters in Japan.

    YJ missiles

    The Chinese military displayed the new YJ-15 missile along with its pre-existing YJ-17, YJ-19 and YJ-20 hypersonic missiles.

    The YJ missiles, short for "Ying Ji" or “eagle attack", can be launched from ships or aircraft and are designed to inflict critical damage on large vessels. China is rapidly advancing in hypersonic weapons technology, a field that has drawn global attention for its ability to evade traditional defense systems.  

    The anti-ship YJ-21, known as the “carrier killer”, is intended to be used against high-value naval targets. The YJ-21 is capable of supersonic speeds and likely has a range over 600km, according to a Bloomberg report.

    Sea drones

    China displayed two types of extra-large uncrewed underwater vehicles (XLUUVs). The sea drone AJX002 is estimated to be around 60ft long, according to reports. Their torpedo-shaped hulls and pump-jet propulsion systems revealed that the underwater vehicles were built to be stealthy.  

    The AJX002 features four lifting lugs along its hull, indicating that it is crane-assisted. China operates the world's largest XLUUV program with at least five distinct types already in the water, according to reports.

    Nuclear-capable intercontinental ballistic missiles

    China showcased three types of nuclear-capable intercontinental ballistic missiles – Dong Feng-61 , Dong Feng-31BJ, and the Dong Feng 5C – for the first time during the victory day parade.  

    The Chinese Army also revealed its first air-launched nuclear missile, the JL-1, which was displayed on a military truck. The JL-1 and JL-3, together with the DF-61 and DF-31, mark the “first concentrated display” of the Chinese army's “land, sea and air triad strategic nuclear forces", according to state media CCTV.

    According to Global Times, the Dong Feng 5C has an estimated range of more than 20,000km and features improvements in defense penetration and precision.  

    The DF-5C intercontinental strategic nuclear missile has the entire globe under its strike range, the state media added. Experts say the new variant of the Dong Feng 5C is capable of carrying up to 12 warheads on a single missile.

    Other Chinese missiles also featured in the parade that have previously been seen and documented, included cruise missiles – the Changjian-20A, Yingji-18C, Changjian-1000 – and hypersonic missiles such as the Dong Feng-17 and Dong Feng-26D, which China's state media said were equipped with "all-weather combat capabilities".

    Space defense system

    The HQ-29 space defense system, capable of taking down foreign satellites, was displayed for the first time at the parade in a prominent display of aerial power.  

    While not much is known about its exact capabilities, the large size implies an extreme range similar to the US Navy’s SM-3 Block IIA, which can be launched from land or ship.

    Laser weapons

    The Chinese military displayed two versions of ship-based “directed energy" laser weapons at the parade. While one of them was clearly designed for naval air defense, the other one, mounted on a truck, was meant to protect ground troops.  

    Beijing has been developing laser weapons as a defense against drone attacks and other low-end threats due to the weapons being cost-effective when compared to using a missile or radar-directed gun.  

    The full range of its anti-drone systems on display at the parade included a missile gun, high-energy laser weapons and high-power microwave weapons.

    Source: The Independent by Alisha Rahaman Sarkar  Wednesday 03 September 2025 09:07 EDT

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