At Eurosatory 2024, Soframe introduces the SAKHAR, a Mine Resistant Ambush Protected (MRAP) vehicle designed to carry out operations in all theaters of conflict. With a balance between firepower and high survivability, the SAKHAR is engineered for versatility and high performance in crisis and combat areas, ensuring the safe transport of personnel.
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The SAKHAR's modular protection system, which offers up to level 4 protection, is qualified, upgradeable, and interchangeable based on the threat environment (Picture source: ArmyRecognition)

The SAKHAR measures 6,838 mm in length, 3,328 mm in width, and 2,550 mm in height, with a ground clearance of 400 mm. It can tackle slopes up to 60%, ford water up to 800 mm deep, cross trenches of 900 mm, and handle side slopes of 30%. Its capability to manage a 400 mm step further enhances its off-road proficiency.

Powered by a 373 kW (500 hp) high-torque engine combined with an automatic gearbox, the SAKHAR reaches a maximum speed of 110 km/h and has a range of 600 km. Its Gross Vehicle Weight Rating (GVWR) is 19 tons, and it boasts a turning radius of 8 meters. The vehicle can transport up to 10 people, making it ideal for missions involving command, liaison, police, special forces, and patrol operations.

The SAKHAR's modular protection system, which offers up to level 4 protection, is qualified, upgradeable, and interchangeable based on the threat environment. This flexibility allows it to adapt to various mission requirements, ensuring both the safety and effectiveness of the troops it transports.

In addition to its operational capabilities, the SAKHAR is designed with high system availability, low life-cycle costs, and ease of maintenance, making it a practical and reliable choice for military operations. Its spacious interior and high payload capacity enhance its functionality, providing ample space for personnel and equipment.

Soframe's commitment to advancing military vehicle technology is evident in the SAKHAR's design and capabilities. As this vehicle begins to proliferate, it is expected to significantly enhance the operational capabilities of armed forces, providing a reliable and versatile tool for modern warfare and crisis response.

At Eurosatory 2024, the innovative KRAMPUS Mk1 hybrid all-terrain vehicle showcases, marking a significant advancement in vehicle technology for security, defense, and industrial applications. This state-of-the-art vehicle combines a high-voltage battery and a diesel generator, providing a versatile and efficient solution for various operational needs. The KRAMPUS Mk1 is designed to offer extended range, enhanced mobility, and adaptability in harsh environments.
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The KRAMPUS Mk1's design focuses on robustness and utility, featuring a special chassis to increase load capacity and a construction suitable for harsh environments. (Picture source: ArmyRecognition)

The KRAMPUS Mk1 is powered by two electric motors, mounted on the front and rear axles, delivering up to 60 kW of power. The vehicle can travel up to 1,000 km when utilizing the diesel generator, with its velocity capped at 120 km/h. The modular design of the vehicle allows for the separation of the frame, driveline, battery pack, and diesel generator, facilitating quicker replacements and maintenance in field conditions. The hybrid diesel powertrain and 39 kWh battery pack ensure reduced fuel consumption and the capability to use both diesel and JP8 fuel, making it a flexible option for various missions.

This vehicle is partially funded by the European Regional Development Fund under the "Experiment" measure, highlighting its innovative and experimental nature. It operates in three modes: regular, remote, and autonomous. The remote control mode allows operation within a direct line of sight up to 1 km, while the autonomous mode enables the vehicle to follow a leading vehicle or person, navigate pre-defined routes, and respond to obstacles.

The KRAMPUS Mk1's design focuses on robustness and utility, featuring a special chassis to increase load capacity and a construction suitable for harsh environments. It integrates an intelligent hybrid drive control system, ensuring optimal performance and durability. The hybrid electric power system offers silent mobility, crucial for operations requiring stealth such as border monitoring, nature protection, and tactical missions. The vehicle's low thermal signature is achieved through a specialized cooling system and a battery conditioning system, reducing its detectability in electric mode.

In addition to its operational capabilities, the KRAMPUS Mk1 can power auxiliary equipment, including electro-optics, sensors, video or thermal cameras, and radiation and chemical pollution measurement devices. Its environmentally friendly transmission system produces low noise levels and a reduced CO2 footprint, aligning with modern ecological standards.

The introduction of the KRAMPUS Mk1 at Eurosatory 2024 demonstrates the constructor's commitment to advancing hybrid vehicle technology. As this vehicle enters various markets, it is expected to significantly enhance the operational capabilities of security forces, industrial operators, and environmental monitoring agencies.

The South Korean company Hyundai Rotem is currently presenting the export version of the K2 Black Panther, the K2EX, at the international defense exhibition Eurosatory 2024, which takes place from June 17 to 21 in Paris. This version, specifically designed for export, is equipped with an active protection system and a remotely controlled weapons system, as well as an adjustable hydropneumatic suspension, enhancing its maneuverability and firing posture on complex terrains.
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Hyundai Rotem K2EXBlack Panther Main Battle Tank  (Picture source: Army Recognition)

Hyundai Rotem is actively responding to global market demands by offering various export versions of the K2 Black Panther Main Battle Tank (MBT). The 'K2EX' model, specifically designed for international export, is tailored to meet the diversified needs of customers around the world. It integrates advanced electronic systems and devices based on those developed for the original K2.

Key enhancements of the K2EX include an active protection system designed to intercept and neutralize incoming projectiles, thereby increasing the tank's survivability. It also features a battlefield situational awareness system that provides a 360° view, as well as a remotely controlled weapon system (RCWS) to enhance operational efficiency.

A notable innovation of the K2EX is a modification that allows the use of information-injected ammunition. This technology enables the crew to control the timing and characteristics of ammunition explosions, offering more flexibility in combat strategies.

The K2 Black Panther, South Korea's main battle tank, showcases advanced technology through its three completed production phases, with a fourth phase planned to fulfill the South Korean Army's requirement for 600 units. Initially developed in 1995, the K2 was officially deployed in 2016.

This tank is equipped with a 120mm smoothbore cannon that includes an automatic loading system, thereby reducing the crew needed to three and enabling a firing rate of up to 10 rounds per minute with the capability to maintain fire for approximately three minutes. Its ammunition arsenal includes domestically produced tungsten APFSDS kinetic energy penetrators and multipurpose HEAT chemical rounds.

Additional armaments include a 7.62mm coaxial machine gun and a 12.7mm K-6 heavy machine gun, enhancing its ability to engage infantry and lightly armored targets. The defense of the K2 is strengthened by composite armor and an Active Defense System incorporating explosive reactive armor blocks, increasing its resistance to various threats. It is also equipped with a Missile Approach Warning System (MAWS) and utilizes Visual and Infrared Screening Smoke (VIRSS) grenades for defense.

The tank's mobility is powered by a 1,500-horsepower engine, enabling a maximum road speed of 70 km/h and an off-road speed of 48 km/h. Its In-arm Suspension Unit (ISU) system allows for independent control of each bogie, optimizing firing positions and navigation over challenging terrains.

The combat effectiveness of the K2 is supported by an advanced fire control system (FCS), millimeter-band radar, a laser rangefinder, and a crosswind sensor. The crew's safety and operational effectiveness are further enhanced by day/night and thermal vision capabilities, a collective nuclear, biological, and chemical (NBC) protection system, an automatic fire suppression system, and atmospheric sensors. These systems collectively protect the crew in diverse and hazardous conditions.

During the international defense and security exhibition, Eurosatory 2024, the French company Etendard unveiled one of its latest innovations: the tactical motorcycle Foudre. Designed to meet the rigorous demands of the armed forces, the Foudre is a motorcycle developed in collaboration with Yamaha, based on the Yamaha WR 250 F 2024 model.
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The Foudre is a French motorcycle based on the Yamaha WR 250 F 2024 model. (Picture source: Army Recognition)

The Foudre stands out for its numerous technical specifications. Equipped with a large main tank of 10.6 liters, it allows the addition of extra jerrycans to reach a total capacity of 19.8 liters, providing a range of over 250 kilometers. This feature is crucial for extended operations in isolated terrain.

The Foudre's tactical clutch is designed to prevent stalling with an automatic clutch and declutching system, optimized for extreme usage conditions. This system is accompanied by high-performance filtration that ensures optimized airflow and increased engine protection, with extended maintenance intervals.

The motorcycle is also equipped with comprehensive protections, including a skid plate under the chassis, shields for the frame and swingarm, and protective bars for the handles and levers. The engine covers, water pump, fork sleeves, and rods, as well as the cooling radiators, are reinforced for maximum durability.

The optimized exhaust system of the Foudre reduces thermal and acoustic signatures, while the reinforced rear utility frame allows for the transport of various modular equipment such as jerrycans, bags, MOLLE systems, drones, or weapons.

The motorcycle is equipped with high-strength wheels with reinforced and lightened rims and anti-puncture bib mousses. The fully black color and complete camouflage of the motorcycle, customizable according to the client's wishes, ensure optimal discretion in operations.

The ergonomic dashboard of the Foudre includes specific waterproof aluminum switchgear and a multi-function camouflaged meter. The tactical optics include high-performance LED lighting and invisible IR940 infrared lighting, suitable for nighttime operations.

The motorcycle also offers specific mapping with selectable modes (performance and economy), and the ability to use various types of fuel, ranging from RON 91 to 102. Integrated transport systems include anchoring and slinging hooks for maximum flexibility during transport.

Mechanically, the Foudre is powered by a 250 cc 4-stroke single-cylinder engine, delivering 35 horsepower with a compression ratio of 13.8:1. Cooling is ensured by a liquid system, and the ignition is electronic TCI. The motorcycle has a 6-speed gearbox and chain transmission.

The dimensions of the Foudre are perfectly balanced for enduro, with a length of 2175 mm, a width of 825 mm, a height of 1270 mm, and a seat height of 955 mm. The wheelbase of 1480 mm and a ground clearance of 320 mm ensure maneuverability and robustness on rough terrain. The curb weight is 120 kg, offering an excellent power-to-weight ratio.

For users needing additional options, a homologation kit is available, including indicators, a horn, license plates, and registration documents. Etendard also offers complete training for users and technicians, ensuring total mastery of the vehicle.

Etendard is attentive to its client's needs to customize the Foudre according to the specific requirements of each mission, confirming its ambition to establish itself in the defense market.

At Eurosatory 2024, Soframe introduces the HE 441, a cutting-edge convertible all-terrain vehicle designed for both military and civilian applications. This next-generation fardier/mule-type vehicle showcases innovative mobility solutions aimed at addressing the demands of modern operations. The HE 441 is engineered to provide high mobility and versatility, making it suitable for a wide range of missions and environments.
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The HE 441 integrates advanced interfaces for the incorporation of sensors, computing units, and navigation software (Picture source: Army Recognition)

The HE 441 features four-wheel drive and steering, which grant it unmatched maneuverability and agility. Its electric transmission system, with four in-wheel motors, enables the vehicle to operate efficiently over extended periods, boasting a range of up to 10 hours or 400 kilometers. An optional range extender further enhances its operational capabilities. Configurable in near-real-time, the HE 441 can adapt to different mission requirements and payloads, making it a truly multi-mission platform.

Designed for both teleoperation and autonomous use, the HE 441 integrates advanced interfaces for the incorporation of sensors, computing units, and navigation software. These features support semi-autonomous and fully autonomous mobility, enhancing the vehicle's adaptability to various operational scenarios. Its modularity allows for rapid adjustments based on mission specifics, whether for military operations, security tasks, or civilian applications.

With a Gross Vehicle Weight Rating (GVWR) of 2.2 tons, the HE 441 can accommodate a crew of one to three people. Its compact dimensions, measuring 3,550 mm in length and 1,330 mm in width, ensure it can navigate challenging terrains while maintaining a high degree of operational flexibility. The open cab design further adds to its versatility, making it suitable for a variety of uses.

Soframe's development of the HE 441 reflects its commitment to advancing vehicle technology to meet the evolving needs of both military and civilian sectors. As this vehicle begins to be deployed, it is expected to significantly enhance operational capabilities, providing a reliable and adaptable tool for a wide range of missions.

The 2024 edition of the Eurosatory exhibition was marked by the Advanced Protection Systems (APS) omnidirectional FPV jammer presentation. This sophisticated device is a key component of the integrated anti-drone system SKYctrl, and it stands out for its ability to effectively neutralize FPV (First Person View) drones, providing essential protection to troops in the field.
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The jammer, designed to combat first-person view drones, can be used autonomously or integrated into an external system. (Picture source: Army Recognition)

The jammer, designed to combat first-person view drones, can be used autonomously or integrated into an external system, making it a crucial element of the "soft-kill" neutralization module. This "soft-kill" technology allows drones to be neutralized without physically destroying them by disrupting their navigation and control signals.

One of the major advantages of the device is its ease of use and portability. It can operate in manual mode without requiring external software or in automatic mode thanks to its proprietary command and control system, CyView. This system, developed by APS, ensures optimized and intuitive management of the jammer.

In terms of performance, APS's FPV jammer stands out with its output power in each jamming band, reaching up to 10 watts. The omnidirectional antennas provide a gain of up to 4 dBi, making the device particularly effective against UAVs (unmanned aerial vehicles). The maximum jamming range reaches up to 500 meters, although this depends on the navigation and control signal strength of the drone and the distance between the drone and the operator.

The jammer is also characterized by its modular design and its ability to operate on battery power for up to 6.5 hours, covering up to 7 different RF bands. Designed to be robust and operational in extreme conditions, it operates at temperatures ranging from -30° to +50° Celsius and weighs between 15 and 28 kilograms. Its robustness is certified by MIL-STD-810H standards and it is protected according to IP66/IP67 codes, ensuring its waterproofness and resistance to immersion in water.

The device's power supply is flexible, with 24VDC, 36VDC, and 230VAC options, allowing it to adapt to various configurations and operational requirements. In summary, APS's FPV jammer represents a significant advancement in the field of anti-drone defense, combining efficiency, robustness, and ease of use to offer high-quality protection to armed forces.

John Cockerill Defense (JCD), a leading Belgian defense company, introduced its innovative Cockerill Protected Weapon Station (CPWS) at Eurosatory 2024, aimed at upgrading older combat vehicles like the M113. This integration allows for an increase in firepower and extended operational capabilities without the need for entirely new vehicles.
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At Eurosatory 2024, the Belgian Company John Cockerill Defense displays the integration of its modern CPWS turret mounted on an aging M113 tracked armored personnel carrier. (Picture source: Army Recognition Group)

The CPWS, armed with automatic cannons ranging from 20mm to 30mm, is designed to be mounted on various existing vehicle platforms. Its modular design enables easy integration, revitalizing aging military fleets at a fraction of the cost and time required to acquire new equipment. This upgrade significantly enhances the vehicle’s firepower, making it more formidable on the modern battlefield.

Technical features of the CPWS include advanced targeting systems equipped with high-resolution cameras, thermal imaging, and laser rangefinders, which collectively improve targeting accuracy and situational awareness. The system is also designed for remote operation, increasing crew safety by allowing operation from within the armored protection of the vehicle. Furthermore, the CPWS's low silhouette and lightweight design minimize its impact on vehicle mobility and preserve the original performance characteristics of the host vehicle.

The ability to upgrade vehicles like the M113 with the CPWS provides numerous tactical advantages. This strategic move equips older vehicles with increased lethality, making them better equipped to interact and operate in conjunction with newer units, thereby bridging the gap between different generations of military technology. This capability is crucial for forces seeking cost-effective ways to maintain a competitive and capable military presence.

The Cockerill® CPWS (Cockerill® Protected Weapon Station) is a remotely operated station that incorporates the latest proven technologies and supports a variety of medium-caliber 25 and 30 mm guns, such as the NG 25mm M242, 30mm M230LF, and Nexter 25mm M811. It equips light, high-mobility, and troop transport vehicles with robust firepower, enhancing their firing, self-protection, and operational support capabilities.

Operators can load the entire weapons system from inside the vehicle, staying protected by the vehicle’s armor. The Cockerill® CPWS turret can hold up to 150 medium-caliber rounds, depending on the weapon configuration. Additionally, it includes a coaxial 7.62 mm machine gun and can be fitted with other optional systems like grenade launchers.

The turret features a high-performance, bi-modal stabilized day/night sight that operates thermally for round-the-clock usage. The aiming system offers the operator a panoramic 360° view, independent of turret orientation. Once a target is acquired, the gun aligns automatically with the aiming system. A ballistic computer enhances the likelihood of hitting targets accurately while the vehicle is in motion.

The capability to integrate modern JCD turrets like the CPWS into both tracked and wheeled combat vehicles significantly enhances the operational effectiveness of aging military fleets. This strategic adaptation allows forces to upgrade their existing assets with advanced weaponry and targeting systems, thus extending the utility and lifespan of older vehicles while ensuring compatibility with contemporary military technologies. This move by John Cockerille Defense at Eurosatory 2024 highlights a cost-effective approach to maintaining a robust and capable defense presence without the need for extensive new investments.

Rheinmetall has unveiled its latest innovation, the Keiler Next Generation (NG) tactical armored breaching vehicle, at the Eurosatory 2024 defense expo. The Keiler NG is designed to quickly clear obstacles in combat, addressing the renewed importance of obstacle warfare as evidenced by recent conflicts, including the ongoing war in Ukraine.
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Rheinmetall Keiler Next Generation (NG) tactical armored breaching vehicle  (Picture source: Army Recognition)

The Keiler NG stands out with its integration of advanced technologies aimed at breaching formidable defenses. It features a comprehensive suite of tools including a mine plow, a rocket-assisted mine-clearing line charge, and a magnetic signature duplicator. These components enable the Keiler NG to navigate and clear heavily mined areas and other significant barriers across various terrains.

Equipped with the Pearson mine plow, the vehicle excels on unstable grounds with an impressive sweep speed of up to 250 meters per minute. For harder surfaces, the Keiler NG utilizes the "Plofadder" MICLIC system developed by Rheinmetall Denel Munition. This system can create a breach 160 meters long and 9 meters wide within minutes, effectively allowing forces to rapidly advance through dense minefields.

The operational flexibility of the Keiler NG is further enhanced by a quick-exchange front-end interface, allowing for an easy switch between the mine plow and a dozer blade. This feature enables the vehicle not only to clear mines but also to fill in trenches, remove anti-tank obstacles, and construct defensive positions as needed. Additionally, the vehicle includes an integrated crane for independent logistical support on the battlefield.

For self-protection, the Keiler NG is equipped with the ROSY rapid obscurant system and the Natter 12.7 Remotely Controlled Weapon Station, ensuring crew safety under threat. The vehicle accommodates a two-person crew and is designed with future upgrades in mind, including remote control capabilities, an active protection system, and integration into the digitized battlefield.

Rheinmetall's presentation of the Keiler NG at Eurosatory 2024 marks a concrete step in battlefield engineering vehicles, offering armies around the world a new tool to enhance their tactical capabilities in the face of modern combat challenges.

On June 18, 2024, during the Eurosatory defense exhibition in Paris, General Dynamics European Land Systems (GDELS) and Escribano Mechanical and Engineering (EME) formalized an agreement to jointly develop opportunities in the defense sector. The announcement was made at the EME booth, where an ASCOD Infantry Fighting Vehicle (IFV) equipped with a Guardian 30 remote weapon system was displayed, representing the cooperative intentions of both companies.
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The announcement was made at the EME booth, where an ASCOD Infantry Fighting Vehicle (IFV) equipped with a Guardian 30 remote weapon system was displayed, representing the cooperative intentions of both Escribano and GDELS (Picture source: Army Recognition)

GDELS and Escribano plan to leverage their respective product portfolios in this partnership. GDELS' offerings include tracked and wheeled armored vehicles such as the ASCOD, Pandur, and Piranha, while Escribano contributes its advanced remote weapon stations, including the Guardian 30 and Guardian 2.0. This collaboration aims to explore and promote joint opportunities, enhancing European defense capabilities and securing supply chains.

Antonio Bueno, President of GDELS, stated that the leading positions, complementary capabilities, and expertise of GDELS and Escribano qualify both companies to explore closer cooperation on future defense projects. Dr. Thomas Kauffmann, GDELS Vice President, emphasized support for Escribano in expanding its business to a European and international level.

Javier Escribano, CEO of Escribano, highlighted the combined industrial competence of the two companies as a foundation for exploring and realizing advanced defense systems. He expressed confidence that the Memorandum of Understanding (MOU) will facilitate the development of new technological solutions and strengthen the cooperation between GDELS and Escribano.

General Dynamics European Land Systems designs, manufactures, and maintains a range of products, including wheeled armored vehicles such as Piranha, Pandur, Eagle, and Duro, and tracked armored vehicles like the ASCOD. Additionally, GDELS produces amphibious bridges, ferry systems, and artillery systems. The Piranha is a widely-used wheeled armored vehicle, with over 12,000 units in service across more than 20 countries. The ASCOD family, with more than 1,000 units in service in four nations, includes various configurations such as infantry fighting vehicles (IFV), armored personnel carriers (APC), command posts, reconnaissance vehicles, and more.

The ASCOD (Austrian-Spanish Cooperative Development) modular design allows adaptation for various roles including IFV, APC, command post, and reconnaissance. (Picture source: Army Recognition)

The ASCOD (Austrian-Spanish Cooperative Development) is a family of armored fighting vehicles developed by Austria and Spain to modernize their armed forces. Development began in the early 1990s, with the first prototypes trialed in Norway. Although not selected by Norway, the design was refined and ordered by Spain and Austria. Spain's variant, known as the Pizarro, and Austria's Ulan were introduced into service in the early 2000s. The vehicle's modular design allows adaptation for various roles including IFV, APC, command post, and reconnaissance.

The ASCOD is equipped with a 30mm Mauser MK 30-2 automatic cannon and a coaxial 7.62mm machine gun. Its turret is fully stabilized and integrated with a digital fire control system, ensuring accuracy on the move. The vehicle offers robust protection, with the option to add Explosive Reactive Armor (ERA) blocks, and includes a Nuclear, Biological, and Chemical (NBC) protection suite. Its high mobility is provided by a powerful diesel engine, enabling speeds up to 70 km/h and a range of 500 km. The ASCOD's modularity and adaptability, along with a comprehensive support and maintenance framework, make it suitable for a range of military operations.

Escribano's Guardian 30 turret is an advanced, gyro-stabilized weapon system that features a 30mm MK44S Bushmaster Chain Gun, with an adaptable option for a 40mm cannon, and a coaxial 7.62mm machine gun. (Picture source: Army Recognition)

Escribano's Guardian 30 turret is an advanced, gyro-stabilized weapon system designed for armored vehicles. It features a 30mm MK44S Bushmaster Chain Gun, with an adaptable option for a 40mm cannon, and a coaxial 7.62mm machine gun. The system's 2-axis stabilization enhances operational versatility for both day and night missions. The Guardian 30 integrates a next-generation ballistic calculator for long-range accuracy and features a modular design that reduces the radar footprint. It can also be equipped with up to 12 smoke launchers and integrates various missiles, sensors, and an active protection system (APS) to enhance combat capabilities.

The Guardian 30 is in service in various countries in Europe and the Middle East, with over 800 units sold since its 2020 launch. It includes sophisticated electro-optical systems such as a cooled infrared camera with a detection range of 19.1 km, a laser range finder accurate to ±1 meter up to 15 km, and a day sight camera with 30x optical zoom. These systems enable target detection and identification at long ranges. The turret offers an elevation range from -20° to 60° and unlimited 360° azimuth rotation, with stabilization below 0.2 mrad. Weighing under 1250 kg (excluding weapons and ammunition), it also features fire zone inhibition, GPS integration, and compatibility with external C4I systems. The Guardian 30's automatic tracking, customizable configurations, and low maintenance requirements make it adaptable for diverse combat scenarios.

On June 17, 2024, during the EUROSATORY exhibition in Paris, the Republic of Croatia signed a significant Framework Agreement with France to procure 155 mm CAESAR self-propelled howitzers. This agreement marks a collaborative step forward in enhancing Croatia’s defense capabilities.
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The CAESAR is a mobile artillery system designed in France. (Picture source: Army Recognition)

The agreement was signed by a delegation from the Croatian Ministry of Defense, led by Ivica Grebenar, Director of the Directorate for Material Resources. This strategic partnership allows Croatia to participate in a program managed by the French Armaments Agency (Direction générale de l'armement – DGA), which oversees procurement not only for France but also for other interested nations.

The Framework Agreement, known as the Framework Arrangement (FA), establishes the legal framework and cooperation methods for the procurement process. Although the FA itself is non-binding and does not commit any country to purchase, it sets the stage for potential procurement upon the signing of an Acquisition Order. This order would authorize France to carry out procurement on behalf of Croatia.

Financing for each participating country will be sourced from their national budgets, with additional support from European Union co-financing funds. France and its partners aim to secure funding through the EU’s EDIRPA (European Defense Industry Reinforcement through Common Procurement Act) program, which could cover 10% to 15% of the total joint procurement costs.

The CAESAR (CAmion Équipé d'un Système d'ARtillerie) is a mobile artillery system designed in France, widely used by several countries, including France, Indonesia, Thailand, and Ukraine. This self-propelled gun is equipped with a 155 mm/52 cal. cannon, capable of firing with precision and efficiency over long distances.

The CAESAR is designed to be operated by a crew of three to five soldiers. It is equipped with various combat systems, including a heater, an NBC (nuclear, biological, and chemical) protection system, and a white searchlight, allowing versatile use on the battlefield. In terms of protection, the standard version of the CAESAR has an unprotected cab, but it can be upgraded to provide Level 2 ballistic protection, Level 2 mine protection, and protection against improvised explosive devices (IEDs).

Weighing less than 18,000 kg, the CAESAR is mounted on a truck chassis capable of reaching a speed of 90 km/h on roads and 50 km/h off-road. With a range of 600 km, it can move quickly to meet the demands of modern operations. Its dimensions are also notable, with a length of 9.94 m, a width of 2.55 m, and a height of 3.2 m, allowing for flexibility in various deployment environments. The CAESAR thus combines mobility, firepower, and protection, making it a valuable asset for the armed forces that use it.

This collaboration underscores the growing defense ties between Croatia and France, enhancing mutual capabilities and contributing to regional security.

At Eurosatory 2024, Sichuan Jinjia Special Equipment Technology Co., Ltd. introduces the "Giant Lizard," a cutting-edge tracked all-terrain vehicle. This versatile vehicle is designed to navigate challenging terrains and withstand harsh weather conditions, making it suitable for deployment in diverse environments such as deserts, snow, marshes, mudflats, and inland waters.
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The "Giant Lizard" is built to establish novel combat capabilities for comprehensive, three-dimensional mobile operations in high-altitude, cold mountainous terrains (Picture source: ArmyRecognition)

It is also effective in counter-terrorism, stability maintenance, emergency rescue operations, and polar scientific research. The vehicle is equipped to handle special operations including transportation, terrain communication, medical treatment, and fire protection in severe weather conditions.

The "Giant Lizard" incorporates several core technologies, including dual-body posture adjustment, independent four-wheel drive mechanical transmission, and vibration reduction technology. With these advanced features, the vehicle offers enhanced maneuverability and utility. The "Giant Lizard" is China’s first 17-ton class fully protected dual-body tracked all-terrain vehicle, boasting complete independent intellectual property rights. It utilizes a modular design for "platform+" style expansion, allowing integration of various rear-mounted functional modules, thus ensuring excellent adaptability for platform modifications.

The "Giant Lizard" is built to establish novel combat capabilities for comprehensive, three-dimensional mobile operations in high-altitude, cold mountainous terrains. This vehicle aims to enhance operational forces through systematic development and integration of all-terrain weaponry and equipment. Notable features include a maximum road speed of 65 km/h, amphibious speed of 5 km/h, and robust protection against Type 56 7.62mm standard ammunition. The vehicle can operate in temperatures ranging from -43°C to 50°C and is designed for a crew of 4+10 members, making it highly suitable for various mission profiles.

Sichuan Jinjia Special Equipment Technology Co., Ltd. has demonstrated its commitment to innovation and advanced vehicle technology with the "Giant Lizard." The introduction of this vehicle at Eurosatory 2024 signifies a major step forward in the capabilities of tracked all-terrain vehicles, potentially enhancing the operational effectiveness of military and civilian missions globally.

The company FK BRNO showcased its new machine gun, the BKS 338, at the Eurosatory 2024 exhibition currently taking place in Paris. Designed to meet the demands of armed forces and special units, this machine gun stands out with its technical characteristics.
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The BKS 338 uses the 338 Norma Magnum (8.6x63 mm) caliber. (Picture source: Army Recognition)

The BKS 338 uses the 338 Norma Magnum (8.6x63 mm) caliber and weighs 11 kg. Once disassembled, it reaches a compact length of 76.2 cm, facilitating its transport and rapid deployment in the field. In full operational configuration, including 400 rounds, the total combat weight varies between 32 and 35 kg, making it manageable for a firing team of one to two people.

One of the strengths of the BKS 338 lies in its rate of fire, capable of reaching 550 rounds per minute. This rate, combined with its effective range of 1700 meters in supersonic mode, makes it a formidable weapon. The BKS 338 is not only effective at medium distances; its maximum range extends up to 6500 meters, allowing targets to be engaged well beyond the range of many other precision rifles. The initial projectile velocity reaches 830 meters per second, ensuring a stable trajectory and effective penetration even at long distances.

FK BRNO is a Czech company specializing in the design and manufacture of firearms. Founded in the Czech Republic, FK BRNO quickly gained an international reputation thanks to its technical innovations and the quality of its products. The company is distinguished by its research and development-focused approach, incorporating the latest technological advances to meet the needs of military users, law enforcement, and sports shooters.

FK BRNO is also known for its high-end semi-automatic pistols, such as the famous FK BRNO PSD pistol, which combines advanced ergonomics with firing power and is also showcased at Eurosatory.

Its combination of relative lightness, high rate of fire, and range makes it an interesting weapon for missions requiring superior precision and firepower. This new machine gun has caught our attention at the French arms exhibition, and we look forward to seeing a demo, perhaps soon.