Romania is quietly becoming Europe's arms factory — drones, gunpowder and tanks are being built

Brasov as a new center of defense production

Where Soviet workshops used to be, modern factories are now growing. Romania has launched a large-scale revival of its defense industry, and the city of Brasov has become the main testing ground. It is here that new facilities are being built to produce drones, explosives and gunpowder, all of which became scarce after the outbreak of the war in Ukraine.

This is not just an upgrade. This is a restart of the entire system.

Drones, gunpowder, armor — what are they doing in new factories

Next up are three key areas:

• Drones — together with American partners, the production of tactical and attack drones is developing. The goal is not only to supply your army, but also to export.
• Gunpowder and explosives — production lines for ammunition components are being launched. This is critically important, because without a stable supply, artillery gets stuck.
• Tanks and armored vehicles — production and repair of equipment is expanding, including Leopard 2 and other NATO platforms.

All this makes Romania not just a consumer of weapons, but a producer of them.

Americans and Germans are helping to restart the industry

Help is coming from the USA and Germany. American companies participate in the creation of technological chains, supply licenses and equipment. The Germans help with engineering and quality standards. This is not a charity, but a strategic investment in a reliable rear in eastern Europe.

For Washington and Berlin, it is important that someone can quickly do what the front needs, without depending on long-range supplies.

Why Romania is the key to NATO's eastern flank

The geography speaks for itself: Romania is the only NATO country with access to the Black Sea, bordering Moldova and next to Ukraine. The main logistics routes run through it. Now it becomes not only a corridor, but also a source.

If ammunition or drones run out somewhere in the region, they can be set up right in Brasov. This changes everything from reaction time to strategic resilience.

Sources

1. Rambler News — Serial drone & munition production to start by end-2025
2. 1Prime — Rheinmetall powder plant in Romania & Romarm cooperation
3. Avia.pro — German-backed Romanian ammunition production plans
4. Ponomaroleg.com — Romania as new NATO hub & defence giant

Canada and Sweden deepen cooperation in the field of aerospace technology and defense

Canada and Sweden have officially announced their intention to deepen cooperation in the field of aerospace engineering, defense and advanced technologies. The joint statement was made on August 20, 2025, at a meeting of high—level representatives of the two countries - Canadian Minister of Industry Melanie Joly and Secretary of State for Defense Procurement Stephen Fur, as well as Deputy Prime Minister of Sweden, Minister of Energy, Business and Industry Ebba Bush and Minister of Defense Paul Johnson.

The Ministers described the new partnership as a strategic association that is important in the context of the changing geopolitical situation in Europe and the Arctic region. Special attention was paid to cooperation in the defense industry, where the aerospace sector was named one of the key priorities.

This cooperation involves the exchange of technologies, joint research and development of new solutions to enhance the defense capabilities of both countries, as well as strengthening their positions in the international arena. The view of the Arctic as a strategic region reinforces the need for such interaction.

The partnership between Canada and Sweden demonstrates the growing importance of joining the efforts of small and medium-sized countries to ensure security and technological development in the face of global challenges.

Leonardo swallowed Iveco: Italian giant buys armored car manufacturer for 1.7 billion euros

 

The Italian defense industry is undergoing tremendous consolidation. Leonardo, the country's largest aerospace and defense concern, has officially agreed to buy Iveco Defense Vehicles (IDV), a manufacturer of military equipment, for 1.7 billion euros (almost $1.9 billion). This marks the end of months of speculation and rumors surrounding the fate of the company that was put up for sale.

The deal, which Leonardo will finance with its own cash reserves, is not just a purchase, but a strategic breakthrough. It transforms Leonardo from a leading player in the field of avionics, helicopters and electronic warfare into a true titan, dominating the market for ground combat systems. Now, in addition to fighters and missiles, legendary Iveco armored personnel carriers and infantry fighting vehicles, such as LMV (Light Multirole Vehicle) all-terrain wheeled armored vehicles and tracked heavy vehicles, will appear in their portfolio.

This step logically continues Leonardo's strategy of strengthening its position on the ground. Last year, they already entered into a large-scale partnership with the German giant Rheinmetall for the joint production of tanks and combat vehicles. Now, by purchasing IDV, they gain full control over the production and development of ground vehicles in Italy. Experts believe that this will create a powerful European player capable of competing with the world's largest defense corporations and competing for major international contracts for the supply of the entire range of weapons — from aircraft to tanks.

China has launched "smart hunters": a new combat drone for precision strikes

The Chinese defense industry has quietly but confidently rolled out a new toy — a small but evil combat drone, which has not yet been officially named, but in fact it works as a "smart projectile on wings." His task is to find and destroy targets such as light armored vehicles, firing points, as well as command posts and clusters of equipment.

What is interesting about this new class of drones? First of all, size and intelligence. This is not a heavy drummer like the Wing Loong, but a compact machine that can be launched even from the shoulder or from a container. But it is equipped with an AI guidance system: it searches for a target, recognizes it and, if necessary, attacks with an accuracy of up to a meter.

Imagine: a drone flew into a combat zone, "saw" an APC or a machine—gun emplacement, and crashed into it like a kamikaze, or dropped a small but powerful warhead. Such devices are especially effective in urban environments or in remote areas where large drones or aircraft may be inconvenient.

China is clearly betting on a "swarm" of drones — when dozens of such machines simultaneously attack enemy positions, creating chaos and overloading air defenses. And the new small UAVs are just the kind of pawn that can become a real nightmare for the enemy, especially if there are a lot of them.

So it's not just another drone. This is part of the future of combat — fast, accurate and almost non-contact.

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

                                                              

Hanwha Systems and Northrop Grumman sign memorandum of cooperation on integrated air defense and missile defense systems

Hanwha Systems (CEO Song Jae-il) has announced the signing of a memorandum of understanding (MoU) with Northrop Grumman, a leading American defense contractor, in early 2025. The agreement is aimed at cooperation in the field of integrated air and missile defense (IAMD) technologies.

Main areas of cooperation:

- Development and exchange of technologies for integrated management and control of air defense systems.

- Research of new business opportunities in the South Korean market.

- Joint work on innovative solutions to improve the efficiency of defense systems.

This partnership opens up prospects for strengthening the defense potential of both companies and expanding their influence in the field of modern air defense and missile defense systems.

The French Foudre MLRS is a new competitor to the American HIMARS at the Paris Air Show 2025

 Foudre multiple launch rocket system

French arms manufacturer Turgis & Gaillard has officially unveiled its new Foudre multiple launch rocket system at the Paris Air Show 2025. This state-of-the-art platform marks an important step for the French defense industry in competition with the American HIMARS system.

Key Features of Foudre

- Sovereign development: Foudre was created as a response to the obsolescence of the French MLRS Lance-Roquettes Unitaires (LRU), ensuring national autonomy and independence in the field of armaments.

- Mobility and protection: The system is mounted on a Renault Kerax 6×6 chassis, equipped with an armored cabin, which provides crew protection and high maneuverability in various conditions.

- Modular launch container: Allows you to quickly recharge the system and adapt to different types of ammunition, which increases operational flexibility.

- Multi-purpose application: Foudre is intended for use both in France and for international export, which expands its market prospects.

Foudre combines high firepower and mobility, which makes it an effective means of deep impact on enemy targets. This system allows France to strengthen its defense capabilities and reduce dependence on foreign technology. In the face of growing global instability and increasing demand for modern MLRS, Foudre offers a competitive and sovereign solution.

The appearance of Foudre on the international stage may change the balance of power in the segment of multiple launch rocket systems, offering an alternative to the American HIMARS. The French defense industry is counting on the successful implementation of the system in the armed forces and the expansion of export contracts.

BAE Systems has opened a new artillery factory in Sheffield worth 25 million pounds

 

BAE Systems has officially launched a new artillery factory in Sheffield, UK. This state-of-the-art 94,000 square foot facility was an important step in the restoration of gun barrel production in the country. Investments in the amount of 25 million pounds have created about 200 new skilled jobs, which will significantly strengthen the UK defense industry.

The new plant will become a British howitzer manufacturing center, which will reduce dependence on foreign supplies and increase the country's technological independence. Initially, the company will specialize in the production of barrels for light M777 howitzers, which are widely used by the British and Allied armed forces. Further expansion of production is planned to support other artillery and combat systems.

The opening of the plant took place with the participation of British Defense Minister John Healey, who emphasized the strategic importance of this project for national security and the economy. According to him, the creation of new jobs and the development of high-tech manufacturing in Sheffield is an excellent example of successful cooperation between the government and the defense industry.

The plant is planned to be put into operation by the end of this year. Once launched, it will play a key role in providing the British armed forces with modern artillery systems, as well as becoming a hub for innovation and advanced technology in the production of military equipment.

In addition to strengthening defense capabilities, the BAE Systems project will have a positive impact on the economy of the Sheffield region. The creation of 200 new skilled jobs will boost the development of local industry and increase employment. In addition, the plant will attract specialists and engineers, which will contribute to the development of scientific and technical potential and an innovative environment in the region.

The opening of the new BAE Systems artillery factory in Sheffield is a significant event for the UK defense industry. Investments in manufacturing, job creation and technology development will strengthen national security and provide the armed forces with modern and reliable weapons. This project demonstrates the country's commitment to technological independence and the support of highly skilled labor, which is the key to a successful future for the defense sector.

IndoDefence 2025: German armored infantry vehicle Marder 1A3 will become the backbone of Indonesia's mechanized forces

Marder 1A3

At IndoDefence 2025 in Jakarta, it was announced that the German armored infantry vehicle Marder 1A3 will be a key platform for the modernization of the mechanized forces of the Indonesian army. This move reflects Indonesia's desire to strengthen its ground forces with modern and reliable armored personnel carriers.

The Marder 1A3 is a time—tested infantry fighting vehicle with high mobility, protection, and firepower. She is able to effectively carry out the tasks of transporting personnel, fire support and participation in combat operations in various conditions.

The choice of the Marder 1A3 indicates Indonesia's intention to increase the combat capability of its mechanized units and integrate modern technologies into the country's defense industry. In addition, cooperation with German manufacturers opens up opportunities for technical support and local maintenance of equipment.

South Korea's Samyang Comtech has received approval to supply armor for the Turkish Altay tank

 The South Korean company Samyang Comtech has officially received export approval for the supply of advanced ballistic armor for Turkey's Altay main battle tank. According to the Office of the South Korean Defense Procurement Program (DAPA), this is the company's first direct international contract for the supply of armor for a foreign-made tank.

Developed on the basis of the K2 Black Panther, Altay symbolizes Ankara's desire to put into service a modern, combat-ready MBT fleet. The move reflects closer cooperation between the Korean and Turkish defense industries amid growing regional demand for local, sustainable armored platforms.

Altay

NIBE Limited has received a large export order from an Israeli technology company

NIBE Limited, a leading Indian manufacturer of critical defense systems, has announced the receipt of a significant export contract worth 17.52 million US dollars. The order came from a world-renowned leading technology company from Israel, which highlights the high level of trust and recognition of NIBE products in the international defense technology market.

This contract is an important milestone in the development of NIBE Limited, strengthening its position as a key player in the field of defense production. The supply of equipment and systems for this order will expand cooperation between India and Israel in the field of high-tech defense solutions.

NIBE Limited specializes in the development and manufacture of mission-critical systems used in the most advanced defense complexes. Thanks to innovative technologies and strict quality control, the company ensures the reliability and efficiency of its products, which is especially important for customers from the defense sector.

The export order worth USD 17.52 million demonstrates the growing international demand for NIBE products and opens up new opportunities for further business expansion in the global market. The company plans to complete the order on time, while ensuring high standards of quality and technical support.

Thus, the successful conclusion of this contract strengthens the reputation of NIBE Limited as a reliable partner in the field of defense technology and contributes to the development of strategic cooperation between India and Israel.

The MBDA plant in Bolton is expanding to increase production of anti-tank missiles

 

Meteor Rocket

Due to the large-scale rearmament of the European armies after the aggravation of the geopolitical situation, the plant for the production of anti-tank missiles in the city of Bolton (Great Britain) plans to double its capacity. This became known after the announcement of MBDA, one of the largest European developers of missile weapons, about its intention to invest 200 million pounds in modernization and expansion of production.

The expansion of the plant is due to the growing demand for modern anti-tank systems from NATO countries and other European countries seeking to strengthen their defense capabilities. The increase in production volumes will satisfy both UK government orders and export supplies.

The investment also coincides with the announced initiatives of British Prime Minister Keir Starmer and the European Commission to create a so-called "bank for defense, security and sustainability", which should ensure the coordination of procurement, logistics and strategic development of the EU defense sector and its partners.

This expansion marks an important step in rebuilding the European military industrial base, which has faced supply disruptions and ammunition shortages amid new security challenges.

The first serial KF-21 Boramae fighter has begun final assembly before delivery to the South Korean Air Force

KF-21 Boramae on assembly in the workshop

The Korean Aerospace Industry (Korea Aerospace Industries, KAI), together with the Office of the Defense Procurement Program (DAPA), announced an important stage in the development of the national fifth-generation fighter. The first serial multifunctional fighter KF-21 Boramae has begun the final stage of assembly, which brings it closer to its official incorporation into the Republic of Korea Air Force.

This became known during a ceremony held at KAI's production facilities in the city of Sacheon. This event took place a little less than a year after the start of mass production of the fighter, as well as exactly ten years after the launch of the program to create its own supersonic combat aircraft.

The KF-21 Boramae fighter, developed with the participation of Indonesian specialists, is positioned as a competitor to the F-35 and other modern fifth-generation aircraft. It is equipped with an advanced radar system, is capable of carrying a wide range of weapons and has the potential for further modernization.

This project is an important step by South Korea towards technological independence in the aircraft industry and strengthening the country's defense capability.

Iran has unveiled three new self-developed vertical take-off and landing drones

The Army of the Islamic Republic of Iran has been replenished with three new unmanned aerial vehicles capable of vertical takeoff and landing (VTOL). These UAVs were fully developed and produced domestically, highlighting the growing capabilities of the Iranian defense industry.

The new drones were named Homa, Dideban (which translates as "watchdog") and Shahin-1 ("falcon"). All of them have versatility of application and can switch to fixed-wing flight mode, which significantly increases their efficiency, increases the range and duration of the mission.

According to official sources, these devices belong to the class of FPV kamikaze drones, that is, they are designed to attack targets from manned control with real-time video transmission. This type of drone has already proven itself in modern theaters of military operations due to its high accuracy and relatively low cost.

The ceremony of the official presentation of the equipment took place at the base of drones and the airbase of the Iranian army in the city of Zahedan in the south-east of the country. The event highlighted the strategic importance of developing the UAV potential as part of the modernization of the Iranian armed forces.

Turkey is increasing production of the Barkan unmanned ground vehicle: efficiency in combat conditions has brought UGV into mass production

 

Barkan

After successfully passing field tests and proven effectiveness in real-world operational conditions, the Turkish unmanned ground vehicle (UGV) Barkan, developed by HAVELSAN, officially goes into serial production. This strategic decision was made by the Turkish Defense Industry Directorate (SSB) in order to strengthen the technological base and combat power of the Turkish armed forces.

Barkan was put into service in 2023, and over the past period has proven to be a reliable and adaptive platform capable of performing a wide range of tasks — from reconnaissance and surveillance to logistical support and fire cover. During operations, he has repeatedly demonstrated a high degree of autonomy, resistance to electronic warfare, and the ability to integrate with existing command systems.

During its refinement, special attention was paid to feedback from direct users and analysis results from the real battlefield. This allowed HAVELSAN to implement important updates that increased the functionality, survivability and interaction of the device with other elements of the tactical network.

The serial production of Barkan opens up new opportunities for the modernization of the Turkish army, making it one of the first countries in the region to actively introduce robotic systems into daily combat practice. It is expected that deliveries of new units of equipment will begin in the coming months, which will significantly increase the level of automation and safety when performing risky missions.

This step also demonstrates Turkey's desire for technological independence and the development of its own defense industry capable of competing in the international market.

Hanwha Aerospace presents the K9A3 concept design: a new evolution of the self-propelled howitzer

 

K9A3

South Korean defense company Hanwha Aerospace has released new promotional materials demonstrating the next stage in the development of its flagship K9 self-propelled howitzer. The new conceptual design, dubbed K9A3, promises to be a revolutionary step in the field of artillery systems thanks to advanced automation technologies and improved combat performance.

The K9A3 is an upgraded version of the legendary K9 self-propelled howitzer, which has already established itself internationally. According to promotional materials, the new system will be equipped with many innovative features that will significantly increase its effectiveness on the battlefield. Key features of the K9A3 include:

- Manned and unmanned control: The possibility of both traditional crew control and remote control via operator interfaces.

- Autonomous Driving: Integration of autonomous technologies to navigate and complete tasks without human intervention.

- New Turret Design: The improved turret provides increased firepower, accuracy, and protection.

- Improved Automation: Fully automated loading and firing processes reduce response time and increase productivity.

The K9A3 is designed to meet modern requirements for artillery systems, where speed, accuracy, and survivability are key factors. Thanks to the manned and unmanned control modes, the system can be used in a variety of conditions — from classic ground operations to complex urban battles. Autonomous driving also minimizes the risk to personnel, especially in high-risk areas.

In addition, the new turret design and improved automation provide a significant increase in the rate of fire and accuracy. This makes the K9A3 an ideal choice for supporting ground troops and performing strategic missions.

Hanwha Aerospace continues to strengthen its position as one of the leaders in the development of artillery systems. The K9A3 could become an important product on the international market, attracting the attention of countries seeking to modernize their armed forces. Experts point out that the demand for highly automated and multifunctional systems such as the K9A3 will only grow with the development of technology and the increasing complexity of military threats.

The presented conceptual design of the K9A3 demonstrates how future technologies are changing traditional ideas about weapons. Autonomous and unmanned solutions are becoming an integral part of modern warfare, and systems like the K9A3 set new standards for efficiency and versatility.

However, the successful implementation of the project will require significant investments in research and development, as well as close cooperation with international partners. If the K9A3 is successfully implemented, it will become a symbol of technological progress in the defense industry.

Chinese microwave cannon has made a breakthrough: 10,000 shots have confirmed the effectiveness of the new technology

Chinese military engineers have made significant progress in developing directed energy weapons, successfully completing tests of a powerful microwave cannon. The new system, capable of hitting drones, missiles and other targets, has demonstrated its reliability by firing 10,000 rounds during testing. This breakthrough was made possible by the introduction of innovative vacuum technology, which significantly increased the efficiency and durability of the device.

A microwave cannon is a device that emits powerful electromagnetic pulses that disrupt the electronic systems of targets. Unlike traditional weapons, such systems do not require ammunition and can continuously attack multiple targets, making them particularly effective against drones and precision missiles. 

During the tests, the Chinese cannon successfully shot down drones, disabled electronic systems and demonstrated high accuracy of aiming. It is especially important that the new vacuum technology has allowed to increase the service life of the equipment, ensuring stable operation even with intensive use.

The development of directed energy weapons is becoming a key focus in the modern defense industry. China, which is actively investing in this area, seeks to strengthen its position as a leader in the creation of advanced military technologies. The microwave cannon can be used to protect strategically important facilities such as military bases, airports, and energy centers from massive drone or missile attacks.

 Successful testing of the 10,000—round system is an important step forward compared to previous prototypes. This performance allows us to talk about the technology's readiness for practical use.

Nevertheless, the Chinese authorities emphasize that their developments are aimed at protecting national interests and ensuring the country's security. This statement, however, does not reduce tensions among neighboring States and world Powers.

Successful tests open up broad prospects for the use of a microwave cannon not only for military purposes, but also in the civilian sphere. For example, such systems can be used to protect against terrorist attacks using drones or to ensure security at mass events.

In addition, the technology can become the basis for the creation of new generations of weapons capable of countering future threats. China continues to actively develop this sector in an effort to maintain its leadership in innovation.

Lithuania will become the assembly center for CV90 infantry fighting vehicles for the Nordic and Baltic countries

CV90

Lithuanian Prime Minister Gabrielius Paluckas announced a preliminary agreement according to which about 30% of Swedish-made CV90 infantry fighting vehicles will be assembled in Lithuania. This decision is aimed at strengthening the region's defense capability and integrating Lithuanian enterprises into global defense industry supply chains.

According to the Prime Minister, Lithuania will play a key role in the production process of CV90 infantry fighting vehicles, which are planned to be purchased by the Nordic and Baltic countries. About a third of all ordered units of equipment will be assembled at Lithuanian enterprises, which will provide not only access to modern technologies, but also create new jobs in the country.

"This is an important step for Lithuania, which will strengthen our defense industry and increase the level of cooperation with other NATO countries," Paluckas said. He also stressed that the participation of local enterprises in the assembly of the CV90 will help develop high-tech skills and increase the competitiveness of the Lithuanian economy.

The CV90 is a modern infantry fighting vehicle developed by the Swedish company BAE Systems Hägglunds. It is widely used in the armies of NATO countries due to its maneuverability, security and modification capabilities. The purchase of these vehicles by the Baltic and Northern European countries is aimed at strengthening their defense capabilities in the face of growing tensions in the region.

Localizing part of the production in Lithuania will be a strategic decision that will not only ensure faster delivery of equipment, but also strengthen the collective defense of NATO countries. It also demonstrates the desire of the Allies to invest in the development of local defense infrastructure.

The assembly of the CV90 in Lithuania will provide the country with a unique opportunity to develop its own defense industry. Lithuanian enterprises will be able to participate in complex production processes, master advanced technologies and increase their export potential.

In addition, this agreement will strengthen Lithuania's position as a reliable partner within NATO. Integration into the defense supply chain will enhance the country's strategic importance and strengthen its role in ensuring regional security.

Lithuania's participation in the production of the CV90 may be the first step towards further developing cooperation with other European countries in the field of defense industry. The success of this project may attract additional investments and open up new opportunities for the export of military equipment.

Such initiatives contribute to strengthening the technological independence of the Baltic States and reducing dependence on external suppliers. This is especially important in the context of current geopolitical challenges.

Otokar and Automecanica SA create a joint venture for the production of COBRA II armored vehicles in Romania

COBRA II 4x4 

The Turkish company Otokar, a leading manufacturer of military equipment, has signed an important joint venture agreement with the Romanian company Automecanica SA. This cooperation is aimed at organizing local production of COBRA II 4x4 armored vehicles. The agreement was an important step in Otokar's strategy to expand international cooperation and strengthen its position in the global market.

The signing of the agreement with Automecanica SA marks significant progress in Otokar's efforts to develop partnerships with European countries. The joint venture will allow COBRA II production to be established directly in Romania, which will ensure faster delivery of equipment and lower logistics costs. It will also strengthen Romania's industrial base and create new jobs.

The agreement is directly related to the recent contract signed by the Romanian Ministry of Defense for the purchase of 1,059 units of COBRA II armored vehicles. This contract became one of the largest in the history of Otokar and highlighted the high level of trust in the products of the Turkish manufacturer. Thanks to the joint venture with Automecanica SA, production will be carried out locally, which will increase the efficiency of order fulfillment.

The COBRA II is a modern 4x4 armored vehicle designed to perform a wide range of tasks, including reconnaissance, patrol, and personnel transportation. The vehicle is characterized by high maneuverability, reliable protection against mines and machine-gun fire, as well as the ability to integrate various weapons systems. These characteristics make the COBRA II an ideal choice for military and law enforcement agencies.

The local production of the COBRA II in Romania will not only accelerate the execution of the current contract, but also create conditions for long-term cooperation between Otokar and the Romanian authorities. In addition, it is a step towards strengthening Romania's technological independence in the field of the defense industry. The joint venture can also become a platform for the further development of other projects in the field of armaments.

The successful implementation of this project can become an example for other countries interested in localizing the production of military equipment. It will also strengthen Otokar's position as a global leader in the production of armored vehicles and open up new opportunities to enter the markets of Eastern Europe.

The agreement between Otokar and Automecanica SA demonstrates the importance of international cooperation in the defense industry. The production of the COBRA II in Romania will be a key stage in the implementation of a major contract with the country's Ministry of Defense and strengthen NATO's defense capability in the region. It also highlights the desire of companies to adapt to modern challenges and develop innovative security solutions.

The UK has reached an important stage in the Challenger 3 tank program

The British Ministry of Defense has announced that it has reached a key production milestone as part of the Challenger 3 main battle tank modernization program. Four prototypes of the new tank have already been built, and four more are under assembly. This event highlights the progress in efforts to strengthen the country's ground forces and provide them with modern weapons.

The Challenger 3 program aims to replace the outdated Challenger 2 tanks that have been in service with the British Army since the 1990s. The new tank has received a number of improvements, including modern fire control systems, reinforced armor, a more powerful engine and the integration of advanced digital technologies. These changes make the Challenger 3 significantly more efficient and competitive on the modern battlefield.

The creation of eight prototypes is an important step in the process of testing and preparing for mass production. The prototypes will be used for testing in various conditions to ensure their reliability, maneuverability and combat capability. The successful completion of these tests will allow the start of mass production of tanks for the British army.

The Challenger 3 will be one of the most advanced tanks in the world, capable of facing new threats, including anti-tank missiles and drones. Its implementation will allow the UK to maintain its leadership in the field of armored vehicles and strengthen NATO's defense capabilities.

In addition, the program is important for the British defense industry, as it creates jobs and promotes the development of high-tech production facilities in the country. It also demonstrates the UK's commitment to investing in its own military technology, especially in the face of growing geopolitical challenges.

The first production models of the Challenger 3 are expected to enter service with the British army in the coming years. This tank will become a key element of the mechanized units and will play an important role in ensuring the security of the country and its allies.