The British Army has successfully integrated the Javelin with the Boxer armored vehicle: a new stage in anti-tank defense

The British Army has announced the successful completion of tests to integrate the Javelin anti-tank missile system with the Boxer armored vehicle. This achievement marked an important step towards enabling British troops to launch anti-tank missiles from under their armor, significantly enhancing their combat capabilities.

Successful trials and their significance

Earlier this year, the British Army successfully conducted tests by integrating the Javelin system with the Boxer machine. This achievement reportedly opens up new perspectives for British troops by providing them with powerful weapons that can be used from under their armor. This integration makes it possible to significantly increase the mobility and security of troops, while ensuring high efficiency in anti-tank operations.

Advantages of the new system

Javelin integration with Boxer brings several key advantages. Firstly, it increases the survival rate of the crew, as missiles can be launched from under the armor, reducing the risk of damage. Secondly, it increases operational flexibility, allowing troops to respond quickly to threats without leaving cover. Finally, it improves the accuracy and effectiveness of strikes, as the Javelin system is known for its high accuracy and power.

Prospects and further development

The successful integration of Javelin with Boxer opens up broad prospects for the further development of the British Army's anti-tank systems. In the future, we can expect improvements in fire control, increased range and accuracy, as well as integration with other weapons systems. This will allow British troops to remain at the forefront of technology and effectively counter current and future threats.

Impact on the combat capabilities of the British Army

The new system significantly enhances the combat capabilities of the British army, making it more mobile, secure and efficient. The ability to launch anti-tank missiles from under armor provides troops with a strategic advantage, allowing them to act more aggressively and confidently on the battlefield. This is especially important in the context of modern conflicts, where flexibility and promptness play a key role.

Germany and the USA in action: the new GMARS missile system is undergoing fire tests in the White Sands Desert

GMARS

Serious news from the high—tech weapons front: the joint project of two defense giants — German Rheinmetall and American Lockheed Martin - is entering the home stretch. Their brainchild, the Global Mobile Artillery Missile System (GMARS), is no longer just a mock-up on display, but a real combat platform that is currently undergoing rigorous testing at the legendary White Sands training ground in New Mexico, USA.

It should be recalled that GMARS was publicly presented to the world for the first time at the largest Eurosatory 2024 arms exhibition in Paris. Then the system made a splash: compact but powerful, it combines mobility, precision and high speed of deployment. Now, just a few months after the presentation, engineers and the military are already launching rockets in the desert — and this means that the project has moved from the "this will be cool" stage to the "this is already working" stage.

GMARS is a modular system that can be installed on almost any suitable truck or armored personnel carrier. It is capable of launching both rockets and precision-guided missiles, including those developed by Lockheed Martin, for example, systems based on GMLRS (guided missiles). This makes GMARS versatile: from infantry support to the destruction of enemy fortifications hundreds of kilometers away.

What is especially important is that the system was created taking into account modern realities. In an environment where troops must move quickly to avoid becoming a target for enemy drones and reconnaissance, GMARS allows you to "shoot and drive away." It can be deployed in a matter of minutes, strike and disappear from the position, which dramatically increases the survival rate of the calculation.

The White Sands trials are not just a demonstration of capabilities. Everything is checked there: the accuracy of the hit, the reliability of the system in extreme temperatures, the rate of reloading, resistance to vibrations and dust, as well as compatibility with various types of ammunition. Considering that the White Sands test site is a historic place where missiles have been tested since the Second World War, testing there is a sign of high confidence and seriousness of the project.

So far, neither Rheinmetall nor Lockheed Martin have disclosed all the technical details, but they hint that GMARS is already attracting the interest of several NATO countries. Deliveries are possible both to Europe and to the countries of the Asia-Pacific region, where the demand for modern, but at the same time mobile and inexpensive to maintain weapons systems is growing.

In fact, GMARS is the answer to the challenges of modern warfare: fast, accurate, scalable and compatible with existing systems. And if the tests are successful, we may see this system in service with new armies in the next couple of years.

Americans with HIMARS galloped across the islands: how they learn to quickly jump from shore to shore in the Pacific Ocean

 The US Army, together with its allies, has worked out a cool operation: the rapid delivery and unloading of HIMARS rocket launchers on one of the islands in the Indo-Pacific region. Imagine: a rocket launcher that can fly almost 80 km, is unloaded from a ship in a matter of minutes, shoots and disappears — like a ghost. This is not a movie, but a real tactic that the Americans and their partners are currently honing.

Why all this? In the event of conflict in regions such as the South China Sea or around Taiwan, every minute and every meter counts. If you are static, you will be quickly found and destroyed. Therefore, the key rule is: he came, shot, disappeared. Such exercises with HIMARS teach you how to move quickly without giving the enemy a chance to react.

Mobility is now the main trump card. HIMARS can be airlifted to the island by heavy helicopter or from an amphibious assault ship, and the system is ready for combat immediately after unloading. Then — transfer to another point, and again into battle. This allows you not only to survive under enemy attacks, but also to operate over a vast territory, as if appearing out of nowhere.

The tactics of frequent movements and lightning strikes make these installations especially dangerous. And it's not just the firing range, but how difficult it is to catch them. The exercises show that the United States and its allies are seriously preparing for scenarios where control of the islands and a quick reaction decide the outcome of the conflict.

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.

The UK is developing a rapid launch system for large drones from Transit vans as part of the VOLLEY project

The UK Ministry of Defense has announced a search for industry proposals for a new rapid launch system for unmanned aerial vehicles (UAVs) as part of the "VOLLEY Project". The goal of the project is to deploy multiple mobile launchers capable of launching five fixed—wing drones in less than four minutes, with each drone launching at one-minute intervals.

According to the published preliminary information notice, the launcher should provide a quick launch of several UAVs from one platform, including time for preparation, launch and recovery. The system is required to be able to launch at least five reference drones within four minutes of the first launch, and then recover in a maximum of ten minutes. The launch should take place from an even and static position.

A special feature of the project is the requirement to launch drones weighing up to 125 kg at a speed of at least 60 m/s (about 200 km/h) without using rocket boosters or other auxiliary mechanisms other than the launcher itself. At the same time, the system must be mobile and installed on vehicles such as a large Sprinter van or a regular Transit.

The Ministry of Defense emphasizes that the system must be easy to assemble, reliable, able to withstand the effects of reactive gases, fuel spills and mechanical damage, as well as have minimal acoustic, thermal and visual visibility in order to effectively hide in the field.

The launcher operation should require a minimum of one to three personnel, with the ability to operate in all weather conditions, at night and when using night vision devices.

The VOLLEY project provides for the holding of an industry day on June 18, 2025, the Dragon's Den competition on August 1, field trials in October and the first deliveries no later than January 2026. It is expected that more than 20 launchers will be ordered, each costing less than 300 thousand pounds.

The project is open for international cooperation, including NATO countries, Ukraine and the Five Eyes allies.

IVECO introduces SUPERAV Land: a new tactical armored vehicle for ground operations

SUPERAV Land

IVECO Defense Vehicles (IDV) has officially unveiled a new model in its line of armored combat vehicles — SUPERAV Land. This vehicle is based on the proven SUPERAV amphibious platform, which has already proven itself in the armed forces of several countries, but is adapted exclusively for ground tactical operations.

The new version features improved mobility, survivability, and adaptability to various types of combat missions. Unlike the basic amphibious version, SUPERAV Land is optimized for operations in a land environment, which has increased its maneuverability, protection and functionality in a modern battlefield.

The armored vehicle is equipped with enhanced mine protection, a modular reservation system and modern communications equipment, which makes it suitable for a wide range of missions, from transporting amphibious units to being used as a command and staff or reconnaissance vehicle. It is also possible to install various combat modules, including remotely controlled turrets and active protection systems.

IVECO Defense Vehicles positions SUPERAV Land as the ideal solution for armies seeking flexible use of technology in a rapidly changing tactical environment. The novelty has already attracted interest from a number of NATO countries interested in modernizing their armored forces.

Roke introduced the compact electronic warfare device EM-Vis Deceive to suppress drones and enemy signals

 

Roke introduced the portable electronic warfare device EM-Vis Deceive

The British technology company Roke has launched a new electronic warfare system, EM-Vis Deceive. It is a compact device weighing less than 10 kg, which can be carried by soldiers and used to suppress enemy signals and disrupt drones in the field.

Main Features:

Modular open architecture that allows you to quickly adapt the system to changing combat missions.

Compatibility with existing and future electronic warfare systems and command systems.

Easy to use — requires minimal staff training.

Resistance to extreme conditions: The operating temperature range is from -32°C to +55°C.

Power supply: built-in 36V battery and two 150W power supplies.

The bandwidth is 100 MHz, which makes it possible to combat a wide range of threats — from UAVs to radio communications.

A turning point in electronic warfare

Roke CEO Paul McGregor called EM-Vis Deceive a "watershed" in electronic warfare, stressing that traditional systems are too bulky, expensive and slow to adapt to new threats. In contrast, EM-Vis Deceive can be updated programmatically and quickly adapted to new frequencies, which is especially important when new models of enemy drones appear.

The device marks a new era of tactical electronic warfare, where mobility, flexibility, and speed of updates are critical.

Chinese Navy deploys new Liaowan-1 space tracking ship

 Liaovan-1

The Chinese Navy has deployed its new next—generation space tracking ship, Liaowang-1. This ship marks a significant leap in the projection of China's maritime power and space surveillance capabilities. 

The main characteristics of Liaovan-1

- Purpose: To monitor space objects, including satellites, rockets and missile tests, as well as to support Chinese military satellites such as the Beidou Navigation System.

- Radar systems: The ship is equipped with advanced radars and high-gain antennas, designed with an emphasis on functionality.

- Mobility: Liaowan-1 can operate in international waters, allowing China to expand its strategic flexibility.

Liaowan-1 is the successor to the Yuan Wang class ships, which have been in service since 1977. This ship marks the beginning of a new era in China's strategy to integrate naval operations with space military support. 

The US Space Force has adopted the first mobile satellite suppression station, Meadowlands

Mobile Satellite Suppression Station Meadowlands

The US Space Force has officially accepted the first mobile Meadowlands satellite suppression station from general contractor L3Harris. This system represents a significant improvement over previous versions and was designed to enhance mobility and enhance the suppression capabilities of the outdated Space Force communications countermeasures system.

Key Features of the Meadowlands

- Modernization of CCS: The Meadowlands is a major upgrade of the Space Force's first recognized offensive anti—space system, the Communications Countermeasures System (CCS), which has been in operation since 2004. 

- Multi-frequency jamming: The new system is capable of providing multi-frequency jamming in the S-band and X-band.

- Mobility: Meadowlands is designed on a mobile chassis, which allows you to quickly deploy the system in the right areas.

- Size reduction: The new version of the system reduces the operational footprint from 14 hardware racks to 3-4 racks.

Significance for the US Space Force

The Meadowlands will be used to create zones where the enemy will not be able to use their satellites for communication or navigation. This will give the United States a strategic advantage in the event of conflict, allowing American troops to operate in a safer and more secure environment. 

American soldiers have started training on the latest Stryker Double-V Hull A1 Engineering Change Proposal (DVH A1 ECP) platform

The US Army has begun the modernization process of its Stryker armored vehicles, introducing the latest Stryker Double-V Hull A1 Engineering Change Proposal (DVH A1 ECP) platform. According to information released on March 28, 2025, the 56th Stryker Combat Team (SBCT) Brigade will receive 324 such upgraded vehicles, with the first 25 already delivered to begin the intensive training phase.

These efforts are aimed at ensuring a smooth and efficient transition to the new platform. For the 56th SBCT Brigade, this upgrade represents not just a technical improvement, but also a strategic leap in operational capabilities, survivability, and combat readiness.

The new Stryker DVH A1 ECP platform includes many improvements. Among them is the double V—shaped housing, which provides better protection against mines and improvised explosive devices (IEDs). In addition, the machines are equipped with a more powerful 450-horsepower Caterpillar C9 engine, which significantly improves their mobility and maneuverability.

The electrical system has also been upgraded, with the replacement of the old 570-amp generator with a 910-amp one, which allows for the support of modern and future energy-intensive systems, including integrated network technologies and electronic warfare tools.

The upgrade also includes increasing the load capacity of the chassis from 55,000 pounds to 63,000 pounds, which allows for more equipment to be carried and provides greater survivability.

In total, the Stryker DVH A1 ECP family of vehicles includes seven specialized variants on a common platform, including an anti-tank vehicle, a command vehicle, an engineering vehicle, a fire support vehicle, an infantry transport vehicle, a mortar vehicle and an ambulance.

These improvements make the Stryker DVH A1 ECP one of the most advanced and mobile platforms in the U.S. Army, capable of performing a wide range of tasks in modern combat environments.

Stryker Double-V Hull A1 Engineering Change Proposal (DVH A1 ECP)

Hanwha Aerospace unveils new HPRS rocket launcher in Australia

 

HPRS

Hanwha Aerospace has unveiled a new 6x6 rocket launcher in Australia called the High-Performance Launch Rocket System (HPRS). This system is a single-container launcher, similar in configuration to the American M142 HIMARS, and is designed for easy deployment and high mobility. The HPRS is a lighter version of the K239 Chunmoo multiple launch rocket system, weighing less than 30 tons, and is equipped with four CTM-MR anti-ship ballistic missiles (ASBM).

The HPRS platform was developed with a priority on fast transportation and firing capability, while maintaining compatibility with Chunmoo technology. This allows the HPRS to be used both on land and on ship platforms for artillery missions. The development of CTM-MR, a rocket integrated with HPRS, is in progress and is expected to be completed in 2027. The CTM-MR missile has an operational range of 50 to 160 kilometers and a circular probability error (CEP) of 9 meters.

The HPRS can be supplemented with other types of ammunition compatible with the Chunmoo system, such as CGR-80 guided missiles with a range of 30 to 80 kilometers. This makes HPRS a flexible system capable of adapting to various tasks and combat conditions.

Hanwha Aerospace has already had a successful cooperation experience with Australia, supplying weapons systems such as the AS9 Huntsman, AS10 and AS21 Redback. The introduction of HPRS in Australia is another step in expanding the company's portfolio in the Indo-Pacific region.

HPRS may be of interest to Southeast Asian countries, where mobility and versatility are a priority for maritime security. The HPRS system offers capabilities for both land-based and ship-based artillery operations, which meets the defense requirements of countries with extensive maritime borders.

Patria unveils ARVE: The first Finnish wheeled 155 mm self-propelled howitzer

 

Patria presented its latest development, the ARVE wheeled 155 mm self—propelled howitzer, during the Arctic event, which took place in Rovaniemi, Finland, from March 17th to 19th. This prototype is part of the company's broader efforts to expand Finland's artillery capabilities and demonstrates significant progress in military technology.

The ARVE is Finland's first wheeled 155 mm self-propelled howitzer, which integrates the 155 mm 155K98 howitzer onto the chassis of the SISU E13TP 8x8 truck. This combination ensures high mobility and survivability in a variety of operational environments, making it an ideal choice for modern artillery missions.

One of the key features of ARVE is its high mobility. Using the chassis of the SISU E13TP 8x8 truck allows the howitzer to quickly move around the battlefield and occupy advantageous positions. This is especially important in conditions requiring rapid response and redeployment. In addition, the improved survival rate of the howitzer ensures its effective operation even in difficult conditions.

The Arctic event in Rovaniemi has become an ideal platform to showcase ARVE's capabilities. During the event, various tests and demonstrations were carried out, which confirmed the high efficiency and reliability of the new howitzer. The participants of the event were able to assess the advantages of ARVE and its potential to strengthen Finland's artillery capabilities.

In addition to ARVE, another prototype was presented at the event, as well as a review of Patria defensive systems. Special attention was paid to subarctic operational conditions, which underlines the importance of adapting military equipment to extreme climatic conditions. Patria continues to develop its defensive systems, striving to ensure high efficiency and reliability in all conditions.