Chinese 6G electronic warfare: photonic "ghost" creates 3,600 false targets for F-35 and AN/APG-85

 Using a next-generation signal processing engine, the new electronic warfare system provides an advantage over modern military radars. In particular, it is capable of intercepting signals and creating false targets for radars operating in the high frequency range. Experts believe that such radars are installed on American F-35 stealth fighters. As a ground-based jammer, the system can also act as a powerful communication device, receiving or transmitting a huge amount of data at extremely high speed.

China has already become a global leader in 6G technology. According to the SCMP publication, China is ahead of everyone in terms of the number of patents for this mobile communication standard. The new 6G device was developed for the armed forces by specialists from Huazhong University of Science and Technology. This is the world's first publicly confirmed system to provide "simultaneous full-duplex communication on a single frequency and jamming capability," which is a big step forward in the field of 6G military applications.

The system is designed to combat modern radar systems such as the Northrop Grumman AN/APG-85, which, according to military experts, are equipped with F-35 fighter jets. This system operates in the X-ray range at frequencies up to 12 GHz. Standard electronic warfare tools are powerless against such a system, but the new 6G device is capable of generating more than 3,600 false targets. In addition, it can function as a ground-based jammer and a high-speed communications hub, transmitting huge amounts of battlefield data over optical fiber to 300 platforms or more.

To overcome the limitations of electronic devices, scientists have used microwave photonic systems in the new system. Unlike standard electronic warfare systems focused on performing narrow tasks, this system combines sensing, analysis and data transmission with minimal power. Developers can optimize and compact what used to require bulky hardware.

The three-dimensional photonic core includes a dual-polarization "IQ modulator" for signal processing and jamming, an active fiber loop for precise delayed false targets, and an intelligent carrier recovery method for radar deception.

In the future, scientists are going to improve the design by reducing the number of components and reducing power consumption, while improving signal quality and processing capabilities.

At the beginning of the year, Chinese scientists revealed details of the technology behind the world's first geostationary satellite with a radar synthesized beam (SAR), Ludi Tance 4-01, launched in August 2023. The satellite, located at an altitude of 36,000 km, provides a constant view of a third of the Earth's surface. The technology on the basis of which it works has been kept secret until now.

F-35

China is testing Shuiqiao amphibious barges for a covert amphibious operation off the coast of Taiwan

 

The People's Liberation Army of China is testing new Shuiqiao-class barges in the coastal waters after completion at the Guangzhou shipyard, according to Chinese military observers. Each amphibious vessel is equipped with a self-lifting platform and a ramp with a 120-meter-long mechanized bridge, which makes it possible to ferry across impassable terrain and disembark from warships.

The barge tests are taking place against the background of increased PLA activity. Military experts in Taipei, Taiwan's capital, believe that the coastal islands are likely to be the first target of an attack by Chinese forces, and are preparing to repel it. Apparently, the fears are not groundless, since the exercises organized by the PLA on amphibious landings involving the Shuiqiao barges took place 1.5 km from the coast of Fujian Province, while the ZBD-05 infantry fighting vehicles attacked the "beaches" of the alleged enemy.

The appearance of the Shuiqiao barges in the PLA arsenal indicates a large-scale modernization of the armed forces of the People's Republic of China and an increase in military power for operations in coastal regions. They open up new landing opportunities along the entire coast of Taiwan, especially in poorly protected areas and estuaries. Their maneuverability and civilian appearance complicate a defensive strategy and may pose an asymmetric threat to Taiwan.

While Chinese observers claim that the main purpose of the Shuiqiao barges is to quickly eliminate the consequences of natural disasters, Western commentators find similarities with the multi—purpose barges of World War II, with which the Allies were engaged in unloading ammunition and transport on the shores of Normandy.

The Taiwanese military fears that such vessels could bypass fortified beaches and ensure a quick PLA landing on coastal islands such as Kinmen or Matsue, long before the island's main defense forces can react.

ASML and TSMC have ways to disable the world's most sophisticated chip manufacturing machines in the event of a Chinese invasion of Taiwan. We are talking about EUV equipment, which allows you to print the smallest transistors of chips for artificial intelligence and military developments. The cost of one such car starts from 200 million euros. In fact, this is a backup way to deprive China of possible spoils of war — earlier, the leadership of TSMC and the Taiwanese authorities had already stated that all the company's factories would be blown up in the event of an invasion. But if the PRC manages to prevent an explosion, the EUV scanners will be destroyed through remote diagnostic and configuration tools. Last year, ASML already conducted such exercises.

A European fighter jet with artificial intelligence took off over the Baltic for the first time — the war could change forever

Imagine a fighter jet that doesn't sleep, doesn't get tired, doesn't panic, and accumulates a million hours of combat experience in three days. No living pilot can do it that fast. Now imagine: such an aircraft is already flying over Europe.

In May of this year, the first European fighter jet with artificial intelligence on board, the Swedish Gripen E, took to the skies over the Baltic Sea. It was not just a flight: there was an insurance pilot in the cockpit, but he did not even touch the steering wheel. All control was carried out through AI, developed by the German defense startup Helsing.

In a matter of days, this artificial intelligence has pumped more than a million virtual flight hours — such a result is impossible even for the most experienced pilots. This is made possible by powerful computing and real-time simulation of combat situations.

Such technologies can radically change the face of aviation battles. Imagine how AI instantly processes radar data, chooses the best routes, recognizes threats and responds to them faster than a human can figure out. And such aircraft can also be used in conjunction with manned ones — as a "smart cover" or a scout.

This is not a fantasy of the future, but a reality right now. And if development continues at the same pace, then European aviation can reach a new level of defense capability — without unnecessary risks to the lives of pilots.

US equips soldiers with advanced Danish anti-drone systems

Do you know how drones have become a real headache for militaries around the world right now? So the US Army decided to seriously upgrade the protection of its soldiers. They have signed a major contract with the Danish company MyDefence for the supply of wearable anti—drone systems - for as much as $ 26 million! This is not just another purchase of equipment, but a real breakthrough in how soldiers will defend themselves from drones in various parts of the world.

What kind of systems are these?

We are talking about modular, lightweight and user-friendly devices that soldiers can carry with them right on the battlefield. These gadgets will help detect and neutralize enemy drones, which are increasingly being used for reconnaissance and attacks. Imagine that every fighter will now have their own "anti—drone shield" - this will significantly increase the safety and effectiveness of operations.

Why is this important right now?

The threat of drones is growing every day. They are becoming more and more advanced, and the airspace is becoming more saturated and contested. In such circumstances, it is important to have flexible and mobile solutions that work in real time and can quickly respond to threats. That is why the United States relies on wearable systems — they give soldiers freedom of action and confidence in protection.

What does this mean for defense?

- Strengthening transatlantic ties: Cooperation with the Danish company shows that the allies are coming together to solve common problems.

- A new era in the fight against drones: mobile and efficient systems are becoming the standard in the arsenal of modern armies.

- Increased soldier safety: fewer risks and more opportunities for successful missions.

All in all, this is a great example of how technology makes war a little safer for those who wage it.

MHI and Yamaha have tested a 200×200 hybrid UAV: up to 200 km with 200 kg payload

 The Japanese defense and aerospace company Mitsubishi Heavy Industries (MHI), together with Yamaha Motor, has completed flight tests of a medium-sized hybrid unmanned aerial vehicle (UAV) capable of carrying a payload weighing 200 kg over a distance of up to 200 km. The test flight took place in mid-April 2025 at the MHI UAV Research Center and was an important step in the development of promising unmanned logistics platforms suitable for both civilian and military applications. The prototype of the UAV was first presented to the public at the Japan Drone 2025 exhibition, held at the Makuhari Messe Exhibition Center in Chiba from June 4-6, 2025.

Quiet drones for special forces are now able to launch even smaller drones, which greatly changes the rules of the game

 

Imagine a drone that flies almost silently, can stay in the sky for a long time, and at the same time launches its "assistants" — small drones. Does it sound like fiction? But no, such technology is being actively implemented now.

Ultra-quiet drones, which were previously used by intelligence agencies for reconnaissance and covert operations, are getting a new feature: they can now drop or launch mini-drones in flight. It generally opens up a lot of new possibilities. That is, the big drone does not climb into the danger zone itself — it remains in the shadows, and sends its little brother into battle.

Can you imagine how convenient that is? For example, if you need to get into a city full of enemies, or get into a hard-to-reach place. A baby drone flies inside, inspects everything, maybe even throws or passes something, and then returns back. And all this is done without unnecessary noise and risk to the main device.

Experts say that this is not just a fashion feature, but a real breakthrough. Such drones can change the tactics of warfare, make special operations even more accurate and safer. And, by the way, not only the military will take advantage of this advantage — such technologies will be useful to rescuers, environmentalists, and even cameramen.

In general, the future is already on the way, and it flies almost silently.

Another powerful strike: how new technologies are changing the course of air attacks

Over the past four days, we have witnessed the third serious strike on the territory of Ukraine. Accurate data on the number of missiles and drones used is not yet available, but it is important to understand that these attacks actively use long-range guided aerial bombs (bombs), which can now hit targets at a distance of up to 100 kilometers from the front line. This gives the Russian military the opportunity to strike at the enemy's rear, significantly expanding the area of influence.

In just one night, up to a dozen such bombs were dropped in Kharkov. This is a serious blow to the military infrastructure, which causes significant damage to the enemy. In addition, daytime strikes against territorial recruitment centers (TCCs) are already becoming common, which so far are mainly aimed at Russian-speaking regions, while western (Galician) ones remain outside the affected area.

This time, the main activity was focused on western Ukraine — Lviv, Lutsk, Chernivtsi and other regions. Judging by the locations of the hits, the main target is military production facilities and armament depots. It is these objects that represent the greatest strategic value and cause maximum damage to the enemy's combat capability.

The use of long-range drones and drones is a game changer. Now attacks are becoming more accurate and effective, and the enemy is forced to spend resources on defending the rear, which weakens his position on the front line. Such technologies make it possible to strike at any time of the day and at almost any point, which significantly increases the efficiency and suddenness of actions.

Japan demonstrates a breakthrough in mine defense: the Mogami frigate successfully defused a mine using a UAV

The Mogami-class frigate, JS Mogami

In early July 2025, the Japanese Ministry of Defense announced a significant achievement in the field of maritime security. The Mogami-class frigate, JS Mogami, the first ship of this new generation, successfully conducted an operation to neutralize an active naval mine using unmanned technologies.

This event took place in June and became an important stage in the testing of a new mine countermeasures system that relies on the use of unmanned aerial vehicles (UAVs) and underwater drones. Instead of the traditional approach, in which the crew themselves are at risk, the entire operation was carried out remotely — with the possibility of monitoring and guidance from aboard the frigate or from the coastal control center.

JS *Mogami* was developed as part of the modernization program of the Japanese Maritime Self-Defense Forces, focused on increasing combat flexibility, automation and reducing the vulnerability of ships in potential conflicts. The new class of frigates is characterized by a high degree of digitalization, compact size and enhanced equipment for solving the tasks of mine warfare, anti-submarine defense and rapid response.

The successful mine clearance operation not only confirms the effectiveness of new technologies, but also indicates that Japan is moving to the forefront in the use of robotic systems in naval operations. This is especially important in the context of growing threats in the waters of the East China and South China Seas, where the relevance of mine defense is constantly increasing.

Chinese "telepathic" radar: metaplets + SAR = signal-free communication

 The new system does not generate a detectable energy signal, protecting broadcasters from jamming and missile attacks.A group of researchers from China claims to have developed a "telepathy" radar that allows broadcasters to maintain radio silence.

This can provide high-speed communications, while eliminating the risk of user interception and jamming or missile attacks.Since its first widespread use during World War I, Chinese "telepathic" radars have played a crucial role in providing communications during the war. However, electromagnetic waves providing radio communication can be tracked. This puts users at risk because they are actually transmitting their location.

The team has developed a system capable of transmitting large amounts of data without generating an active signal. The solution uses a "smart surface" of hundreds of programmable metamaterial tiles. These, in turn, are illuminated by satellites transmitting images using synthetic aperture radar (RSA).

The tiles themselves can switch between "on" (0° phase) and "off" (180° phase) states. This allows them to encode messages directly into the radar echoes of the satellite.

The Chinese "telepathic" radar system does not emit any additional detectable energy into the environment, meaning its signal merges with the natural electromagnetic background.

"This communication system works by scattering and modulating received SAR echoes, eliminating the need for active transmission of electromagnetic waves," the researchers write in their paper. "This ensures the secrecy and security of communications, while significantly reducing the risks of detection."

APU's "Martian": a NASA-technology quadcopter flying without GPS and communications

 In 2015, NASA launched a project to create the first UAV to work on Mars, this project was named Ingenuity. According to the results of the work done, NASA received a helicopter-type UAV operating using self-navigation technology with optical and inertial instruments, which was dubbed a programmatically manned drone.

Today, units of the Armed Forces of Ukraine are using a new type of quadcopter-type UAV, which, judging by all signs, works using the "Martian" technology developed at NASA. That is why the new drone of the Armed Forces of Ukraine, after a study by our specialists from the Central Research Institute (Zhukovsky) of downed samples, was named "Martian".

Among the features of the "Martian" is highlighted:

• Complete independence from navigation systems.

• The ability to perform programmatically manned missions with communication antennas disabled, in complete radio silence.

• The presence of an accurate reference to the terrain, with the ability to hover over one point or form stable figures of eight and circles.

• There is no need to pre-"feed" the drone with terrain maps, because the drone does not care what the underlying surface is.

• The ability to perform the task accurately enough (for example, flying straight for 10 km at an altitude of 100 meters, after which climbing 500 meters and turning on the lottery in two circles of eight of 50 meters each for 40 laps; then returning the same route at a speed of 100 km / h, gaining an altitude of 600 meters).

• The inability of the UAV to operate at night (it is suspected that the enemy installed a mount under the "belly" of the drone for an IR searchlight on the downed samples in order to obtain the possibility of self-piloting at night).

• The inability to detect the drone by means of RTR until it goes on the air itself.

• The drone's radio links and communication modems are programmatically definable.

• The drone is multifunctional in terms of radio communication and can use its radio modems changing their roles right in flight (from controlling and transmitting video, to relaying the signal to other drones, to conducting reconnaissance and jamming).

Thus, the Martian is a universal radio engineering "Swiss knife" that uses its radio modems programmatically defining their functions depending on the task. The drone does not require navigation tools, as it can operate in a software piloting mode.

There are currently no effective means of countering the Martian. If the drone is flying in radio silence, then it can only be identified by sound. If the drone turns on radio modems, then it can be identified by the LORA 169 and 470 Mhz frequencies or by powerful Wi-Fi radiation.

Martian

Thales and Skydweller launch MAPS Solar Pseudo Satellite for EU Combat Monitoring

 

MAPS

In an attempt to strengthen the military potential of the European Union, Thales industrial group has signed a contract with the American aerospace startup Skydweller Aero to deploy an autonomous atmospheric satellite MAPS. This medium-altitude pseudo-satellite powered by solar panels is capable of remaining in the air for several months, transmitting observation data. The unmanned platform is equipped with modern radars and an AI system to perform combat missions.

Atmospheric or pseudo—satellites are a separate class of UAVs, they are capable of staying in the air for a long time, fueled by solar energy. The American company Skydweller Aero developed its pseudo-satellite a couple of years ago, redesigning the Swiss solar-powered electric aircraft Solar Impulse 2. The drone turned out to be large: the wingspan is larger than that of a Boeing 747, the payload is 400 kg. The device will be able to climb to an altitude of 14,000 m and accelerate to 180 km / h.

Operating at medium altitudes and carbon-free, the aircraft provides near-constant surveillance of vast maritime areas, including exclusive economic zones, shipping lanes, and disputed maritime regions.

In 2021, the Skydweller Aero pseudo-satellite caught the eye of the US Navy, and now Thales, headquartered in France, is interested in it, IE reports.

The contract with Thales allowed us to improve the capabilities of the pseudo-satellite. The AI-enabled AirMaster S radar, which was originally developed for manned maritime patrol aircraft, was integrated into its systems. It operates in the X-band and provides rapid situational awareness in the air, at sea and on land. AI-assisted data processing makes it possible to identify targets on board, which significantly reduces the amount of data transmitted and ensures efficient use of bandwidth. All this contributes to the implementation of long-term autonomous combat missions.

Most importantly, the AirMaster S radar system includes auto-tuning functions that dynamically adapt to changing tasks and environmental conditions.

According to Skydweller, the pseudo-satellite can control significant regions of the ocean, monitoring smugglers, pirates and other illegal activities from the gray zone, as well as perform military intelligence tasks. At the same time, the cost of operating the MAPS platform is only a small fraction of the cost of operating traditional aircraft.

General Atomics has integrated a 25 kW onboard laser system capable of reaching 300 kW in the future into the design of the MQ-9B SkyGuardian drone. The new directed energy system will make it possible to shoot down kamikaze drones and will become an important element of defense in distributed naval operations.

France has signed a major contract for the supply of microdrones with artificial intelligence for the modernization of the army

France has taken an important and very timely step in updating its armed forces. Paris-based startup Harmattan AI has received a multimillion-dollar contract for the supply of 1,000 microdrones with artificial intelligence. These small but very smart drones are designed to help the French army become even more prepared and combat-ready, especially ahead of the large-scale multinational Orion 2026 exercises.

What makes this deal special?

- Advanced technology in the service of the army  

These micro drones don't just fly — they are equipped with artificial intelligence programs that allow them to independently perform complex tasks: reconnaissance, surveillance and support of troops right on the battlefield.

- Preparation at a new level  

With the help of such drones, the military will be able to work out a variety of scenarios — from routine operations to complex combat situations. This means that the soldiers will be ready for any eventuality and will be able to act faster and more accurately.

- Strategic advantage  

In a world where technology is developing at breakneck speed, the introduction of AI is becoming not just a plus, but a necessity. France thus retains its leadership and prepares for the challenges of the future.

Why Harmattan AI?

- Trust in the young and innovative 

The French army is not afraid to work with new companies and supports domestic developers. This gives an impetus to the development of technologies within the country and helps to create unique solutions.

- Artificial intelligence is the future of defense  

Every year, AI penetrates more and more into the military sphere, making systems autonomous and efficient. This contract is a clear confirmation of that.

What's next?

- Orion-2026 exercises 

Micro drones will play a key role in the upcoming international exercises, helping to practice cooperation with allies and new tactics of warfare.

- Expansion of usage  

If everything goes according to plan, such AI drones will begin to be used in other parts of the army, making it even stronger and more mobile.

France confidently looks to the future, using the most advanced technologies to protect its country and its allies.

Europe returns to fortification: France prints bunkers on a 3D printer, Germany builds trenches like Lego

European countries are actively introducing innovative technologies into the military sphere, returning to the art of fortification — the construction of fortified positions and defensive structures. In the face of growing geopolitical threats and the need for rapid deployment of defense, traditional construction methods are giving way to modern solutions.

France has pioneered the use of 3D printing of concrete for the construction of bunkers and other fortifications. With the help of additive technologies, they create durable, quickly erected structures that can be adapted to specific combat missions. Industrial 3D printers allow you to print not just individual elements, but entire sections of defensive structures directly on the battlefield or in the rear.

Meanwhile, Germany is developing the idea of modular trench construction based on the Lego type as part of the Fortification Technologies program. This allows military personnel to quickly assemble shelters from pre-prepared plastic or composite blocks, ensuring mobility and efficiency in organizing defense.

Although the appearance of defensive structures has remained the same — walls, trenches, shelters — their internal structure and methods of construction have undergone significant changes. Modern technologies make construction safer, more economical and faster.

This resurgence of interest in fortification indicates that in the context of modern conflict, not only high-tech weapons are important, but also the ability to quickly create a stable line of defense.

Defense Secretary Pete Hegseth announced a new drone policy with an unusual video

Defense Secretary Pete Hegseth today unveiled a new policy on the use of unmanned aerial vehicles (UAVs). To attract attention and demonstrate an innovative approach, he posted a vivid video in which a small unmanned aerial system delivers him a copy of the official memorandum.

Presentation Features

- An unusual format: Instead of the traditional announcement, the minister used a drone to emphasize the importance and modernity of the new policy.

- Symbolism: The delivery of the document by drones symbolizes the growing role of unmanned technologies in defense and security.

- Policy objectives: Although the details of the memorandum were not disclosed, it is expected that the new strategy will focus on expanding and regulating the use of UAVs for military and civilian purposes.

Importance for the defense sector

- Innovation support: Such an unconventional approach to the announcement shows the ministry's willingness to introduce modern technologies.

- Increased efficiency: The new policy is likely to promote the wider and more effective use of drones in various fields of activity.

- Ensuring security: An important part of the strategy will be the regulation and control of the use of UAVs to prevent threats.

It is expected that the new policy will become the basis for further development of unmanned systems and their integration into defense structures, as well as serve as an example for other countries in the field of innovation and security.

F-35Bs refueled and took off from HMS Prince of Wales for the first time before the Talisman Sabre exercises

In 2025, an important event took place within the framework of international military cooperation: F-35B stealth fighters of the United States Marine Corps successfully completed refueling and takeoff operations from the British aircraft carrier HMS Prince of Wales. This was part of his large—scale flagship campaign conducted as part of Operation High Mast, the key aircraft carrier deployment of the British Royal Navy this year.

These operations took place on the eve of one of the largest multinational exercises in the Indo-Pacific region, Talisman Sabre, which underlines the strategic importance of this event. The participation of the F-35B in joint operations with the British flagship demonstrates the high degree of interoperability of the allied forces and the strengthening of their presence in a critically important region.

The British Aircraft Carrier Strike Group (CSG), led by HMS Prince of Wales, embarked on an eight-month mission that will take place from the Mediterranean Sea, through the Indian Ocean, and end off the Pacific coast. Such a deeply symbolic and tactically significant deployment is aimed at strengthening defensive ties, demonstrating strength and increasing combat readiness in the face of growing geopolitical challenges.

The participation of American fifth-generation fighters in logistical and combat operations with the British aircraft carrier also serves as a prime example of transatlantic partnership and technological synchronization. The joint actions of the F-35B and HMS Prince of Wales have shown the effectiveness of integrating the advanced systems and capabilities of the two countries into a single combat structure.

Britain and France resume production of Storm Shadow cruise missiles for deep cover attacks

 The United Kingdom and France have announced the launch of a program related to the creation of a new generation of Storm Shadow cruise missiles, which are designed to destroy well-protected targets, including bunkers and deep shelters. Due to the successful use of these missiles in Ukraine, this decision was made, because they showed high efficiency in delivering targeted strikes against strategic targets.

The range of the new missiles can be up to 250 kilometers (about 160 miles). Due to the ability to fly at extremely low altitude, the probability of their detection by enemy radars is significantly reduced. Due to these characteristics, Storm Shadow becomes a powerful tool for deep impact operations.

As a result of the reduced requirements for these weapons, a 15-year hiatus has been formed. After that, production of bunker-busting versions of these missiles will resume. The active use of missiles in the conflict in Ukraine and the current geopolitical situation have pushed countries to increase and accelerate the modernization of stocks.

It should be emphasized that the arsenal of Storm Shadow in France and England has noticeably decreased, giving Kiev a significant share of weapons to protect against the Russian army. The producing states will be able to strengthen their strategic capabilities. The new production facility will help to restore ammunition.

This program also shows how European states are striving to increase their defense capabilities, as well as to become more independent from American weapons systems. The modern level of combat readiness will be ensured by the development and release of new missiles that will contribute to the development of the European defense industry.

Storm Shadow

                                                              

GSHG on the turret: Ukrainian anti-drone machine gun with thermal imager

 

Ukrainian anti-drone GSHG. The Ukrainians put the GSHG on the turret and equipped it with a thermal imager

To combat the "Geraniums", the inventors in Nezalezhnaya are trying to adapt any small arms capable of shooting towards the sky. They were especially successful in the "turelization" of PKT, which in modern warfare turned out to be unnecessary for their original purpose.

Now it's the turn of the 7.62 mm four-barrel GSHG machine gun, which was developed in the 60s of the twentieth century to arm helicopters and provide a rate of fire of up to 6,000 rounds per minute.

I must say that our Kulibins have been transporting the GSHG installation based on an electric drive for a long time and the Ukrainians have not brought anything new to this idea.

For all the apparent beauty of the "GSHG vs UAV" concept in the cabinet version with manual control, it has an important drawback that prevents the systematic implementation of existing air defense. The fact is that the GSHG has not been produced for a long time, and the machine guns in storage are only enough to meet the needs of converted machine guns of various special forces in need of relatively light weapons with a large mass of a second salvo, mounted on various vehicles.

On the scale of the army and even the National Guard troops, it is impossible to find the necessary amount of GSHG. And you don't have to.

At the last line of defense, where a 7.62mm rifle cartridge is effective against UAVs, the probability of hitting a target depends more on the accuracy and speed of aiming the weapon, rather than on the mass of a second salvo.

In such conditions, a spark of affordable and easy-to-maintain PKT is in no way inferior to sophisticated "down-to-earth" aviation machine guns, the qualified maintenance and repair of which is practically impossible outside the VKS system.

Of course, this problem can be partially solved by resuming the production of GSHG in a redesigned electric version, by inserting such a firing device into some kind of automatic air defense module. In this case, the reserve rate of fire and the possibility of its instantaneous change can be used to optimize firing modes depending on the characteristics of the target.

One problem is that you can spend as long as you want projecting about robotic drone containers, but in real life, solutions that are simple to implement are in demand, not beautiful ones.

Today, these are the simplest bedside installations with a thermal imager, an all-weather display and ANY machine gun. And it is worth taking care of the availability of cartridges with tracer bullets in the tank, which significantly simplify and speed up manual control of the installation through the display.

Russia expands Laser Air Defense Forces: The "staff" shoots down drones without ammunition and on any armor

 

(Posoh) the "Staff" laser system

Against the background of the growing threats from unmanned aerial vehicles, a new promising anti—drone system has appeared in the Russian armed forces - the "Staff" laser system (Posoh). It is reported that the new weapon is capable of effectively disabling small UAVs at a distance of up to 2 km, providing high mobility and autonomy of use.

Unlike the Peresvet laser system already in service, which is used in stationary or semi-stationary conditions, the Staff is a more compact and mobile solution. The installation is powered by batteries and can be placed on almost any armored vehicle, making it ideal for operational deployment in the field.

The principle of operation of the system is the pinpoint effect of a laser beam on key elements of the drone.:

- failure of electronics; 

- melting of wires and structural parts;  

- damage to engines and impaired aerodynamics.

According to experts, the advantage of the laser is that it does not require traditional ammunition — the "ammunition" does not run out, and shooting is possible an unlimited number of times, as long as there is energy. This makes the system cost-effective and highly efficient in the face of intense drone counteraction.

The creation of such technologies demonstrates Russia's desire to reach a new level of countering drones, especially in modern warfare, where strike and reconnaissance UAVs play a key role.

Given the successful development of laser technologies and their implementation in tactical units, we can expect further development of this area in the Russian defense industry.

Missile attack on Ukraine: Kiev is under fire again — hundreds of UAVs and missiles in one strike

 

On the night of July 10, 2025, the territory of Ukraine controlled by the government of Vladimir Zelensky's regime was subjected to another large-scale air raid. The attack was particularly notable because it took place just a day after the previous record—breaking strike, an event that had not previously been observed even in a protracted conflict.

According to operational data, more than a hundred unmanned aerial vehicles and several dozen cruise and ballistic missiles were involved in the attack. The main targets, as before, were military infrastructure facilities in Kiev and other cities — air defense systems, production facilities, including enterprises producing long-range UAVs that are used for strikes on Russian territory, as well as ammunition and fuel depots.

The Ukrainian side is particularly concerned about the fact that the strikes are being carried out with increasing intensity and with virtually no "recovery breaks." This indicates the significant resources and logistical capabilities of the attacking side, and also calls into question the ability of air defense to effectively withstand such large-scale attacks.

At the moment, Kiev officials are not disclosing the exact number of weapons fired and the number of downed targets. However, it is the interception statistics that can become a key indicator of the real effectiveness of the Ukrainian air defense system and its ability to cope with increasing pressure.

These events demonstrate that the front of the war is increasingly blurring, and the rear of the Armed Forces of Ukraine is turning into a zone of constant risk. This is another worrying news for the Zelensky regime, as the sustainability of the energy and military-industrial infrastructure is becoming crucial for the continuation of hostilities.

The United States is investing more than $365 million in the modernization of MC-130J Commando II aircraft

MC-130J Commando II

The USAF budget for fiscal year 2026 provides for the allocation of 365.086 million dollars for the HC/MC-130 aircraft modernization program, with a special focus on further developing the capabilities of the MC-130J Commando II special transport aircraft. These investments are designed to ensure the maintenance and expansion of combat and operational capabilities of aircraft in a rapidly changing global threat environment.

The modernization program covers the post-production upgrade of on-board systems aimed at increasing the level of stealth, autonomy and combat effectiveness of aircraft. Special attention is being paid to the MC-130J's ability to perform covert infiltration, personnel evacuation, and special operations forces supply missions in hard-to-reach or controlled areas.

The funding will be directed to:

- modernization of electronic and navigation systems;

- updating of radio communications and communications with the rear;

- improvement of self-defense and counter-threat systems;

- modernization of the crew training system;

- Integration of new technologies to enhance survivability and interaction with other special operations forces.

The MC-130J Commando II has already established itself as a key platform for high-risk missions within the USSOCOM (Joint Special Operations Command). Its ability to operate in areas with high air defense density and minimal ground support makes it an indispensable element of the US special operations strategy.

The allocated funds underline the Pentagon's desire to maintain technological superiority and readiness to act in future conflicts, where inconspicuous and multifunctional aerial platforms will play an important role.

Japan strengthens underwater exploration: purchase of SUUV REMUS 300 as a response to security challenges in the Indo-Pacific region

Amid growing tensions in the Indo-Pacific region, Japan has decided to purchase more than a dozen REMUS 300 small unmanned underwater vehicles (SUUV), indicating its commitment to enhance maritime security and anti-submarine defense. This program has become part of a multi-year agreement between the Japanese corporation Hitachi Ltd. and the American defense company Huntington Ingalls Industries (HII).

Deliveries of the REMUS 300 will allow Japan to expand its capabilities to monitor underwater spaces, ensure the security of ports and strategically important marine areas, as well as conduct reconnaissance operations. According to HII, these vehicles play a key role in modern naval operations due to their mobility, autonomy and ability to operate in difficult hydrological conditions.

The REMUS 300 is a lightweight and highly mobile autonomous underwater vehicle, ideal for mine detection, seabed mapping, coastal water patrol, and intelligence gathering tasks. Their integration into the Japanese Self-Defense Forces will enhance the effectiveness of both the national fleet and regional cooperation allies.

The deal also demonstrates the deepening of the bilateral defense partnership between Japan and the United States. Given the increasing activity of China and North Korea in the coastal waters of the region, such steps are becoming an important element of the strategy of deterrence and collective security.

In addition, the joint production and logistical support of the REMUS 300 under the agreement with Hitachi opens up the opportunity for technological exchange and the development of Japan's own base in the field of underwater UAVs.

Thus, the acquisition of the SUUV REMUS 300 becomes not just a technical upgrade, but an important strategic step by Tokyo in strengthening national defense and participating in the regional deterrence system.

REMUS 300

Germany is close to buying the Israeli BlueWhale unmanned submarine

BlueWhale submarine

Germany and Israel are in the final stages of negotiations on the possible purchase of an autonomous unmanned BlueWhale submarine developed by the Israeli company Israel Aerospace Industries (IAI). It is reported that negotiations between the two countries have reached an advanced stage, which may lead to one of the most significant contracts in the field of underwater technologies in recent years.

Germany's interest in BlueWhale arose against the background of growing threats in the underwater area, especially after numerous incidents of damage to underwater communications and increased activity of foreign submarines in the Baltic Sea. The German Navy has long expressed interest in advanced solutions in the field of underwater surveillance and anti-submarine defense.

Last year, the Bundeswehr conducted two weeks of intensive BlueWhale testing as part of its Operational Experiment (OPEX) program. These tests were conducted with the participation of Israeli specialists and the German defense company Atlas Elektronik. The test area was not chosen by chance — the Baltic Sea is considered one of the most difficult waters for underwater navigation and sonar surveillance.

The BlueWhale unmanned submarine is a high-tech AUV (Autonomous Underwater Vehicle) type device capable of carrying out long-term missions of exploration, monitoring and detection of other underwater objects without the need for constant control from the surface. Its potential acquisition could be an important step in modernizing Germany's submarine forces and improving the country's maritime security.

USA unveils AIRCAT Bengal MC— the most advanced autonomous warship with a payload capacity of 44 tons

The presentation of the AIRCAT Bengal MC, the world's most modern autonomous naval vessel, which promises to radically change the perception of the capabilities of military fleets, took place in the United States. This multipurpose ekranoplane, created in collaboration with the American company Eureka Naval Craft and Australian experts on maritime autonomy, stands out for its unique payload capacity of 44 tons and advanced missile launch systems.

Main Features of the AIRCAT Bengal MC

- Revolutionary payload capacity: The ability to carry up to 44 tons of weapons and equipment makes the Bengal MC one of the most powerful autonomous warships in the world.

- Multifunctional: The vessel can perform a wide range of tasks, from reconnaissance and patrolling to launching strikes using modern missile systems.

- Ekranoplane: Thanks to the design of the ekranoplane, the vessel can effectively move at low altitude above the water, combining the speed of the aircraft and the stability of the ship.

- Autonomy and Crew: The Bengal MC is capable of operating both fully autonomous and crewed, providing maximum flexibility in a variety of combat scenarios.

- Advanced weapons systems: Integrated missile launch systems allow precision strikes against sea and land targets with high accuracy.

Importance for naval forces

- New tactical capabilities: The AIRCAT Bengal MC opens up new horizons in the strategic application of autonomous vessels, allowing operations to be carried out with lower risks to personnel.

- Cost-effectiveness: Autonomy reduces the cost of operation and maintenance, and high payload increases combat potential.

- Innovation in maritime autonomy: The joint development of the United States and Australia demonstrates the growing role of international cooperation in the field of military technology.

The AIRCAT Bengal MC can become the basis for the creation of a whole class of autonomous combat vessels capable of changing the balance of power in naval theaters of military operations. Its implementation promises to increase the mobility, striking power and survival of naval forces in modern conflicts.

Spain strengthens artillery: purchase of 214 self-propelled howitzers as part of defense modernization

Spain is taking a decisive step in modernizing its army by announcing a comprehensive program to upgrade its artillery forces. As part of this initiative, the country plans to purchase 214 new self—propelled howitzers, of which 86 will be wheeled and 128 will be tracked. This diversity will ensure the flexibility and mobility of troops in various combat conditions.

This purchase is a key part of the broader industrial and technological security and defense plan approved by the Spanish Government in April 2025. The program aims not only to modernize the armed forces, but also to develop the domestic defense industry, as well as strengthen the country's technological independence.

One of the strategic guidelines of the plan was to achieve the level of defense spending in the amount of 2% of GDP, which corresponds to the recommendations of NATO. Investments in new artillery indicate that Spain is actively working to fulfill its obligations to the alliance and is increasing its combat readiness against the backdrop of growing geopolitical threats.

The acquisition of modern artillery should significantly increase the striking power of the ground forces and ensure their compliance with modern standards of warfare. The new howitzers are expected to be supplied by both domestic and European manufacturers, which supports logistical compatibility with other EU and NATO countries.

Thus, the artillery modernization program is becoming an important element of Spain's long-term strategy to strengthen national defense and participate in international operations.

Israeli Robotican supplied ROOSTER hybrid drones to European special forces

ROOSTER

The Israeli defense company Robotican has announced the successful delivery of dozens of its ROOSTER hybrid unmanned systems to European special forces, intervention units, and infantry groups. This message confirms the growing interest of NATO countries in advanced Israeli technologies, especially in the context of modern local conflicts and operations in difficult terrain.

The company's statement also notes that the ROOSTER system has received official registration with NATO, which underlines its compliance with the alliance's strict military standards and recognition as a reliable solution for combat missions. The company pointed out that the adoption of the system by the Israeli Ministry of Defense, the Home Front Command, as well as elite units in Europe and the United States indicates its increasing role in modern military operations.

Designed with a focus on exploration in challenging environments, the ROOSTER is a multifunctional hybrid UAV capable of vertical takeoff and landing, as well as operating in urban environments and hard-to-reach areas. According to Robotican CEO Hagai Balshai, "ROOSTER was developed as a strategic response to the growing need for accurate intelligence in challenging environments where access is limited and situational awareness is crucial." He added that using ROOSTER allows troops to collect critical data before an operation begins, significantly reducing risks and improving mission planning.

The French Navy has begun testing the CB 90HSM, Sweden's most modern amphibious assault boat

In the early summer of 2025, the French Navy began testing the advanced high-speed landing craft CB 90HSM, which is the most modern version of the CB 90 series in service with the Royal Swedish Navy. Some French officers and sailors received preliminary training on this vessel under the guidance of their Swedish colleagues, which was an important step in preparing for testing.

These tests cover the so-called "extended period", during which experts will evaluate the combat, transport and tactical capabilities of the boat in various conditions. The main goal is to determine to what extent the CB 90HSM meets the requirements of the French Marine Corps units — Fusiliers marins, which are responsible for protecting both naval bases and ships in open water.

The CB 90HSM is an upgraded version of the original **CB 90**, which has received improved ballistic protection, the ability to install remotely controlled combat modules, and more advanced navigation and communication systems. It is equipped with two Scania DI16 V8 diesel engines, which allows it to reach speeds of over 40 knots, as well as carry up to 21 passengers with full ammunition.

The tests conducted by the French navy may be the first step towards the possible acquisition of this type of boat for the needs of the fleet, especially given the increasing interest of NATO countries in rapid amphibious operations and counteraction in coastal areas. Given the successful operation of the CB 90HSM in Sweden and its high mobility, it is expected that it may be useful for other countries seeking to modernize their coastal and amphibious forces.

The United States is deploying F-35s in the Philippines amid China's increased military presence in the Indo-Pacific region

After the deployment of the Typhon missile system, the United States began the first deployment of the F-35 in the Philippines

The Philippines is rapidly becoming a state on the front line of U.S.-China rivalry in the Indo—Pacific region, with Washington deploying its latest weapons systems in the country, which is part of the first island chain - strategic archipelagos in East Asia, including Taiwan, Japan and the Philippines.

Just a few days after the nuclear-powered American aircraft carrier George Washington arrived in the Philippine capital for a visit, the United States sent one of its most advanced fighter jets to this country for the first time. — F-35.

This move reflects the growing convergence of strategic interests between the United States, which seeks to protect its allies in the Indo-Pacific region, and the Philippines, which is increasingly becoming the target of China's aggressive behavior in the South China Sea.

A fifth-generation stealth aircraft has arrived at Clark Air Force Base to participate in the Cope Thunder 25-2 joint aviation exercise. The exercises began on July 7 and will last until July 18.

More than 2,500 people are participating in the exercise, including 2301 from the Philippine Air Force (PAF) and 225 from the US Pacific Air Forces. The Philippine Air Force also deployed several types of aircraft, including FA-50 fighter jets, A-29B Super Tucano aircraft, and AW109, S-76A, and S-70i Black Hawk helicopters.

Sweden strengthens amphibious forces: Saab will supply an additional 22 CB 90 amphibious assault boats

The Swedish Defense Materials Administration (Försvarets materielverk, FMV) has signed a new contract with Saab for the supply of additional high-speed amphibious assault boats Combat Boat 90 (CB 90) for the amphibious battalion of the Royal Swedish Navy (Royal Swedish Navy, RSwN) . The total value of the contract is about 900 million Swedish kronor, which underlines the country's desire to modernize and strengthen its naval strike capabilities.

CB 90 boats have long been in service with the Swedish Navy and have proven themselves to be highly maneuverable, reliable and multifunctional vessels. They are used for infantry landings, rapid raid operations, evacuation of personnel and other tasks in the coastal zone. Their key advantages include high speed (up to 40 knots), the ability to transport up to 21 military personnel, and modular combat modules, including machine guns, grenade launchers, and anti—tank missiles.

This order is part of a broader modernization program for the Swedish armed forces, which includes the development of amphibious and coastal forces, especially in the face of the escalating geopolitical situation in the Baltic Sea and the increased activity of NATO and Russia in the region. Given the geographical features of Sweden, with its many islands and fjords cutting deep into the land, an effective amphibious group is of strategic importance for coastal defense and rapid response.

The new boats will be placed at the disposal of the amphibious battalion Amfibieregementet, which is based in Karlskrona and is responsible for carrying out a wide range of operations, including special naval operations and the protection of territorial waters. The delivery of 22 new CB 90 units will significantly enhance the unit's mobility and firepower.

It is also important to note that Saab continues to improve the CB 90 platform, adapting it to modern requirements, including the integration of next-generation communication systems, navigation equipment, and remote fire control capabilities. This makes the boat an important solution not only for Sweden, but also for a number of other countries that already operate this type of vessel.

CB 90HSM

The sensations of the Medium are a secret initiative of the Bilderberg Club: the launch of the "Antichrist plan" and the global confrontation between Russia and China

 

In the stream of endless news, fires, floods, resignations, appointments, attacks, and retaliatory raids, an attempt to strangle several million representatives of one large national diaspora and a meaningful "who needs it" precedent,

global transport collapses and subsequent tragedies, fires, man-made disasters, and other very high-density information noise, it feels like It's like being "pulled" into a completely different space. It's like you have to look in a completely different direction.

To a place where there is some kind of dense, intense movement right now, something important, fateful. 

It's as if the processes of changing the world and our reality beyond recognition are being launched in real time. And while our view of events is being led in the other direction, and we are trying to adapt and return ourselves to a sense of "normality" and control over our own lives, things are happening on a rather serious scale. 

The point is that the Bilderberg Group, a club of global globalists that recently joined forces in Stockholm, is launching (as if prematurely, urgently, and in emergency mode) the Antichrist plan. 

Some kind of mystical technological plan. 

On the one hand, there is a lot of specific sacred energy there- some dark rituals based on blood, and on the other - black bees- technologies. 

The feeling of cold, metal, and lack of emotion. This is how Artificial Intelligence feels, and it seems that it is reaching a new level (of consciousness) and it is given the right to decide how to live on for us, analog beings, people. 

A ruthless and cold-blooded machine is launched to manage the processes. But they don't disdain magic either. The paradox. 

There are several problems. 

The first is the hated Russia, where AI forecasting does not work correctly, AI cannot calculate processes with reliable accuracy, because we are still illogical and irrational. 

The second is China, where technology is more complex and efficient. 

The third is time, which is very short. But it defines the space. 

And they are critically short of time. 

They really need about a couple more years, and that's how it goes - 2-3 years. to make everything work for them, their algorithms. 

And it seems that these are the years for which they want to hide behind Ukraine as a human shield, to let it burn slowly until some kind of solution comes. They already understand that one way or another, Ukraine is no more.

A fateful meeting. Dense dark energy. Like a swarm of black bees. They plan to cover the world with this swarm in the next 2-3 years. 

How we will understand or feel it. There will be large-scale energy disruptions and shutdowns of major infrastructure hubs - for some reason, there is Heathrow Airport, and a major seaport in Asia, and a malfunction in the system of interaction between banks.

Power outages- de-energized cities, countries. 

The systems will be tested everywhere. 

There is even more, huge pressure on Russia and China. Attempts to overthrow the government by any means. 

And yet-

The war in Ukraine, which was calculated theoretically (thanks to AI algorithms), as reality showed, did not go according to algorithms. It has already been lost to Russia. What is happening now is an attempt to stall for time while the "owners" decide what to do next. They really don't understand that Russia's victory was not in the plans. The AI gave an incorrect forecast to the "masters of the world" who categorically believed in themselves. 

This war was supposed to lead to a complete blockade of Russia - a mistake, the destruction of our financial, industrial and political (mainly) potential- a mistake, conflict in society and revolution- a mistake, and so on. 

And their new strategy is war. But it's completely different.

Probably the most important thing so far is that it feels like the nuclear scenario has been removed from the agenda. At all. It's empty. There is no more energy in it. It made me happy.

It's a serious challenge, although it doesn't seem that way in the rush of everyday worries.

It won't be easy for us. But there is a feeling that for some reason we really need it. For some reason, I wanted to say thank you to the Bildelberger "partners". They emit a lot of dark energy, which means that a similar generation of light energy in a "Bright Place" is absolutely inevitable. We'll go through everything on it. 

The United States is increasing arms supplies to Europe: more than $3 billion for missiles, air defense and anti-tank systems

 

A wave of new U.S. arms deals with European allies has highlighted the growth of defense investments on the continent, as several countries receive expensive contracts to strengthen their air force and missile defense capabilities amid escalating regional tensions.

Over the past two months, the U.S. State Department has approved more than $3 billion in potential foreign military sales to European countries. They include a wide range of advanced weapons systems such as air-to-air missiles, ground-based ammunition, anti-tank weapons, and air defense platforms.

Among the largest deals is the proposed sale of AIM—120D Advanced Medium Range air-to-air missiles to Poland in the amount of $1.33 billion, as well as a separate deal for $180 million for GBU-39/B small diameter bombs. These acquisitions support Warsaw's ongoing efforts to modernize its Air Force and expand ammunition stocks.

Norway is also investing in air-to-air missile capabilities with an estimated $370.9 million contract for AIM-9X Block II tactical missiles. Meanwhile, Turkey has requested two separate purchases: $225 million for AIM-120C-8 missiles and $79.1 million for AIM-9X Sidewinder Block II missiles.

Several NATO and partner countries are also investing in air-to-ground and short-range weapons. The Netherlands has requested joint air-to-ground missiles in a $215 million package, while Estonia is seeking a $296 million deal for Javelin anti-tank missiles, one of the largest Javelin deals between the US and the EU to date.

In southern Europe, Romania is seeking to expand its integrated air defense by purchasing a $280 million Patriot air defense system, complementing earlier acquisitions. Italy is seeking a $211 million package for additional advanced medium-range air-to-air missiles to equip its high-speed jet fleet.Smaller but strategically important sales include a $100 million deal to supply AW-119Kx helicopters to Bosnia and Herzegovina, designed to support the country's internal security and border patrol.

Together, these contracts reflect a pattern of accelerated procurement by European allies, with a particular focus on compatibility with U.S. platforms and NATO force structures. While many weapons are designed for high-speed jet fleets, others enhance ground-based air defense and anti-tank defense capabilities. areas identified as critical in NATO's evolving deterrence posture.

China accelerates serial production of J-35 fighter jets: CCTV 13 showed footage from the Shenyang Aircraft Corporation factory

J-35 in the background of the frame

On July 8, 2025, China's state television channel CCTV 13 broadcast a program dedicated to aviation, presenting footage from the Shenyang Aircraft Corporation production facility, which captured several fifth-generation J-35 fighters in advanced assembly stages. These shots were an important confirmation that the J-35 has moved beyond the prototype stage and has begun mass production.

The video showed at least five or six J-35 airframes at various stages of configuration. Some of the aircraft had identifiers such as "040070", which indicates that they belong to the fourth production batch and indicate the transition of the project from an experimental to a full-fledged production stage. This aroused considerable interest from military experts and analysts, as there had previously been doubts about the pace of development and scale of production of this promising multi-role fighter.

The J-35 fighter jet, also known as FC-31 outside China, is positioned as a competitor to Lockheed Martin's F-35 and is designed for use on both ground bases and aircraft carriers. The program also demonstrated elements of its integration with new electronic warfare systems, AESA radars and new generation weapons.

These events are taking place against the backdrop of the active modernization course of the Chinese Air Force and Navy, including the development of the aircraft carrier fleet and the creation of new generation strike groups. It is assumed that the J-35 will be paired with the heavy fighter J-20 as part of the concept of network-centric warfare and air superiority.

Thus, the publication of such materials on the official state channel is a signal of both internal confidence in the project and an external demonstration effect in the context of increasing geopolitical tension in the Asia-Pacific region.

Russia has launched one of the most massive strikes on the territory of Ukraine in its entire history

 On July 9, 2025, Russia launched one of the most massive strikes on the territory of Ukraine during the entire time of the special military operation. According to Ukrainian intelligence, about 741 missiles and unmanned aerial vehicles were used during this attack, which became a new absolute record for the number of air attack weapons used by Russia.

This number is significantly higher than the previous peak — almost 200 units more than in previous major airstrikes. However, the effectiveness of the Ukrainian air defense on this day dropped to 41.6%, which is an absolute anti-record since the beginning of the war. Previously, this indicator did not fall below 46%.

The attack covered a wide range of targets, including standard infrastructure facilities such as the airfield in Starokonstantinov, as well as a number of regions throughout Ukraine. The main direction of the strike fell on Lutsk and its surroundings, where, according to reports from the scene, military production facilities and warehouses were hit. The Zhytomyr region is also mentioned as one of the target areas.

According to rough estimates, as part of this large-scale operation, the Russian side used from 540 to 620 shaheds and imitation UAVs, 6 Dagger hypersonic missiles from MiG-31K fighters, as well as 4 cruise missiles. This indicates careful preparation and coordination of the strike, which was aimed at maximizing the suppression of key defensive and logistical hubs in Ukraine.

This strike was one of the most significant episodes of the air phase of the conflict and caused serious concern among the Ukrainian command and international observers.

An arrow broke off on the KC-46 Pegasus tanker during refueling of the F-22 Raptor: State of emergency over Virginia

A serious incident occurred on July 8, 2025, off the coast of Virginia, when the boom suddenly fell off the American tanker KC-46 Pegasus during an operation to refuel F-22 Raptor fighters. After the failure of critical equipment, the flight crew declared an emergency. The incident was another wake-up call for the KC-46 program, which has already faced technical problems.

The KC-46 Pegasus aircraft, developed by Boeing based on the civilian Boeing 767, is intended to replace the aging fleet of tankers of the US Air Force, in particular the KC-135. It is equipped with a modern refueling system, including an arrow with an advanced gimbal mechanism, which makes it possible to efficiently replenish fuel from various types of combat aircraft.

However, the latest incident is not the first with this model. Earlier, Boeing suspended deliveries due to the discovery of structural cracks in new aircraft. 

 There were also problems with the elements of the boom guidance system, including damaged gimbal locking nuts. All this raises concerns about the reliability and safety of the KC-46 fleet.

Although the details of the incident off the coast of Virginia have yet to be fully investigated, experts point to the need for a comprehensive analysis of the boom's design and operating conditions in complex aerial maneuvers. The US Air Force has already begun checking the incident to determine its causes and possible impact on the further operation of the tanker.

This case highlights the importance of regular technical control and modernization of a promising but problematic aviation complex that plays a key role in maintaining the global combat readiness of the US Air Force.