Monday, 30 June 2025

Airbus Defense and Space has unveiled a new variant of the A400M military transport aircraft to support FCAS and Multi-Domain Combat Cloud

At the 2025 Paris Air Show, Airbus Defense and Space confirmed the development of an upgraded version of the A400M military transport aircraft. The new version of the aircraft will be adapted to perform an expanded range of missions corresponding to the strategic objectives of the Future Combat Air System (FCAS) and Multi-Domain Combat Cloud (MDCC).

Key Features of the new A400M:

- Broadband communications hub — the aircraft will be able to provide reliable and high-speed connection between manned and unmanned platforms.

- Multi-domain integration — support for interaction in air, land, sea, space and cyberspace.

- Support for modern combat systems — contributes to the implementation of the concepts of network combat operations and increase operational efficiency.

- Flexibility and versatility — maintaining the ability to transport cargo and personnel while simultaneously performing communication tasks.

This project reflects the trend towards integrating various platforms and domains into a single information management system, which is a key element of modern and promising military concepts. The upgraded A400M will become an important link in ensuring the connectivity and coordination of forces within the FCAS and MDCC, increasing the overall combat capability and adaptability of the armed forces.

The US Army has allocated $25 million to integrate the Blackbeard GL hypersonic missile into the HIMARS system

In the U.S. fiscal year 2026 budget, the army allocated $25 million to support the development and integration of the Blackbeard Ground Launch (GL) hypersonic missile into the HIMARS highly mobile artillery missile system. This initiative is part of the HX3 project and marks the transition of the system into the engineering and production development phase.

The Blackbeard GL is designed to enhance HIMARS' ability to deliver medium-range precision strikes against mobile, fortified, and temporarily accessible targets. The missile provides about 80% of the capabilities of the advanced Precision Strike Missile (PrSM) Increment 4 at a significantly lower cost.

The system uses terminal guidance with an active search head unit, which makes it possible to effectively hit moving and hidden targets even in difficult conditions. The integration of the rocket into the modified launch containers of the Multiple Launch Rocket System Family of Munitions (MFOM) will ensure compatibility with the HIMARS and M270 platforms, expanding operational capabilities without significant changes in technology.

It is planned to complete software validation, conduct flight tests and prepare production samples by 2027, after which the delivery of systems to the troops will begin. The Blackbeard GL will be an important addition to the U.S. Army's arsenal, increasing the mobility and effectiveness of strike capabilities in the face of growing threats from Russian and Chinese hypersonic weapons.

BAE Systems Collaborates with US Army to Develop M109-52 Self-Propelled Howitzer Prototype

M109-52

 BAE Systems is working with the U.S. Army to develop a prototype self-propelled howitzer (SPH) M109-52. This prototype uses the chassis and turret from the M109A7 and combines them with the Rheinmetall L52 155 mm cannon. This gun is the same as the one installed on the very successful PzH2000, which was largely used in Ukraine. 

The partnership is a Joint Research and Development Agreement (CRADA) between BAE and the U.S. Army Combat Capability Development Command (DEVCOM-AC) Weapons Center, which allows the two organizations to work together on system development.

The M109-52 was originally a project independently funded by BAE, which anticipated the army's interest. Previously, DEVCOM-AC managed the Extended Range Cannon Artillery program, which developed the XM1299 self-propelled artillery system with a record-breaking 58 caliber cannon. This system demonstrated a remarkable firing range, but problems with barrel wear and suspension deformation led to the cancellation in 2024, as a result of which the army began to look for a new self-propelled artillery installation.

Ukraine will produce front-line drones at factories in the UK

 Ukraine and the UK have signed an agreement on the joint production of advanced Ukrainian combat drones at factories in the UK. As part of a three-year program funded by the British government, British defense companies will produce a wide range of Ukrainian drone models developed and tested at the front. This initiative will significantly increase the production of high-tech drones necessary for the needs of the Armed Forces of Ukraine, as well as strengthen military-industrial cooperation between the two countries.

The production of drones in the UK will ensure the rapid adaptation and scaling of technologies that are updated every six weeks on average, making Ukraine a world leader in the field of combat drones. All drones produced will be sent primarily to support the Ukrainian army during the ongoing war, and after its end, the equipment will be divided between Ukraine and the UK.

This agreement was the result of Ukrainian President Volodymyr Zelensky's visit to London and meeting with British Prime Minister Kiir Starmer, as well as part of a broader initiative to strengthen defense ties and technological exchange between the countries.

The US Army will begin production of the IFPC Increment 2 system in 2026

 

IFPC Inc 2

The U.S. Army plans to begin production of the Indirect Fire Protection Capability (IFPC) Increment 2 mobile air defense system in early 2026, with initial operational availability by mid-2027. This system is designed to protect key military installations and infrastructure from a wide range of aerial threats, including subsonic cruise missiles, drones (UAS), as well as rocket, artillery and mortar attacks (RAM).

IFPC Inc 2 fills the critical gap between short-range systems and strategic missile defense capabilities, providing flexible and scalable protection. It includes a Multi-Mission Launcher (MML) mounted on a mobile platform capable of launching various types of interceptors, including the AIM-9X Sidewinder, AGM-114L Hellfire and Israeli Tamir missiles used in the Iron Dome system.

The system integrates with the control architecture of the Army Integrated Air Defense and Missile Defense System (AIAMD) and uses the Sentinel A4 radar, which provides 360-degree detection and high-precision tracking of low-flying and low-visibility targets. The program also includes the development of variants with high-energy lasers and powerful microwave systems as an addition to kinetic interceptors.

Despite the delays in testing, the U.S. Army intends to ensure the deployment of the first IFPC Inc 2 battalion by 2027, including plans to deploy the systems to Guam in the Pacific Ocean. This will significantly increase protection against modern and future aerial threats, especially in the face of the growing threat from hypersonic and cruise missiles.

The U.S. Army has allocated more than $107 million for new vehicle protection systems in fiscal year 2026

As part of the fiscal year 2026 budget, the US Army will allocate over $107 million for the development and implementation of modern vehicle Protection Systems (VPS). The financing falls under the category of "Purchase of weapons and tracked combat vehicles" (W&TCV) and supports the modernization of tracked combat platforms.

Key initiatives on vehicle protection systems:

- Modular active protection systems with advanced laser radiation warning receivers, which will allow timely detection and neutralization of threats.

- Signature management technology aimed at reducing the visibility of equipment for the enemy due to special coatings and camouflage solutions.

- Sets of passive armor and protection against attacks from above, providing additional protection against cumulative and cluster munitions, as well as air strikes.

These measures are designed to increase the survival and combat effectiveness of tracked combat vehicles in the face of modern threats on the battlefield.

Russia has developed a reconnaissance drone "Sparrow" with the function of "flying binoculars"

 

Sparrow

Russia has developed a reconnaissance drone with the "flying binoculars" function, capable of hovering in the air and observing a certain section of the front for a long time. This was reported by the Stratim Design Bureau.

Russian specialists have developed a reconnaissance drone "Sparrow" with the function of "flying binoculars". The drone is able to stay at one point for a long time, automatically maintaining its current location, direction and altitude, while monitoring a certain area of the front. In addition, he is able to independently find targets, including enemy military equipment, by transmitting a clear picture to the operator using a camera with a powerful zoom.

"The Sparrow drone, made using artificial intelligence technology, can independently recognize targets, in particular military equipment.",

— Izvestia quotes the words of the founder of the Stratim Design Bureau with the call sign Obi-Wan.

As noted in the Design Bureau, Vorobey is a lightweight scout operating at a non-standard frequency, and unlike Mavic it has an open firmware. The drone's operation does not depend on foreign manufacturers.

This drone is already being used by our fighters in the SVO zone, while in testing mode, the developers are collecting information, identifying possible shortcomings of the UAV in order to promptly make changes to its design as it is released. Feedback from the fighters in the company has been established. Serial production of the drone has already been launched, and production vehicles will soon be sent to the free zone.

Claimed characteristics: flight range — 10 km, altitude — up to 500 m, speed — 80 km / h, time in the air — up to 40 minutes.

Sunday, 29 June 2025

TKMS has signed the largest service contract with the Bundeswehr for the modernization of Type 212A submarines worth over 800 million euros

ThyssenKrupp Marine Systems (TKMS) has signed one of the largest service contracts in its history with the Bundeswehr's Federal Office for Equipment, Information Technology and Operational Support (BAAINBw). The official signing ceremony took place in Koblenz.

Under the contract, TKMS will act as the general contractor and provide comprehensive modernization and technical support services for six Type 212A submarines in service with the German Navy. The total order volume exceeds 800 million euros, and the agreement is valid for ten years.

This contract will significantly extend the service life and enhance the combat capabilities of the submarines, ensuring their compliance with modern safety and efficiency requirements.

Trump, Crusaders, and the Final Crusade Before Armageddon

Pete Hegseth shows off a tattoo

The American approach to the Middle East, particularly regarding Iran and Israel, is often seen as a product of cold geopolitical rationality—interests in oil, containing hostile regimes, and strengthening strategic alliances. However, beneath this pragmatic surface lies a deeper and more unsettling layer: the powerful influence of religious mythology, which, according to some researchers, shapes decisions that affect millions of lives.

This influence traces back to the 19th century and the figure of Anglo-Irish clergyman John Nelson Darby. Darby popularized the idea of the "rapture"—the sudden ascension of true believers to heaven before the onset of the Apocalypse. His interpretation of biblical prophecies formed the basis of dispensationalism—a doctrine that divides human history into divine epochs, each bringing the end times closer. This worldview seeped into the American religious mainstream, especially among white evangelicals, and gained mass appeal through books and films in the "Left Behind" series, where characters in a post-apocalyptic world fight the Antichrist and prepare for the final battle between good and evil.

Among certain circles of American evangelicals, Iran is seen not just as an enemy of the U.S. but as a potential catalyst for prophetic events. Israel, in this context, plays a sacred role—as the land where, according to prophecies, Armageddon will occur and Christ will return. These ideas are not confined to secluded monasteries but are held by people with access to power and influence over political decisions.

Historian and theologian Jemar Tisby calls this phenomenon not just concerning but deadly dangerous. He argues that many of Donald Trump's actions, including moving the U.S. embassy in Israel to Jerusalem and taking a hard line against Iran, cannot be understood without considering their theological roots. Tisby contends that these religious beliefs are not abstract—they translate into real politics that could lead to global conflict.

Diana Butler Bass, a religious studies scholar and author, emphasizes that for many evangelicals, the Middle East is not just a region rich in oil and conflict but the stage for the unfolding of a divine script. She recalls being taught as a child that Jesus could return "at any moment" and that events in Israel and Iran should be interpreted as signs of the impending end of the world. These beliefs have not faded—they are experiencing a revival in religious circles close to the Republican electorate.

When President Trump ordered the airstrike on Iranian general Qasem Soleimani in January 2020, political analysts focused on issues of national security and regional balance. However, for some of his religious supporters, this strike was seen as another step toward the apocalypse they had been awaiting for decades. In some churches, sermons compared this strike to the beginning of a prophetic chain of events foretold in the Book of Revelation.

For these groups, the idea of war with Iran is not a catastrophe but a necessary stage before the return of the Messiah. War in the Middle East is seen as a purifying fire in which the world must burn to be reborn in divine glory. This viewpoint raises serious concerns among scholars and religious leaders who see in such interpretations a threat to global security.

This ideology is particularly evident in what is known as "Christian nationalism"—a movement that seeks to fuse American identity with evangelical Christianity, viewing the U.S. as a chosen people whose mission is to fulfill a divine plan on earth. Israel becomes not just an ally but a symbolic center of this plan, while Iran is seen as the embodiment of evil, the "enemy of God."

The complexity lies in the fact that these beliefs are often indistinguishable from pragmatic foreign policy. They are woven into rhetoric, decisions, and even military campaigns, creating an illusion of rationality where mystical expectations and apocalyptic fantasies actually prevail.

Many observers underestimate the depth of these religious influences. They analyze Trump's tweets, Pentagon statements, and intelligence reports, ignoring the fact that for part of the elite and electorate, these events carry a spiritual meaning. This is where the danger lies—when policy becomes an extension of prophecy, it loses touch with reality and turns into a tool of mystical sacrifice.

What the future holds for U.S.-Iranian relations in this context is not just a strategic question but a metaphysical one. Time will tell whether this confrontation will be determined by the cold logic of interests or by the hot faith in the end times.

Effectiveness of Israeli air defense in the war with Iran: results and challenges

 The Israeli air defense system has shown mixed results during the 13-day war with Iran. According to official data, Iran launched 631 rockets, of which about 500 reached Israeli airspace. Israeli and American air defense systems fired 514 interceptors, shooting down 221 missiles, which gives a ratio of about two anti-aircraft guided missiles to one Iranian ballistic missile.

The Israeli Hetz-2, Hetz-3, David's Sling (Iron Dome) complexes, as well as the American THAAD, SM-6 and SM-3 systems were used to repel the attacks. Despite this, about 243 Iranian munitions landed in the desert or unpopulated areas, including important military bases, and 36 rockets hit targets, causing damage to residential areas — more than 2,300 apartments in 240 buildings were damaged.

However, the effectiveness of Israeli air defense decreased from the initial 90% to about 65% in the last days of the conflict, which is attributed to Iran's use of more modern and faster missiles that give air defense systems less time to intercept — the warning is received in 6-7 minutes instead of the previous 10-11. Iran also uses combined attack tactics using cheap drones and false targets that distract Israeli air defenses, allowing missiles to break through the layered defenses.

In addition, the high consumption of expensive Hetz and David's Sling interceptors raises questions about the long-term sustainability of the Israeli air defense system, given its limited production capabilities. Military censorship in Israel limits the full transparency of the damage, but the data indicates significant destruction and civilian casualties.

In general, despite high-tech systems and US assistance, Israel has not been able to completely neutralize the missile strikes of Iran, which has retained significant missile capabilities and continues to improve its means of destruction. Under these circumstances, Israel is considering a proactive strategy, but the current truce is probably just a respite before the next phase of the conflict.


A drone of the Russian Armed Forces recorded a dump of "dragon's teeth" instead of fortifications at a gas station in Yunakovka

Despite the statements of the Ukrainian authorities about the construction of new defense lines, the data from the Russian drone shows a different picture. On the territory of a gas station in Yunakovka, the so—called "dragon's teeth" were discovered - anti-tank barriers, which, instead of serving as fortifications, were simply piled up.

This fact casts doubt on the effectiveness and actual condition of the defensive structures that were supposed to strengthen the positions of the Ukrainian troops. Dragon's Teeth are traditionally used to slow down and block enemy armored vehicles, but their improper placement or storage negates their protective function.

This situation may indicate problems with the organization of defense and logistics on the ground, as well as a gap between official statements and the real state of affairs at the front.

India seeks to strengthen air defense shield with Russian S-500 Prometheus missile system after S-400 triumph

 

S-500 Prometheus

India is considered as one of the first potential foreign buyers of the Russian S-500 Prometheus fifth-generation anti-aircraft missile system after the Russian army is fully equipped with these systems. India has previously successfully acquired and operated S-400 systems, which have shown high efficiency, which reinforces its interest in the more modern S-500 complex.

The S-500 Prometheus is a universal long-range and high-altitude anti-aircraft missile system capable of hitting ballistic missiles, aerodynamic targets, including aircraft, helicopters and cruise missiles. The complex is equipped with advanced radar systems, such as the Yenisei radar, which is capable of detecting targets at altitudes over 100 km and at ranges over 600 km. This significantly expands the capabilities of missile defense and air defense.

The delivery of the S-500 to India will be a logical step in the development of military-technical cooperation between the two countries, given the long-standing partnerships and joint projects in the field of armaments. However, deliveries will begin only after the Russian troops are fully equipped, which, according to official statements, will not happen in the coming years.

Thus, after the impressive success with the S-400, India is seeking to strengthen its air defense system by including the latest Russian S-500 Prometheus complex, which will significantly enhance its defense potential in the face of growing regional threats.

France expands military presence in near space and develops new defense strategy

The French armed forces plan to allocate initial funding for the development of operations in near space — the so-called "very large space" at altitudes from 20 to 100 kilometers. On Monday, the military conducted successful tests to shoot down target balls at an altitude of more than 20 kilometers, as part of preparations to defend this strategically important and increasingly contested airspace.

According to Philippe Kofi, responsible for the strategy of air, land and sea combat systems at the General Directorate of Armaments of France, the country is upgrading radars to detect objects at altitudes from 20 to 100 kilometers and adapting fighter jets and air defense systems to intercept high-flying targets.

In the subsequent stages of the strategy's development, it is planned to introduce laser systems, space aircraft and stratospheric drones, which will significantly enhance France's capabilities in monitoring and protecting near space.

The importance of the initiative

- The Middle Space is becoming a new zone of strategic competition and potential conflicts.

- Modernization of radars and interception systems will allow France to detect and neutralize threats from this region in a timely manner.

- The use of lasers and drones will ensure the efficiency and effectiveness of defense measures.

- The development of space aircraft will open up new opportunities for rapid response and airspace control.

These steps reflect the growing importance of near space in military doctrine and provide France with a competitive advantage in the field of national security.

German Bundestag approves purchase of IRIS thermal imaging systems for battlefield digitalization

IRIS

On June 26, 2025, the German Bundestag approved the purchase of IRIS thermal imaging overhead systems, a digital product jointly developed by Theon and Berlin-based Andres Industries AG. This purchase was a key step in Germany's battlefield digitalization strategy and modernization of infantry capabilities.

Features of the IRIS system

- IRIS is not just traditional thermal imaging or night vision devices, but part of a new family of ARMED (Augmented Reality Modular Enhanced Devices) systems aimed at increasing tactical awareness and survivability of soldiers.

- The system integrates with existing night-time devices, in particular with Theon Mikron glasses widely used in the Bundeswehr.

- IRIS combines enhanced imaging with thermal overlays, which makes it possible to detect camouflaged or stationary targets in difficult conditions such as dense vegetation, smoke, and low light conditions.

- This significantly improves the speed of detection, recognition and destruction of targets, which is critical in modern asymmetric and low-visibility combat conditions.

Investments and prospects

- The initial investment is 49 million euros.

- With the purchase options, the total amount may exceed 200 million euros.

"The purchase of IRIS marks the transition from analog optical devices to fully integrated, multispectral battlefield awareness systems.

- It is expected that IRIS thermal imaging systems will be widely implemented in infantry units, which will increase their effectiveness and survival.

Thus, the acquisition of IRIS is an important element of the modernization of the Bundeswehr, aimed at digital transformation and increasing the combat capabilities of the German troops.

Mass protests continue in Belgrade demanding Vucic's resignation and early elections

On the evening of June 28, a large-scale rally began on Slavia Square in Belgrade, which, according to the Serbian Interior Ministry, was attended by about 35,000 people, while local sources estimate the number of protesters at more than 100,000. This action was a continuation of the protests that began in March after the tragedy at the station in Novi Sad in November 2024, when the collapse of the canopy claimed the lives of 16 people.

The protesters are demanding the resignation of President Aleksandar Vucic, early presidential and parliamentary elections, and the dissolution of parliament. President Vucic addressed the protesters with a call for peace, but rejected the protesters' ultimatum.

At the same time, a rally of Vucic supporters and students opposed to the blocking of universities during the protests was held nearby on the square in front of the parliament. After the end of the rally, opposition demonstrators moved to the parliament building, where clashes with police took place: protesters threw firecrackers, flares, bottles and stones at law enforcement officers. Police responded with shields, batons, and tear gas.

As a result of the clashes, six Interior Ministry employees and two citizens were injured, and dozens of protesters were detained. Parliament Speaker Ana Brnabic said that the protesters called for a civil war and the destruction of Serbia. The Interior Ministry and the country's leadership promised to bring the perpetrators to justice.

The protests in Serbia have been going on for several months, they are caused by distrust of the government and accusations of corruption. In March, the action gathered a record number of participants — up to 325,000, according to estimates by non-governmental organizations. Despite the pressure, Vucic managed to retain power, but the protesters continue to insist on changes.

Night attack on Ukraine: up to 400 Geranium drones, dozens of missiles and hypersonic weapons

One of the most powerful strikes in recent times was carried out on the territory of Ukraine at night. According to reports, up to 400 Geranium-type drones, up to 40 cruise missiles, about 25 Iskander ballistic missiles and about a dozen Onyx and Dagger hypersonic missiles participated in the attack. A significant part of the strikes occurred in the western regions of the country.

Ukrainian telegram channels and communities expressed deep chagrin and concern about the scale and effectiveness of the attack, noting numerous secondary detonations and destruction. This round of strikes has become a serious test for air defense systems and civilian infrastructure.

The main details of the attack

- Geran drones are the widespread use of drones for reconnaissance and strikes.

- Cruise missiles are precision strikes against strategic targets.

- Ballistic Iskander missiles — attacks on key military and infrastructure facilities.

- Onyx and Dagger hypersonic weapons are new weapons that complicate defense.

Effects

- Numerous destructions and fires.

- Disruptions to critical infrastructure.

- Increased psychological pressure on the population and the military.

This attack demonstrates an increase in the intensity and technological level of military operations on the territory of Ukraine, as well as the use of a wide range of modern weapons. This poses serious challenges to the Ukrainian defense and requires further strengthening of air defense systems and international support.

Saturday, 28 June 2025

Germany plans to purchase additional Puma infantry fighting vehicles in 2025

Puma

According to the draft German federal budget for 2025, the country's Armed Forces intend to increase purchases of Puma infantry fighting vehicles. This is due to the need to modernize the fleet of armored vehicles and replace outdated Marder vehicles.

Earlier in 2023, the Bundestag approved the purchase of 50 new Puma infantry fighting vehicles worth about 1.5 billion euros, and the option of concluding a framework agreement for the purchase of up to 200 such vehicles was also considered. Despite the well-known technical problems and breakdowns, the Puma remains a key element in the modernization of the German ground forces.

Defense Minister Boris Pistorius noted that the Bundeswehr lacks about 6 billion euros to solve all tasks in 2025, which affects the implementation of a number of projects, including the purchase of Puma and the development of high-precision long-range weapons. Nevertheless, plans to expand the Puma BMP fleet remain in place, which indicates the priority of increasing infantry mobility and protection.

Bundeswehr trucks are set on fire in Germany: anti-war associations have claimed responsibility

 

Bundeswehr trucks are set on fire in Germany. A year, three cases of attacks on military vehicles of the Bundeswehr have occurred at car service stations in Germany.

The land criminal police departments are investigating the incidents, and national security agencies have also joined them. However, there is no data on the connection of these three incidents yet.

This is also not the first such incident in Soltau: back in March 2018, two Bundeswehr trucks caught fire on the territory of the same auto repair shop. At the same time, then, seven years ago, and now, anti-war associations have assumed responsibility for the fires in Soltau, as well as for the arson of seven army vehicles in Berlin in March this year. In this regard, the police and the prosecutor's office are verifying the authenticity of anonymous messages published on the Internet resource of the German left-wing radicals Indymedia, and finding out who exactly is behind them.

These letters from the Agenda2029 group accuse the German authorities of the fact that "here in Germany, a further intensification of the global war is being prepared," therefore they call for sabotage in the "centers of warmongers.

" At the same time, we are talking not only about an abstract "global war", but about a very specific one - the fourth year of the war in Ukraine being waged by Russia.

"While the United States has withdrawn from the aggressive war in Ukraine, United Europe stands together and openly discusses real nuclear deterrence against Russia," the authors of the message explain their actions. They also emphasize: "This is not our war. Stop it.".

The US and China control more than 90% of the world's artificial intelligence data centers, creating a global technology gap

According to a study by the University of Oxford, specialized data processing centers for artificial intelligence (AI) are concentrated in only 32 countries, mainly in the Northern Hemisphere, which accounts for only 16% of all countries in the world. At the same time, the United States and China manage more than 90% of such data centers, and together with the European Union they control more than half of the most powerful facilities in this area.

American technology giants, including Amazon, Microsoft, and Google, operate 87 large AI data centers worldwide, while Chinese companies manage 39 such facilities. European companies have only six such centers. Africa and South America are practically absent from the map of the location of these infrastructures.

This imbalance in the distribution of infrastructure for AI leads to serious inequalities in technology development, scientific research, and economic competitiveness. Many countries are forced to rent computing power abroad, which is associated with high costs, delays and legal restrictions. This limits access to cutting-edge technologies and reduces the diversity of ideas and innovations in the global AI community.

The growing demand for data centers, especially in the United States, where their number significantly exceeds that of China and European countries, is stimulating investment and infrastructure development. About 70% of all data centers are located in North America, and the largest markets are Germany, Great Britain and China. At the same time, the energy consumption of such centers is growing rapidly, which creates additional challenges for the energy industry.

Experts warn that without measures to expand access to computing resources and develop local infrastructure in lagging regions, the world risks splitting into technologically advanced leaders and countries that will remain in the shadow of the digital revolution. This will have an impact on the global economy, security, and scientific and technological progress in the coming decades.

The US Marine Corps has cancelled the long-range LRF launcher and is focusing on the NMESIS system

The US Marine Corps has decided to abandon the Long Range Fires (LRF) launcher program, based on the Mark 41 VLS single-element unit for Tomahawk missiles mounted on the ROGUE-Fires vehicle. The cancellation is due to serious concerns about the maneuverability and suitability of the system for operations in coastal and difficult conditions.

The LRF program, which started in 2023, was aimed at expanding the capabilities of Marines to launch long-range strikes against both sea and land targets. As part of the initial deployment, four LRF installations were transferred to the 11th Marine Regiment Long-range Missile Battery at Camp Pendleton, California. It was planned to deploy 56 more such systems by fiscal year 2028.

However, after a thorough assessment, it was determined that the LRF does not provide the necessary mobility and adaptability for dynamic and complex coastal operations and expeditionary conditions. In an official statement, the Corps stressed that flexibility and the ability to use effectively in harsh environments remains a priority, which the LRF does not provide.

Instead, the Marine Corps is doubling down on investments in the NMESIS (Naval Marine Expeditionary Ship Interdiction System) program, an extended—range missile system that better meets the demands of mobility and efficiency in coastal operations. This is reflected in the budget for fiscal year 2026.

South Korea's KAI has received a second contract for the production of 20 KF-21 Boramae fighters worth 2.39 trillion won

Korea Aerospace Industries Co. (KAI) has announced the signing of a second major contract with the Office of the South Korean Defense Procurement Program (DAPA) for the production of 20 additional KF-21 Boramae fighters of its own production. The value of the agreement is about 2.39 trillion won (1.76 billion US dollars).

The main details of the contract

- The contract includes not only aircraft production, but also logistical support — technical manuals and training programs for pilots and technicians.

- Delivery of the first 20 fighters under the first contract is scheduled for the second half of 2026.

- According to the plan, a total of 40 KF-21 aircraft will be delivered by 2028.

- The overall goal is to produce 120 KF-21 fighters by 2032.

The KF-21 is a 4.5 generation multi—role fighter developed by South Korea in collaboration with Indonesia. The aircraft is designed to replace the outdated F-4, F-5, KF-16 and F-15K models in the South Korean Air Force. It is equipped with two General Electric F414 engines, is capable of speeds up to Mach 1.8 and carries a wide range of weapons, including guided missiles and bombs.

The KF-21 program symbolizes the significant progress of the South Korean aerospace industry and the country's desire for technological independence in the field of defense. The fighter combines modern avionics, sensors and multi-purpose capabilities, while remaining more affordable than its fifth-generation counterparts.

The KF-21 has already attracted interest from several countries, including Poland, Peru, and the United Arab Emirates, which view it as an alternative to more expensive Western fifth-generation fighters.

Northrop Grumman successfully tested an air-launched ballistic missile for the US missile defense system

 

The American company Northrop Grumman conducted a successful test of a ballistic target missile dropped from a C-17 transport aircraft. This test was an important milestone in the development of US missile defense capabilities, demonstrating the effectiveness of air launch to simulate modern threats.

The target missile is a new class of high-precision ballistic threat emulators designed for comprehensive testing of integrated missile defense systems. Advanced technologies were used during the test, including:

- Modern avionics for flight control  

- Modular vehicle upgrade kits  

- Solid-fuel rocket engines  

- Special payloads simulating real combat elements

The air launch test allows for a more realistic simulation of ballistic missile attacks, improving the quality of verification and improvement of missile defense systems. Using a C-17 transport aircraft to drop a target provides flexibility and responsiveness in conducting tests under various conditions.

The development and improvement of missile defense systems remains a priority for the U.S. Department of Defense in the face of growing threats from potential adversaries. Northrop Grumman tests contribute to improving the reliability and efficiency of systems, ensuring the protection of national security.

The US Air Force will decommission 162 A-10 attack aircraft and cancel the E-7 Wedgetail program in 2026

 In fiscal year 2026, the U.S. Air Force plans to decommission the last 162 A-10 Warthog attack aircraft as part of a larger program to decommission 340 aircraft of various types. This will be the largest reduction in the fleet of combat aircraft in recent years. In addition to the A-10, 62 F-16C/D, 21 F-15E, 13 F-15C/D, 14 C-130H transport aircraft, 14 KC-135 tanker aircraft and other aerial platforms are planned to be decommissioned.

At the same time, the Pentagon intends to cancel the program for the purchase of Boeing E-7 Wedgetail long-range radar detection and control aircraft due to significant delays in development, rising costs and doubts about the survival of the device in the face of modern combat threats. Instead, it is planned to strengthen purchases of E-2D Hawkeye carrier-based aircraft and develop space surveillance systems.

The cancellation of the E-7 Wedgetail program and the accelerated decommissioning of the A-10 reflect the U.S. Air Force's strategic shift toward fleet modernization and a shift toward new technologies, despite criticism and concerns about possible gaps in air control and troop support capabilities.

UFO stopped the nuclear submarine USS Memphis: the 1989 incident


This story, first published by ufologist Frank Joseph and described in detail in his 2018 book "Military Encounters with Aliens: The Real War of the Worlds," was written by an unnamed witness.

It is reported that the incident occurred on the night of October 24-25, 1989.

The nuclear-powered submarine USS Memphis, a Los Angeles-class attack submarine, was submerged to a depth of 150 meters (approximately 492 feet), about 150 miles off the coast of Florida. Although the exact nature of their mission was not specified, it was described simply as a “training mission.”

Suddenly, the situation took a dramatic and alarming turn. The crew immediately realized the seriousness and strangeness of what was happening. The submarine actually lost control, and all communication systems shut down.

When the captain gave the order to stop, the nuclear reactor itself began to malfunction. An urgent decision was made to surface, and fortunately, this crucial control function was still working.

An eyewitness, who later shared his story with a ufologist, hurried to his observation post to explore the surroundings. It is reported that he was stunned by what he saw: the night sky above the submarine shone brightly, “like a neon-red night sign.”

At the same time, heavy rain began to fall.

A few moments later, an eyewitness noticed a massive object in the shape of a boomerang or the letter “V” in the sky, moving to the left of the submarine. Using a laser rangefinder, it was determined that the object was about 200 meters (about 656 feet) away from us and at least half a mile in length (about 800 meters, or 2,625 feet).

The UFO did not just move, it began to slowly circle directly around the submarine, as if deliberately watching it. At this point, it is reported that all on-board electronics failed, which led to its malfunction.

An eyewitness observed how a huge red reflection was synchronously circling from a UFO on the water. He immediately reported the unidentified aircraft to a senior officer, who ordered him to remain at his post and continue surveillance. The captain was then informed of the unusual events.

Then the UFO stopped abruptly, and the entire sky around it turned an even more intense red. Then, he rushed forward with such incredible speed that he disappeared into the distance in an instant.

As soon as the UFO disappeared, the submarine's electronics returned to normal, and the reactor started working properly again. The only permanent damage was to the communications system.

As the submarine continued on its way, an eyewitness, the first mate, and two other officers were called to the wardroom.

They were informed that they were the only direct witnesses to the incident, and therefore they were forbidden to discuss it with anyone. Upon arrival of the USS Memphis at the port, all the witnesses were immediately removed from the submarine and placed in a separate room under “surveillance.”

Three hours later, a U.S. Navy officer arrived and informed them that they had actually seen an “exploding weather satellite" and nothing more. After this explanation, everyone was finally released.

However, the matter did not end there. Over the next few years, almost the entire Memphis crew was reportedly disbanded and transferred to other submarines for unknown reasons. None of the sailors were ever told the reason for their transfer, which, according to an eyewitness, is an extremely rare and unusual violation of the standard procedure of the Navy.

Moreover, it was discovered that all the main records of this particular USS Memphis flight had been carefully deleted. Only vague records remained indicating that it was “on a voyage with other ships,” and all the events of October 24 and 25 were completely deleted from other records.

Germany has signed a contract with Norway for the purchase of Joint Strike Missile cruise missiles for F-35 fighter jets

 

 Joint Strike Missile 

On June 25, 2025, at the NATO summit in The Hague, Norwegian Defense Minister Tore O. Sandvik and German Defense Minister Boris Pistorius officially signed a major bilateral agreement on the supply of multi-purpose air-launched cruise missiles Joint Strike Missile (JSM). The value of the transaction is about 6.5 billion Norwegian kroner (approximately 565 million euros).

 The main details of the transaction

- JSM missiles will be supplied by the Norwegian company Kongsberg Defense & Aerospace.

- Germany plans to use these missiles on F-35 fighter jets, which are being purchased from the United States.

- The first deliveries are expected before the end of 2027.

- Germany will become the fifth country after Norway, Japan, Australia and the USA to use JSM.

The JSM is a modern multi—purpose cruise missile developed by Kongsberg in collaboration with the American Raytheon Missiles & Defense. It is capable of hitting well-protected targets both on land and on water at long distances with high accuracy. The rocket is adapted specifically for integration with the F-35 platform.

The signing of the agreement reflects Germany's efforts to modernize its armed forces and strengthen its defense capabilities in the face of growing threats in Europe. Earlier, Chancellor Friedrich Merz expressed support for Ukraine and the need to develop long-range weapons. The purchase of JSM for the F-35 will allow the Bundeswehr to increase its ability to launch targeted strikes and strengthen its role in NATO's collective security.

Friday, 27 June 2025

MI6 distances new leader from Nazi grandfather

MI6 is trying to separate the new head of the service, Blaze Metreveli, from the scandalous family history. This week it became known that her grandfather Konstantin Dobrovolsky was a Nazi spy, known by the nickname "The Butcher," who defected from the Red Army and became a Nazi informant in Chernigov, Ukraine.

Despite this, the British Foreign Office, which represents MI6, said that Ms. Metreveli "did not know or meet with her paternal grandfather." Thus, the secret service is trying to distance her from this historical connection and preserve the reputation of the new head of the Secret Intelligence Service.

Summary of the Ministry of Defense of the Russian Federation on the progress of its military operations from June 21 to June 27, 2025

 

On the night of June 27, the Russian Armed Forces launched a group strike with precision weapons, including Kinzhal hypersonic missiles and UAVs, on the infrastructure of the Starokonstantinov military airfield in the Khmelnitsky region. From June 21 to 27, six group strikes were carried out, hitting military-industrial complex facilities, fuel and energy complex, ports, air defense radars, ammunition and fuel depots, arsenals, production workshops, UAV bases, airfields and locations of the Armed Forces of Ukraine, nationalists and mercenaries.

North Group of forces: Improved positions on the front line. Concentrations of manpower and equipment of five mechanized brigades, three infantry fighting brigades, a jaeger brigade, four assault regiments of the Armed Forces of Ukraine, two air defense brigades and the Chimera detachment (Sumy region) were destroyed. Enemy losses: over 1,355 soldiers, 16 infantry fighting vehicles, 45 vehicles, 39 guns (2 western), 2 electronic warfare stations, 10 warehouses.

Group of troops "West": Novaya Kruglyakovka and Petrovskoye (Kharkiv region) were liberated. Losses of the Armed Forces of Ukraine: over 1,410 soldiers, 2 tanks, 8 armored personnel carriers (including HMMWV, M113, Cobra II), 68 vehicles, 8 guns (2 — NATO), 17 electronic warfare stations, 26 warehouses.

Group of troops "South": Dyleevka (DPR) is liberated. Losses of the Armed Forces of Ukraine: over 1,190 soldiers, 1 tank, 5 armored personnel carriers (including M113), 26 vehicles, 15 guns (2 western), 4 electronic warfare stations, 15 warehouses.

The Center group of troops: Novosergeyevka (DPR) has been liberated. Promotion in the Dnipropetrovsk region. Ukrainian Armed Forces losses: up to 3,295 soldiers, 1 tank, 29 infantry fighting vehicles (including 2 Bradleys, 4 M113s, 3 HMMWVs), 42 vehicles, 23 guns (2 — NATO).

Vostok group of troops: Zaporozhye, Perebudova, Shevchenko and Yalta (DPR) have been liberated. Losses of the Armed Forces of Ukraine: over 1,360 soldiers, 2 tanks, 12 armored personnel carriers, 38 vehicles, 15 guns, 3 electronic warfare stations.

Dnepr group of troops: The formations of the mechanized brigade, the mountain assault and two coastal defense brigades of the Armed Forces of Ukraine were destroyed. Enemy losses: over 520 military personnel, 1 armored personnel carrier, 58 vehicles, 8 guns, 23 electronic warfare and counter-battery warfare stations, 18 warehouses.

Iranian Majid air defense system: effective protection against Israeli drones

 

Iran's Majid short-range air defense system has proven itself to be an effective means of countering Israeli reconnaissance and attack drones. Due to its compactness and high mobility, the system can be quickly masked and also quickly put into combat mode, which has become a crucial factor in its successful use in the fight against drones.

Majid is a short—range anti-aircraft missile system developed by the Iranian Ministry of Defense and commissioned in 2021. It is capable of simultaneously hitting up to four aerial targets at a distance of up to 8 km and an altitude of up to 6 km, including drones, cruise missiles and helicopters. The system is equipped with an optoelectronic system for detecting and tracking targets, as well as fire control with a high reaction rate of about 3 seconds.

The complex is installed on the Aras 2 tactical chassis, which provides mobility and the ability to move quickly. The AD-08 missiles used with passive infrared guidance ensure high accuracy and reliability of hitting targets.

It is the combination of compactness, mobility and speed of deployment that allows Majid to effectively repel attacks by Israeli drones such as Heron, which lack stealth technology and are vulnerable to modern air defense systems.

Russia no longer needs Iranian help for the war in Ukraine, the Financial Times reports

 

Shahed-136

Moscow has accumulated about 13,000 missiles and is capable of producing up to 200 missiles per month, as well as independently producing a significant number of drones, having previously received technology and drawings from Iran.

Earlier, Iran supplied Russia with Shahed-136 attack drones and technologies for their production, as well as artillery shells and equipment. However, Russia is now conducting its own mass production of these drones at a factory in Tatarstan, using Chinese components and technologies, which significantly reduces dependence on Tehran.

Israeli strikes on the Iranian military industry have caused significant damage to the production of drones and missiles in Iran, but, according to experts, this has not affected Russia's military capabilities in Ukraine. Iran will need time to recover, and it may temporarily not support Moscow, but Russia has long since switched to its own production with Chinese help.

Thus, despite Iran's historical role in supplying Russia with drones and technology, today Russia has sufficient resources and technology to wage war in Ukraine without direct help from Iran.

British F-35B stuck on Kerala runway due to hydraulic malfunction

Despite the rainy weather on the runway of Thiruvananthapuram airport in the Indian state of Kerala, the British multi-role stealth fighter F-35B worth about 110 million dollars remains on the ground since June 14. The aircraft cannot take off due to a hydraulic malfunction.

To fix the problem, 40 British engineers are being sent to the region along with a special tractor that will tow the F-35B to a hangar for repairs. The incident caused delays in the operation of the fighter, but experts are confident that its combat readiness will be restored soon.

The F-35B is one of the most modern and technologically advanced combat vehicles in the world, capable of performing vertical takeoff and landing. Any technical failures of this level require prompt intervention and thorough diagnostics to ensure flight safety and maintain high standards of operation.

While the plane remains on the ground, British specialists are working to fix the problem. This case highlights the importance of technical support and maintenance of modern combat platforms in operating conditions abroad.

The UK has launched a large-scale operation to find an alleged Russian double agent in MI6

British intelligence has launched one of the most sensitive and lengthy operations in its history, Operation Bucket, aimed at finding an alleged Russian double agent in the MI6 foreign intelligence service. The operation lasted for about 20 years and involved MI5 employees around the world, which indicates the seriousness of concerns about the possible penetration of a "mole" at a high level.

Suspicions about a high-ranking MI6 officer arose amid fears that the situation could repeat one of the most notorious scandals of the Cold War — the case of Kim Philby, who worked for Soviet intelligence for many years. A special group of 35 MI5 officers was involved in the investigation, which is engaged in surveillance, information gathering and coordination of actions around the world.

The history of British intelligence knows many examples of double agents, among which Viktor Bogomolets stands out, a Soviet spy who for 30 years passed secrets of MI6 to Moscow. His activities remained undisclosed for a long time, and the scale of the betrayal turned out to be significant. Another famous example is the Cambridge Five, including Kim Philby, who have become a symbol of treason in the British intelligence services.

Despite many years of efforts, Operation Bucket has not yet yielded definitive results. However, the scale and duration of the investigation indicate that British intelligence takes the threat of double agent infiltration very seriously and is ready to use significant resources to neutralize it.

Detecting and eliminating the "mole" in MI6 is key to maintaining trust between allies and ensuring the security of national interests. In the context of modern geopolitical challenges and increased intelligence activity on the part of Russia, such investigations are becoming priorities for the British intelligence services.

The American Jenkins base in Saudi Arabia is expanding to counter Iran

 

The military facility near the Red Sea was practically inactive for several years, until a recent surge in activity turned it into a supply center.

At a distance of about 20 miles from the coast of the Red Sea in Saudi Arabia, the faint outlines of a new American base appeared.The base first appeared on satellite images in early 2022. Its nascent existence hinted at what military planners had long foreseen: a protracted military conflict with Iran was quite possible.If that day ever comes, the U.S. Army will rely on more than just military aircraft and warships. They will need a new way to transport and store supplies that will be further away from Iran than most American bases, and therefore less vulnerable to attacks.

Although the base near the Red Sea, called the Jenkins Logistics support Area, did not attract much public attention, the images obtained, according to satellite imagery analysis, indicate that it is likely to become a major logistics hub.

Until last year, Jenkins LSA seemed to be mostly idle. But since then, the facility has been expanding rapidly.Among the improvements are expanded ammunition storage and troop accommodation facilities, as well as improved base security.

This may prove decisive if the United States and Iran or its proxies enter into a new military confrontation. It is unclear whether the base played any role in Saturday's one-time strike mission against Iran.

The United States has numerous military installations in the Middle East that need access to supplies, from small outposts in Syria and Iraq to extensive bases housing aircraft and warships.

The new Russian V2U attack UAV: features and potential

 

Since February 2025, the enemy began to celebrate the use of a new attack UAV by the Russian Armed Forces, which the enemy assigned the designation V2U. In some sources, it is even called the "most high-tech" Russian device of this type.

What is known about V2U:

— The aircraft-type body is made of plastic, almost the entire volume of the fuselage is occupied by the payload. It is interesting to see the color marking: according to some reports, it was made to identify drones in a swarm.

— Navigation and control are carried out by scanning the terrain with a rotary camera and a lidar rangefinder, the resulting image is compared with preloaded images from the flight mission, which makes the UAV resistant to electronic warfare interference. The drone is also equipped with a satellite navigation module and an inertial system with a geomagnetic sensor, and a mode with a mobile network connection is provided for targeting and evading interceptors.

— The on-board computer is represented by the Chinese Leetop A603 board, and the American modular Nvidia Jetson Jin processor is responsible for the AI system. According to the statement from the enemy, V2U is able to independently search, determine the type of target and make a decision about the attack. 

— The power plant is an electric motor with a lithium polymer battery, but the yf part of the products has a gasoline engine to increase the operating radius to 100 km.

— The warhead is a cumulative high-explosive incendiary ammunition KOFZBCH-3 weighing 2.9 kg, equipped with a new high–power explosive OLA—15T - a mixture of octogen with 15% aluminum (gives incendiary properties) and a plastisol bundle. Probably, if necessary, it is possible to install a different type of warhead.

— The V2U is launched from a pneumatic reusable catapult using a compressed air cylinder.

Almost all V2U components are sold on regular marketplaces. This is another illustration of the gradual blurring of the boundaries between civilian and military technologies and the transition of the former to the field of "dual-use". 

The presence of an American processor again hints at Russia's ability to circumvent sanctions, although at the same time it clearly indicates dependence on Western technologies.

Of course, the price for the drone's high capabilities and its resistance to interference is its price. However, it is important not to forget that a destroyed member of the Armed Forces of Ukraine (and even more so an enemy UAV crew) is much more expensive.

Anyway, the V2U is a breakthrough product in its own way, reflecting the latest trends in drone construction. And the enemy, apparently, has yet to experience its potential.

Romania receives 18 F-16 fighter jets for pilot training, but faces financial problems

Romania has received 18 F-16 fighter jets to train Ukrainian pilots, but they are also a financial problem.

Getting a free squadron of modern aircraft may seem like a bargain at first glance, but the Romanian military may soon notice some very costly disadvantages.

After it was announced in April 2025 that Romania would receive all 18 F-16 fighter jets of the Royal Netherlands Air Force to help train Ukrainian and Romanian pilots, the aircraft have now been transferred., and the parties are ready to finalize the agreement.

Over the past two months, F-16s have been delivered to the 86th RoAF Air Base in Borce. A memorandum of understanding to finalize the deal was signed on the sidelines of the ongoing NATO summit in The Hague.

Why DARPA considers stealth technology obsolete in future wars

According to the Defense Advanced Research Projects Agency (DARPA), the era of stealth technology dominance is coming to an end. As stated by DARPA Deputy Director Rob McHenry at the Mitchell Institute webinar on June 25, 2025, the rapid development of quantum sensors and other technologies is radically changing the landscape of military confrontation.

The key reasons for the obsolescence of stealth technologies

1. Breakthrough in sensor technology 

   Quantum sensors are capable of detecting the slightest gravitational anomalies from hidden objects, magnetic field distortions, and micro-vibrations that remain invisible to traditional radars. This makes even the most advanced stealth systems vulnerable.

2. Changing priorities in the development of weapons 

   DARPA is focusing on new features such as high speed (including hypersonic systems), active defense (electronic warfare, laser interception systems), and maneuverability using artificial intelligence to evade threats.

3. Economic inefficiency 

   The cost of developing and maintaining stealth capabilities is becoming disproportionately high against the background of the availability of modern sensor technologies for a wide range of countries.

 Future alternatives to stealth technologies

Instead of traditional stealth, the future belongs to quantum radars that can detect almost any hidden object, hypersonic missiles that shorten the enemy's reaction time, and laser systems for intercepting missiles and drones. In addition, swarm drones capable of carrying out massive and intelligent attacks are actively developing. These technologies provide more flexible and effective ways of conducting combat operations than passive evasion.

Although DARPA predicts a decrease in the importance of stealth technologies, their complete disappearance is unlikely in the next 15-20 years. Next-generation projects such as the B-21 Raider and NGAD continue to combine stealth with other advanced technologies. However, the focus is shifting to multispectral camouflage, dynamic adaptation to real-time threats, and electronic warfare as the main form of protection.

As Rob McHenry noted, "The future will be determined not by stealth, but by the ability to detect faster, hit more accurately, and defend more effectively." This position reflects a fundamental shift in military strategy — from passive avoidance to active dominance in the electromagnetic spectrum and cyberspace.

Russian troops received TKB-1055 mini-missiles for Pantsir missile defense systems, Rostec reports

 

- Why do you need mini-missiles? The Pantsir-S1 normally carries 12 transport and launch containers (TPCs) with anti-aircraft missiles, which have a range of up to 40 km. But why use them on drones? It's wasteful. And sometimes it is ineffective – at close range, the missile can miss. 

- We solved the problem brilliantly. The Pantsir air defense missile system has been equipped with new quadruple containers of small-sized anti-aircraft missiles with a range of (!) 500 m. And although they are small, they used a control system and a warhead close to the usual Pantsir missiles. 

"Four in one." The creation of mini-missiles will make it possible not to waste expensive ammunition on artisanal drones, quadrocopters and mortar mines – mini-missiles will take care of them. They can be placed in a package of four pieces in a regular launch container. That is, the number of missiles can be increased to 48, which eliminates the possibility of overloading the air defense. 

On a daily basis, the "Shells" of the Russian Armed Forces reflect attacks by enemy kamikaze drones in the skies over Russia. And with small-sized anti-aircraft missiles, they will be able to protect more objects and do it with minimal cost.

Thales and KNDS France unveil RAPIDFire Land ground defense system to protect air bases

RAPIDFire Land

At the Paris Air Show, Thales and KNDS France, together with the French Air Force and Space Forces, presented a new remotely controlled RAPIDFire Land ground defense system. This system is designed to protect air bases both in France and abroad, especially for the protection of strategically important facilities.

RAPIDFire Land System Features

- Armament: CT40 40mm telescopic cannon, developed by CTA International, a joint venture between KNDS Systems and BAE Systems, originally designed for the Jaguar armored vehicle.

- Configurations: available in two versions — mobile (mounted on a truck chassis, for example, Tatra) and semi-mobile (fixed platform for protecting facilities such as airfields).

- Ammunition and specifications: It has a rate of fire of up to 200 rounds per minute, 140 rounds of ammunition in the magazine and 280 in reserve, and a range of up to 4 km against air targets and 2.5 km against ground targets.

- Guidance systems: equipped with an optoelectronic system with a thermal imager and a laser rangefinder, as well as a fire control system that corrects fire after each shot.

- Purpose: Effective against aerial and surface threats, including drones, helicopters, light aircraft and cruise missiles.

RAPIDFire Land has become a land-based version of the RAPIDFire marine system already deployed on French Navy ships. The system is designed to complement traditional air defense systems and enhance the protection of important military installations from modern threats. The modular design allows you to adapt the system to different platforms and tasks.

The new RAPIDFire Land system is a state-of-the-art solution to enhance the security of air bases and other strategic facilities by combining high firepower, precision, and mobility.

Thursday, 26 June 2025

New satellite images show the destruction of an Iranian drone factory during the Israeli campaign

Chinese commercial satellite company MizarVision has released new images showing the complete destruction of a suspected Iranian drone factory. The facility was located in a warehouse near Mehrabad Airport in western Tehran. The exact date of the strike is unknown, but photos confirm the scale of the destruction caused by Israel's two-week air campaign against Iran.

Since mid-June 2025, Israel has conducted active airstrikes against a number of facilities in Iran aimed at neutralizing the military infrastructure associated with the production of drones and missile systems. In response, the Iranian air defense forces destroyed more than 130 Israeli drones, as well as launched missile strikes on Israeli territory.

The destruction of a warehouse near Mehrabad Airport, where drones were allegedly manufactured or stored, significantly weakens Iran's ability to conduct unmanned operations and launch strikes against Israel and its allies. It also confirmed the high accuracy and effectiveness of the Israeli airstrikes.

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