EPISODE #009: CHINA LAUNCHES AN "INVISIBLE" MISSILE — AND DOES IT IN PLAIN SIGHT

Northern China, August 2025

Amid escalating global tensions, China conducted a test of a new ballistic missile with a hypersonic glide vehicle. But this was not a covert test. It was a public strategic gesture.

Footage spread through commercial satellites and eyewitnesses shows: the missile launches from a ground-based platform, reaches space — and then the second stage ignites in the dense layers of the atmosphere, accelerating the warhead on the final leg of its trajectory. This was not done by accident. This is a demonstration of control over a new type of weapon that does not follow the old rules.

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Why This Is Not Just "Another Launch"

🔹 1. Trajectory as a Weapon

The missile used a non-standard trajectory — possibly partially orbital or "boost-glide." This allows:

• Bypassing missile defense radars along an unpredictable arc
• Reducing the enemy's reaction time to less than 5 minutes
• Striking targets from any direction — even from the "rear" side of a continent

🚀 TRAJECTORY ANALYSIS 🎯

Non-ballistic path | Hypersonic glide | Unpredictable approach

🔹 2. Hypersonic + Ballistic = New Threat Class

The hypersonic glide vehicle (HGV) does not fly in a parabolic trajectory. It maneuvers at speeds above Mach 5, changing course and altitude. Current missile defense systems — THAAD, Aegis, GMD — are not designed for such targets.

🔹 3. Beijing Didn't Hide — It Showed

Unlike previous tests conducted in secrecy, this time the video appeared in the public domain. This is not a leak. This is an intentional leak.

China is telling the world:

"You see what we can do. Now decide if you want to provoke us."

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Who's in the Line of Fire?

• Guam — within range even at medium distances
• Japan and South Korea — under threat of conventional strike without escalating to nuclear war
• USA — their early warning systems may fail to recognize the threat in time

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What's Next?

Expect:

• New "public" tests — now this is part of the deterrence doctrine
• Integration of HGV into DF-17, DF-26, and even DF-41
• Countermeasures from the U.S. and NATO: accelerated development of hypersonic intercept systems (e.g., Glide Phase Interceptor)

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Conclusion:

China no longer tests weapons in silence.

It launches them in front of its enemies — as a reminder:

A new era of warfare has already begun.

And in it, altitude doesn't matter.

What matters is who controls the trajectory of chaos.

— the choice is yours ⥣

The United States and Japan have launched the Resolute Dragon exercises — with missiles that China can reach

The exercises started almost immediately after the Pentagon's "frank" conversation with China

On Thursday, the United States and Japan began a large-scale two-week exercise called Resolute Dragon. Their special feature is not just maneuvers or communication training, but the deployment of real missile systems capable of hitting targets at long distances. According to sources, we are talking about complexes, the range of which allows reaching the territories of mainland China.

At the same time, the start of the exercises took place less than 48 hours after a video call between US Secretary of Defense Pete Hegseth and his Chinese counterpart, Admiral Dong Jun. The Pentagon called the talks "frank and constructive," but actions speak louder than words.

Rockets in action — what exactly scares Beijing

Previously, the Japanese self-defense forces were limited by defensive doctrine, but now the situation is changing. The exercises use modern rocket launchers, including modified versions of American systems. They can hit ground targets at a distance of more than 1,000 km, which is enough to reach key targets in China's coastal regions.

For Beijing, this is not just a training exercise for its allies. This is a demonstration of the possibility of a strike on its territory — a direct change in the balance of power.

Why is Japan shooting further now

Japan used to avoid possessing offensive weapons. But China's growing activity in the Pacific Ocean, pressure on Taiwan, and the increasingly frequent incursions of aircraft and ships into the country's airspace and maritime space have forced Tokyo to rethink its strategy.

Now Japan is actively modernizing the army, buying long-range missiles and learning how to use them in close coordination with the United States. Resolute Dragon is not a show—off, but a practical elaboration of a new tactic.

Exercises as a signal — to whom and why

The message is addressed to three audiences at once:

• To China, we can respond if you cross the line.
• To the allies in Asia, we are close, you can rely on us.
• To its own population, the country is ready to defend itself.

Yes, Beijing condemned the exercises, calling them a threat to stability. But for Washington and Tokyo, this "instability" is the price of deterrence.

Sources

1. Newsweek — Resolute Dragon 11-25 Sep 2025: first-ever Typhon with Tomahawk & SM-6 deployed in Japan; Beijing warns Tokyo to stay purely defensive
2. Reuters — U.S. Typhon temporarily stationed in Japan for deterrence exercise; strong PRC & RF criticism
3. Japan Times — Historic first use of advanced missiles in U.S.-Japan drills aimed at re-capturing disputed East China Sea islands
4. Stars & Stripes — Largest Resolute Dragon: 5 200 U.S. & 14 000 Japanese troops, NMESIS & MADIS missiles; response to increased PRC activity around Taiwan
5. Al Jazeera — Russia & China condemn U.S. missile deployment, accuse Tokyo of militarisation
6. Yahoo News UK — Drills begin <48 h after candid U.S.-PRC defence ministers video-call

The Chinese "Sea Monster": an ekranoplane with propellers instead of jet engines

What is an ekranoplane and how does it fly over water?

Recent images have revealed details of a strange flying vessel that China is testing called the Bohai Sea Monster. This is an ekranoplane — a machine that is not quite an airplane and not quite a ship. It flies at a height of several meters above the water, using the so-called "screen effect": an air cushion between the wing and the surface of the water provides additional lift. Thanks to this, it can carry a large load and fly fast, using almost no fuel.

Such devices have long been of interest to the military — they are fast, elusive to radar and can deliver equipment directly to the shore.

Propellers, not jet engines — why so?

The main thing that catches your eye is that instead of jet engines, there are ordinary propellers. Against the background of hypersonic missiles and fighter jets, it looks like a step back. But in fact, it's a reasonable compromise.

Screw engines are cheaper, easier to maintain, and more economical. Supersonic sound is not necessary for a car that flies low and does not aim at the stratosphere. The main thing is reliability and the ability to work from coastal bases. In addition, propellers make less noise at low altitudes, which is useful for stealth.

Soviet ideas in Chinese execution

China was clearly inspired by the Soviet "Killer Whales" and "Harriers" — giant ekranoplanes that the USSR developed in the 60-80s. Only now have technologies stepped forward: modern materials, electronics, navigation. China can do what Moscow failed to do then — create a really combat-ready and controllable device.

If the ekranoplanes did not go into production in the Soviet Union, China can bring the matter to an end.

Why would China need such a "monster" — a military or amphibious ship-plane

There are two scenarios. The first one is amphibious. Imagine: a car starts from a base on the coast of Bohai Bay, which in a couple of hours will deliver a company of soldiers or an armored personnel carrier directly to the island without entering the port. The second is shock: armed with cruise missiles, it can attack ships in the A2AD zone while remaining under radar.

In any case, this is not just a technology demonstration. This is an attempt to gain an advantage in the Middle Sea, where every kilometer and second is crucial.

Sources

1. SecurityLab — China’s new ekranoplan: features, military use and coastal strategy
2. Rossiyskaya Gazeta — “Bohai Monster”: design details and amphibious potential
3. Radio Azattyk — Comparison with Soviet “Caspian Monster” and expert views on military missions
4. Realnoe Vremya — High-res photos, structural analysis vs. Soviet craft
5. Armiya.az — “Sea Monster of Bohai”: ambitious jet-powered ekranoplan for naval use
6. The War Zone via Naked Science — First full image of China’s ground-effect vehicle
7. InoSMI / SCMP — China’s progress in Soviet-derived ekranoplan technology

China for the first time will show the J-20 fighter jet up close at the Changchun Air Show

J-20 on static display is an unprecedented step

For the first time, the Chinese People's Liberation Army (PLAAF) Air Force will allow the general public to see its most advanced fifth-generation fighter jet, the J-20, in close proximity. The aircraft will be on static display at the International Airshow, which will be held from September 19 to 23, 2025 in Changchun, Jilin Province.

Until that moment, the J-20, known by the nickname "Mighty Dragon," could only be observed in the air — during military parades, demonstration flights, or closed-door exercises. This step indicates China's growing confidence in its military and technical achievements.

Changchun Airshow: demonstration of strength and technology

The Changchun event will become one of the key platforms for the presentation of achievements of the Chinese defense industry. In addition to the J-20, other advanced systems are expected to be shown at the airshow, from drones to J-16 and J-10C multirole fighters.

Placing the J-20 in a static parking lot gives viewers and foreign observers the opportunity to study in detail its shape, lines, antenna groups and elements of stealth design, which was previously unavailable.

Symbolism of the event: 80th anniversary of liberation from Japanese occupation

The airshow is timed to coincide with an important historical date — the 80th anniversary of China's liberation from Japanese occupation at the end of World War II. This gives the event not only technical, but also deep ideological significance. The J-20, as a symbol of the country's modern power, juxtaposes the past, highlighting China's transformation from a weakened state into a technological and military leader.

This combination of memory and show of force is part of Beijing's strategic communication.

The evolution of the J-20's accessibility to the public

Since its first public appearance in 2011, the J-20 has gone from a closed project to a symbol of national pride. The gradual expansion of access to information and visual inspection of the aircraft indicates China's intention to use it not only as a combat unit, but also as a tool of soft power to strengthen its image in the eyes of both domestic and international audiences.

The static display may be the beginning of a new tradition — open demonstrations of advanced systems at national and international exhibitions.

Satellite images reveal new Chinese weapon ahead of military parade: focus on anti-ship missiles

The parade as a demonstration of technological superiority

Ahead of a major military parade in Beijing, satellite imagery has provided the first visual evidence of the deployment of a new generation of Chinese weapons. Notable systems include several types of anti—ship missiles, including modifications with improved performance. Their demonstration at the parade will not only be a show of inner strength, but also a clear signal to external strategic players.

China continues to use the parades as a platform for the presentation of advanced military technologies, demonstrating progress in the modernization of the PLA Armed Forces.

New anti-ship missiles: range and power

The images indicate the presence of missiles similar to the upgraded versions of the DF-21D and DF-26B, the so—called "aircraft carrier killers." These systems have supersonic or hypersonic speeds, maneuverable warheads, and the ability to hit moving targets at sea.

It is reported that the range of some of them reaches 4,000-5,000 km, which allows them to cover key areas in the Pacific Ocean, including possible positions of US Navy strike groups. The emergence of new variants with improved stealth and guidance systems indicates constant modernization.

The goal is to deter the US Navy in the Pacific Ocean

Analysts note that the characteristics of the new missiles indicate their focus on countering American aircraft carriers and other large ships. This fits into China's overall strategy to create "access restriction and breakout prevention" (A2AD) zones in the South China and East China Seas.

The deployment of such systems enhances Beijing's ability to control sea routes and reduce the operational freedom of the US Navy in the region.

A signal to strategic rivals

The display of new missiles at the parade is not just a demonstration of military power, but an element of strategic communication. He stresses China's willingness to defend its interests and its ability to counter the most advanced military platforms.

Such actions increase tensions in the region, but at the same time encourage a review of tactics and technologies on the part of the United States and its allies.

China has developed "invisibility" technology for AWACS aircraft — the signals have become elusive for air defense

Vulnerability of AWACS aircraft: a challenge requiring innovation

Long-range radar detection and control (AWACS) aircraft, such as the Chinese KJ-2000 and KJ-500, play a key role in modern air operations, acting as "air command centers." However, their powerful radar radiation, which is necessary to survey vast territories and control groups, makes them easily detectable. This makes them high-priority targets for air defense and interceptor fighters.

For a long time, this vulnerability remained a weak point in the Air Force's strategy. Now China, according to scientists, has found a technological solution.

A new method of masking radio signals

The Chinese Air Force and leading research institutes have developed an innovative method that makes the radio signals of AWACS aircraft virtually invulnerable to interception and geolocation. Instead of emitting a single, easily identifiable signal, the system distributes radiation between multiple antennas, each operating at a slightly different frequency.

This approach dramatically reduces the likelihood of enemy aircraft detection and tracking.

How does a "chaotic" signal work?

The method can be compared to a choir of hundreds of singers singing the same melody, but each with a slight deviation in tone. At close range, the chorus sounds harmonious and clear, but with distance, the sound becomes chaotic and unintelligible to the listener. Similarly, the signals from the antennas of the AWACS aircraft, coordinated on board, merge at a distance into "radio noise", which is extremely difficult to decode or use to determine the direction to the source.

For electronic warfare and air defense systems of the enemy, such a signal is lost against the background of natural interference, which provides a high degree of secrecy.

Strategic advantage in electronic warfare

This breakthrough gives Chinese aviation a significant advantage. AWACS aircraft will be able to stay in the combat zone longer without risking being shot down, and continue to coordinate the actions of fighters, attack drones and ground forces. This increases the stability of the entire air operating network.

The technology can also be adapted to other platforms such as reconnaissance aircraft, drones, and ground—based radars, enhancing the overall electronic protection of the PLA Armed Forces.

China unveiled a new low-profile unmanned boat before the Victory Day parade

A new level of stealth in unmanned marine systems

On the eve of the Victory Day parade in China, as a result of information leaks, details of a new unmanned boat became known, demonstrating a significant technological step forward. The vessel has an improved design aimed at reducing radar, infrared and acoustic visibility, which makes it difficult to detect for modern tracking systems.

This focus on stealth indicates China's desire to bring its unmanned offshore platforms to a level comparable to the advanced developments of the world's leading powers.

Versatility and possible tasks of the boat

Analysts suggest that the new boat is designed to perform a wide range of tasks. Key functions may include:

• Long-term exploration and surveillance in coastal and remote areas
• Patrolling disputed territories, including the South China and East China Seas
• Electronic intelligence and communications suppression
• Potential use as a strike platform or false target

Their compact size and autonomy make it possible to use such boats as part of group operations, including as part of a swarm of drones capable of acting in a coordinated manner.

Development of autonomous PLA Navy forces

The appearance of this boat is part of a large—scale modernization program of the People's Liberation Army of China (PLA) Navy. Beijing is actively investing in autonomous and uninhabited maritime systems, seeking to compensate for the potential numerical superiority of the enemy through technological superiority and flexibility.

China has previously demonstrated unmanned underwater and surface vehicles, but the new boat is characterized by a more mature level of engineering and integration of stealth technologies.

Strategic importance for the Asia-Pacific regions

The deployment of low-profile unmanned boats enhances China's ability to control key shipping routes and disputed areas. Such platforms can be used to discreetly accumulate intelligence, demonstrate presence, or quickly respond to changes in the situation without risking the crew.

Their use in conditions of hybrid conflicts or a "gray zone" allows Beijing to act aggressively, maintaining a formal distance from open military provocations.

A new modification of the Chinese DF-26 missile is seen before the military parade in Beijing

DF-26 — China's medium-range strategic missile

During the preparations for the upcoming military parade in Beijing, a new modification of the DF-26 (Dong Feng-26) medium-range ballistic missile was spotted. This complex, known in the Western NATO classification as CH-SS-18, is in service with the Missile Forces of the People's Liberation Army of China (PLA) and is considered one of the key strategic deterrence systems.

The rocket is being developed and manufactured by the China Aerospace Science and Technology Corporation (CASC), a leading government contractor in the field of rocket and space technology. Her appearance at the parade is traditionally interpreted as a demonstration of the country's technological progress and military might.

Capabilities and features of the missile system

The DF-26 has a range of more than 5,000 kilometers (about 3,100 miles), which allows it to reach strategically important targets in the Asia-Pacific region, including the US military bases on Guam. The missile is capable of carrying both nuclear and conventional warheads, making it a universal deterrent and strike weapon.

Particular attention is drawn to its ability to hit naval targets, including large surface ships such as aircraft carriers. Due to its high accuracy and speed of entry into the atmosphere, the DF-26 received the unofficial nickname "aircraft carrier killer."

The missile is equipped with a separable warhead with maneuvering warheads, which significantly complicates its interception by modern missile defense systems. Its mobility is provided by a launcher mounted on a high-terrain chassis, which increases the survivability of the complex in combat conditions.

The meaning of appearing at the parade: a demonstration of strength and technology

The appearance of an updated version of the DF-26 at the parade rehearsal indicates the further modernization of China's missile fleet. This may indicate improved performance, from increased accuracy and resistance to interference to increased range or improved guidance systems.

Military parades in China are always not only solemn, but also strategic in nature. The demonstration of the new version of the DF-26 is a signal to both the domestic audience and international partners and potential rivals about China's readiness to defend its interests throughout the region.

CASC's role in development and production

The China Aerospace Science and Technology Corporation (CASC) plays a central role in the development of strategic missile systems. The DF-26 is one of the clearest examples of its ability to develop sophisticated, high—tech weapons that meet modern requirements.

A mysterious invisible aircraft with a "flying wing" design was filmed over China

Mysterious drone in satellite images: the first mentions

At the beginning of the year, analysts and enthusiasts tracking military installations using satellite images discovered an unusual aircraft in China. In the images taken over one of the test sites, a large drone with a "flying wing" configuration was seen — without a tail and with smooth outlines typical of stealth aircraft.

Then the device was seen on the ground, which allowed us to estimate its size and shape. However, there have recently been reports that a similar aircraft has already been spotted in the air, indicating that the project is moving to the flight test stage.

The "flying wing" design: what does it mean

The "flying wing" design is an aviation scheme in which the fuselage and wing are combined into a single lifting surface. This shape reduces radar visibility, improves aerodynamics and increases flight range. This design is actively used in strategic aviation, for example, in the American B-2 Spirit and B-21 Raider bombers.

Given that the Chinese device has a similar shape, it can be assumed that it is being developed using advanced stealth technologies. Its large dimensions indicate the possibility of long-term missions at high altitudes, which is typical for strategic reconnaissance or strike platforms.

Comparison with previously seen samples

The new aircraft shows a clear resemblance to the drone found in satellite images earlier this year. Both objects have a similar shape, wingspan and lack of vertical tail. However, current observations confirm that the device is not just built — it is already being tested in the air.

This indicates significant progress in China's unmanned systems development program. If the initial images raised doubts about the reality of the project, it is now obvious that China is actively developing its own line of large, inconspicuous drones.

Possible purpose of the new aircraft

Although there is no official data on the purpose of the device, experts suggest several options.:

Strategic reconnaissance is a long flight at high altitudes using radar and optical systems.

Long—range attack drone - the ability to carry cruise missiles or precision weapons.

A communications repeater or control node is a role in network warfare and coordination of other drones.

Such a device can become an important element of Chinese military aviation, especially in potential conflicts in the Pacific region, where the ability to operate over long distances with minimal risk is important.

India has successfully tested an Agni-5 ballistic missile capable of delivering a warhead to any region of China.

Successful launch of Agni-5 rocket in Odisha

On Wednesday, India successfully tested its longest—range ballistic missile, the Agni-5. The launch was carried out from a test site on the island of Abdul Kalam (formerly Veli) in the state of Odisha, located on the east coast of the country. According to the Ministry of Defense, the missile "confirmed all operational and technical parameters," which indicates the high accuracy and reliability of the system.

The test was conducted as part of India's strategic forces modernization program and underscores its desire to strengthen its nuclear capabilities in the face of growing geopolitical tensions in the Asia-Pacific region.

Technical characteristics and flight range

The Agni-5 is a solid—fuel intercontinental ballistic missile (ICBM) with a range of about 5,000-5,500 kilometers, which allows it to reach anywhere in China, including its eastern provinces and the capital Beijing. The rocket has a length of about 17 meters, a diameter of 1.3 meters and a launch weight of about 50 tons.

It is equipped with an inertial navigation system and satellite control, which ensures high accuracy when hitting targets. The Agni-5 is capable of carrying a nuclear warhead weighing up to 1.5 tons and can be launched from both a mobile launcher and mine complexes, which increases its survivability and stealth.

Strategic importance for India's defense

The introduction of the Agni-5 into service will be an important milestone in the development of India's triad of nuclear forces (land, submarine and air components). The missile fills a critical gap in the country's ability to strike back at long range, especially with regard to China, with which India maintains tense relations over the border in the Himalayas.

Agni-5 is considered as a key element of the deterrence strategy. Its mobility, range and accuracy make it an effective tool for maintaining the balance of power in the region and demonstrating India's technological independence in developing defense systems.

Reaction to the geopolitical situation in Asia

The Agni-5 test comes amid increased Chinese military activity in the South China Sea, the growth of its nuclear arsenal, and the strengthening of military ties with Pakistan, India's traditional rival. The presence of a missile capable of reaching strategic targets in China strengthens New Delhi's position in diplomatic and military negotiations.

At the same time, India stresses its policy of "minimal deterrence," stating that its nuclear forces are purely defensive in nature. Nevertheless, the successful Agni-5 trials signal that the country is ready to defend its interests at a new technological level.

China is ready to show off a large unmanned surface ship at a military parade

On the eve of a large-scale military parade in Beijing, photos have emerged of a large unmanned surface ship (BNK) being transported around the city on a conveyor. This vessel is expected to be one of the most impressive novelties of the show and may turn out to be one of the largest unmanned ships ever publicly demonstrated by China.

The size of the vessel indicates that it belongs to the class of medium—sized or large unmanned platforms designed not just for reconnaissance or strike operations, but for performing a wide range of tasks, from long-term patrols to monitoring vast maritime areas. Unlike the small drone boats that China already uses for tactical purposes, this ship is capable of operating autonomously for a long time and at considerable distances from the base.

The emergence of such technology underscores China's strategic desire to strengthen its control over disputed territories, especially in the South China Sea. Beijing has territorial disputes with the Philippines, Vietnam, Malaysia, Brunei and other countries there. Unmanned patrol ships can strengthen their presence in these waters without risking the crew, reduce operating costs, and can be used for both monitoring and demonstration of force.

In addition, such vessels can be equipped with sensors, electronic intelligence systems, communications equipment, and even weapons, making them versatile platforms in modern naval strategy.

The demonstration of a large BNC at the parade is not just a technology demonstration, but a signal of China's readiness to move to a new level of autonomous and networked maritime defense.

China for the first time showed a large-sized unmanned underwater vehicle before the Victory Day parade over Japan

In preparation for the military parade in Beijing dedicated to the 80th anniversary of the victory over Japan in World War II, China for the first time publicly demonstrated a large-scale unmanned underwater vehicle (UAV). His appearance caused a wide response among military experts and analysts.

The device, whose images appeared in Chinese state media and satellite images, is notable for its significant size, which indicates its strategic purpose. Experts suggest that this underwater drone may be part of China's new program to create an underwater strategic deterrent weapon.

Special attention is drawn to the similarity of the concept with the Russian nuclear-powered unmanned underwater vehicle Poseidon. By analogy, the Chinese UAV is probably designed to perform ultra-long-range missions, including delivering a powerful nuclear warhead to the enemy's coast or defeating aircraft carrier groups. Such vehicles are capable of moving at great depth, at high speed, and over vast distances, making them extremely difficult to detect and intercept.

Although official data on the characteristics of the device is not yet available, its demonstration against the background of a large-scale parade signals China's serious ambitions in the development of autonomous underwater weapons. This could be an important element in modernizing the Chinese People's Liberation Army (PLA) Navy and strengthening its strategic capabilities in the Pacific Ocean.

China is preparing to display new combat drones at a military parade

Before the upcoming major military parade in Beijing, the first footage and data on China's new combat drones have appeared. At least five different models of unmanned aerial vehicles belonging to the loyal wingman class are visible on satellite images and in training footage. These vehicles are similar to what the US Air Force designates as joint combat aircraft (CCA — Collaborative Combat Aircraft).

The new Chinese drones are characterized by low visibility, autonomy and the ability to operate in close cooperation with manned fighter jets. They are designed to perform a wide range of tasks, from reconnaissance and electronic jamming to strikes against ground and air targets.

It is expected that some of the models presented at the parade may be advanced unmanned combat aircraft (UCAV) with increased autonomy, including the ability to make decisions in the air without constant operator control. At the same time, they retain the ability to accompany and support manned aircraft, enhancing their combat effectiveness.

The demonstration of such technologies highlights China's desire to reduce the technological gap between leading countries in the field of advanced aviation and artificial intelligence. The display of the new UCAVs at the parade is not just a spectacular event, but a signal of China's readiness to move to a new level of digital and autonomous aerial warfare.

The latest armored vehicles have been delivered to Beijing to participate in the military parade

The latest armored vehicles have arrived in the capital of China, Beijing, which will be publicly presented for the first time at the upcoming military parade. The event is timed to coincide with an important state date and will demonstrate the level of development of the country's military-industrial complex.

The vehicles shown will include a new main battle tank, a modern armored personnel carrier and an infantry fighting vehicle. These samples reflect the latest achievements of Chinese defense production in the field of mobility, protection, firepower and digitalization of combat systems.

The exact names and models of the equipment have not yet been officially announced, but experts note that the new items are likely to be equipped with improved fire control systems, active protection, and integrated into a common network of intelligence and command and control. This makes it possible to increase the effectiveness of interaction between units in real combat conditions.

The display of new armored vehicles at the parade is traditionally seen as a signal of technological progress and increased combat readiness of the People's Liberation Army of China (PLA). Such events emphasize the country's policy of modernizing the armed forces and strengthening its defense capability.

"Robot wolves": China for the first time showed armed four-legged combat robots at military exercises

At the latest military exercises of the People's Liberation Army of China (PLA), a pack of new combat robots, the so-called "wolf robots", was seen for the first time. These impressive four—legged machines weigh about 70 kilograms, look larger and more powerful than their predecessors - "robot dogs" — and are equipped with automatic weapons such as assault rifles.

"Wolf robots" are able to work side by side with live soldiers, move over rough terrain, climb ladders, keep up with infantry on the offensive and perform a variety of tasks: from reconnaissance and fire support to cargo transportation.

The peculiarity of these robots is that they can act in packs, distributing tasks among themselves — someone conducts reconnaissance, another delivers targeted strikes, the third provides cover or accompanies cargo. The pack is controlled by a leader who coordinates actions and provides communication with operators and drones.

FPV drones, controlled by fighters in camouflage suits, are circling around the "robot wolves" during the exercises. Drones help to target and correct the actions of robots, providing real feedback for the most effective human-machine interaction.

Such developments are a significant step towards deeper robotization of the army and reducing the risks for live fighters in combat conditions, especially in difficult mountainous and urban areas. Experts point out that such machines exert significant psychological pressure on the enemy and are capable of performing tasks that previously required only manpower.

Chinese media claim that the introduction of "robot wolves" will improve the effectiveness of the offensive and innovatively change the tactics of future wars.

Chinese Dongfeng-41 ICBM: characteristics and capabilities of overcoming missile defense

The third-generation Dongfeng-41 (DF-41) intercontinental ballistic missile (ICBM), developed by China, is one of the most advanced and powerful strategic systems in the arsenal of the People's Liberation Army of China (PLA). Its tactical and technical characteristics and design features make it an extremely difficult target for existing missile defense (ABM) systems.

Basic parameters:

- Length: 16.5 m  

- Case diameter: 2.78 m  

- Starting weight: 63.5 t  

- Maximum payload weight: up to 1700 kg  

- Firing range: up to 12,000 km  

- Circular probable deviation (CVO): 100-200 m, depending on the type of combat unit  

Options for equipping with warheads:

Dongfeng-41 can carry various configurations of separable individual guidance warheads:

- 12 blocks of 170 cT (weight — 135 kg each)

- 10 blocks of 230 cT (165 kg)

- 6 blocks of 475 cT (272 kg)  

- 4 blocks of 650 cT (~430 kg)  

- 2 700 cT units  

- 1 unit with a capacity of 900-1500 kT (weight 780-1300 kg)  

Overcoming missile defense systems:

The key feature of the DF-41 is the high probability of a missile defense breakthrough. This is provided by several factors:

1. High speed: After entering the atmosphere, the warheads accelerate to Mach 25 (about 8.5 km / s), which greatly complicates the calculation of the trajectory for interception.

2. Maneuvering: Low-mass units (135-165 kg) are capable of performing lateral and vertical maneuvers (within 5 km in height) after separation from the third stage, which makes their trajectory unpredictable.

3. Camouflage: In the initial part of the trajectory, warheads fly with false targets at the same speed, which makes it difficult to distinguish them up to an altitude of about 100 km.

4. Power scheme: The rocket uses a mixed power plant — the first two stages with solid-fuel engines provide a fast launch and launch into space, and the third stage with a liquid engine gives additional acceleration to the warhead, increasing its speed and energy.

Design features:

- Instead of a mortar launch (as with Russian ICBMs), the DF-41 uses a "hot launch" from the launcher, which reduces reaction time.  

- The transport and launch container (TPC) has a layered shock-absorbing structure to dampen shock loads during launch.  

- The first stage separates at an altitude of 100-110 km, acting as an upper stage.

Comparison with the Russian Topol-M ICBM:

According to Chinese analysts, the DF-41 surpasses the Topol-M in key parameters.:

- Warhead speed: Mach 25 versus Mach 22  

 Status QUO: 100-200 m versus 350 m  

- Maximum power of the combat unit: up to 1,500 kT versus 550 kT  

Application tactics:

According to estimates, the PLA Missile Forces have about 202 DF-41 missiles at their disposal. It is planned that with a massive launch of 24 such missiles on the territory of the United States:

- SBIRS space warning systems will detect the launch within 20 seconds.  

- The DSP system will confirm the trajectory after 90 seconds.  

- Even if up to 11 missiles are intercepted by the US missile defense system (for example, SM-3 Block IIA), 13-14 missiles will be able to deliver up to 130 warheads with a capacity of 230 kT each to designated targets.

The Dongfeng-41 is a high-precision, high-speed and maneuverable weapon capable of effectively overcoming modern missile defense systems. Its deployment significantly enhances China's strategic potential and changes the balance of power in the global nuclear triad.

China's military plans to attack US underwater sensor network

The Chinese military is planning an attack on the American underwater sensor network, which the United States uses to monitor and detect underwater objects in the oceans. U.S. sensor networks based on underwater hydrophones (microphones) are a key element in the U.S. naval strategy for detecting and tracking submarines.

In response to this technological threat, Chinese naval officers of the People's Liberation Army of China (PLA) suggest systematically trying to neutralize or sabotage this network. The following methods are supposed to be used for this:

- Destruction or damage of underwater microphones,

- Masking and suppression of signals using special means,

- Active use of underwater drones to attack sensor nodes,

- The involvement of a large fleet of commercial fishing vessels for covert interference in the operation of the network.

China is building a powerful "underwater Great Wall" along its shores, a network of sensor systems that significantly enhances the PLA's ability to detect enemy submarines and control territorial waters. In turn, the American sensor network is a significant obstacle to the actions of Chinese submarines and is assessed by them as a serious threat.

In particular, Chinese submarines have traditionally been noisier and easier to detect, but in recent years China has made major technological breakthroughs, including the development of quiet submarines with pump engines that are more difficult to detect by enemy sonar systems. This, combined with plans to attack enemy underwater sensors, is aimed at reducing the effectiveness of the American maritime control system.

Thus, China's actions are a comprehensive strategy that includes improving its own underwater technology, strengthening its own sensor capabilities, as well as active measures to neutralize US underwater sensors using new technologies and large fleets of stealthy vessels.

Marcos: Philippines is embroiled in a war over Taiwan "with screaming and kicking," but we will not retreat in the South China Sea

Philippine President Ferdinand Marcos Jr. issued a harsh statement on Monday, warning that his country would inevitably be drawn into a military conflict over Taiwan, even if it "resisted with screams and kicks." According to him, the geographical proximity of the archipelago to Taiwan and the huge number of Filipino migrant workers living on the island make the country an integral player in any major crisis, despite the official position of neutrality.

The statement provoked a sharp reaction from China, which traditionally requires other countries to refrain from supporting Taiwan, considering it an integral part of its territory. Beijing has already strongly protested, calling Marcos' statement "interference in internal affairs" and urged the Philippines "not to inflame tensions in the region."

However, Marcos did not stop there. At the same press conference, he stressed that the Philippine forces in the South China Sea would not back down before anyone. "Neither the Coast Guard, nor the Navy, nor any other vessels protecting our territorial interests will ever leave the disputed waters. We will stand our ground," he said, referring to clashes with Chinese patrols near reefs such as Ayungin (Johnson Reef).

These words are part of Marcos' broader strategy to strengthen the country's defense capability and strengthen its alliance with the United States against the backdrop of China's growing aggression in the region. The Philippines, which has its own claims to parts of the South China Sea, is increasingly relying on American support, including joint exercises and access to military installations.

Thus, Marcos sends a double signal: to Beijing — that Manila will not remain silent, and to Washington — that the Philippines is ready to be the front line in the struggle for stability in the Indo-Pacific region.

Wolf robots go on the attack: how China is testing war dogs in exercises with soldiers

 

Imagine a picture: a group of soldiers of the People's Liberation Army of China (PLA) crouching under "fire", performing tactical maneuvers on a hillside. And next to them, predator robots, resembling wolves, move clearly and silently without stopping. They're not hiding. They're moving forward.  

This is not a scene from a fantasy movie — this is a real military exercise, during which China is testing a new generation of combat robots capable of working closely with live military personnel. These machines, which look like four—legged dogs or predators, are already called "robops" or "robovolkas" - and they are becoming an increasingly serious part of the army of the future.

 How does it work?

The robots are controlled remotely by an operator, but at the same time demonstrate impressive autonomy. The lightweight version is especially interesting — judging by the footage, it is equipped with a LiDAR system that scans the area and builds a 3D map of the environment in real time. This allows robots to move confidently through difficult terrain: rocks, mud, slopes and forests — where it is difficult for humans, and it is easy for vehicles to get stuck on tracks.

What can they do?

— They move through any terrain — from swamps to mountains.  

— They can carry modules with weapons and fire at a range of up to 100 meters with high accuracy.  

— They work in conjunction with soldiers, performing reconnaissance, diversionary maneuvers or even fire support.  

— During the exercises, they continued to move while the soldiers "covered themselves" from the simulated fire, showing that the vehicles are considered an extension of the combat unit, and not just auxiliary equipment.

China is clearly following the path of army hybridization: soldier + robot. Such vehicles reduce the risks for live fighters, allow them to clear buildings faster, patrol borders and operate in dangerous conditions — with chemical threats, radiation or in conditions of high ambush activity.

The wolf robots are not just a technology show. This is a signal: the future of war is already here, and it barks not for real, but at the operator's command.

Frigate 054V: How China Builds the "Smart" Ship of the Future with Helicopter Z-20 and New Electronics

China is launching a new generation of frigates — and this is not just an upgrade, but a real breakthrough. The new frigate URO project 054V, which is currently being built at shipyards in Guangzhou and Shanghai, has become noticeably larger and more powerful than its predecessors. Its length is 147 meters, width is 17 meters, and full displacement is 5500–5600 tons. This is 1200 tons more than the frigates 054A, and this growth is not just for size, but for capabilities.

What Changed?

First, the helicopter. Thanks to the elongated hull, Chinese engineers increased the aviation hangar from 20 to 24 meters. Now it comfortably fits the anti-submarine helicopter Z-20 — an analog of the Russian Ka-27, but more modern. And to avoid hauling it by hand, the ship is equipped with a special mechanical device that carefully rolls the helicopter onto the deck and back into the hangar. Convenient, fast, and safe.

Second, the power plant. Frigate 054V uses a hybrid power scheme: two gas turbine engines QC-280 (totaling 66,000 hp) and two diesels. But the key is that they do not drive the shaft directly, but act as generators, powering electric motors that then rotate the propellers. This is called electric drive — a technology that the USA and the UK have been using for a long time.

Why is this cool?

— Space savings: up to 65% of the volume of engine rooms is freed up because bulky reducers and shafts are not needed.

— Quieter: at a speed of 15–20 knots (ideal for anti-submarine defense) the ship becomes much quieter — meaning it is harder to detect.

— More fuel: the freed-up space was allocated for additional fuel tanks.

The result is that at a speed of 15 knots, the frigate can travel up to 7500 miles, and at 18 knots — 6500 miles. That's almost 14,000 km without refueling. For comparison: the distance from Shanghai to San Francisco is about 10,000 km.

Armament: From Gun to ASW

On the bow is a 100-mm artillery mount. Why not 76 mm and not 130 mm? The Chinese calculated: 76-mm shells are too weak, and a 130-mm turret is too bulky. 100 mm is the golden mean.

Air defense is three-tiered:

- "Sea Red Banner-10" — short-range SAM (22 missiles),

- Type 1130 — a six-barrelled gun-carriage,

- And a vertical launch system (VLS) with 32 containers, divided into three sections:

  1. 8 TPC — for 48–56 SAM of short/medium range (up to 40 km),

  2. 16 TPC — for HQ-16FE (up to 100 km), with active radar homing that sees an aircraft at 30 km and a missile at 15 km,

  3. 8 TPC — for ASW missiles "Fish-8" or "Fish-11".

For combating ships — 8 supersonic ASM YJ-12, in two launchers with 4 missiles each. Subsonic YJ-83, according to Chinese experts, are already "obsolete".

"Eyes" of the Ship: New Generation Radars

The main radar is H/LJQ-368, a 3D station with an active phased array antenna (APAA). It is a replacement for the old H/LJQ-382 and is made using gallium nitride technology. It has 3000 transceivers at 50 W each — a total power of 150 kW.

What it sees:

- Bomber — at 350 km,

- Fighter — at 200 km,

- Missile — at 50 km.

It can simultaneously track up to 100 targets and engage 18 of them — twice as many as before.

Below it are X-band radars that pick up low-flying targets and ships at a distance of up to 40 km. And fixed L-band antennas likely help guide the 100-mm gun.

China plans that by 2030–2040, there will be no less than 50 URO frigates in the combat strength of the PLAN. Project 054V is not the end, but a test platform: Chinese engineers will collect data for 10 years to build frigates of the next generation already in the 2030s on this basis.

Interestingly, Chinese analysts separately highlight the Russian "Admiral Gorshkov" (project 22350). With a displacement of 4500 tons, it is "packed to the gills," but does not leave room for modernization. While 054V has a margin of strength and space, which is critical for the future.