KNDS Vetronics is at the forefront of developing the vehicle architecture of tomorrow, focusing on modern system architectures that seamlessly integrate existing vehicle and payload data. This innovative solution merges data into a unified user interface, providing ergonomic and standardized applications at each workstation. Serving as the backbone of the vehicle's infrastructure, these architectures support external operating systems and facilitate connections among hardware-related vehicle, mission, sensor, and combat systems within an open framework. With advanced IT security measures in place, critical systems are continuously monitored and safeguarded, enhancing the situational awareness of the vehicle crew and significantly reducing reaction times. The system's compatibility with NATO Generic Vehicle Architecture (NGVA) has been validated by Fraunhofer FKIE, ensuring a future-oriented and expandable architecture that supports multi-user operations and leverages both MOTS and COTS solutions.
The BOXER Bridgelayer by KNDS is a cutting-edge military vehicle designed for rapid and reliable bridge deployment, capable of constructing dependable crossings up to 50 meters in length using 14-meter and 26-meter bridge sections. With its fully automated laying system, the BOXER offers exceptional tactical advantages through horizontal laying and easy setup, making it a preferred choice among NATO forces in 19 countries. Equipped with advanced visual equipment, the crew can effectively monitor operations day and night, ensuring operational readiness in diverse environments. The BOXER's mission module enhances its capability as an organic gap-crossing solution, aligning with the Medium Forces concept of strategic and tactical mobility.
The DINGO family of wheeled vehicles, developed by KNDS, has established itself as a reliable and versatile solution for military operations over the past two decades. Starting with the introduction of the DINGO 1, this series has evolved significantly, with the DINGO 2 enhancing payload capacity and operational versatility across various configurations. The latest model, the DINGO 3, builds on this legacy with improvements in payload, a high-performance chassis, and advanced technology features, making it an ideal choice for modern armed forces seeking mobility, protection, and adaptability in diverse mission scenarios.
The BOXER GTV is a versatile wheeled vehicle designed for exceptional performance in various mission scenarios, combining modularity, advanced protection, and outstanding mobility both on and off the road. Powered by a robust MTU V8 engine that delivers up to 530 kW, the BOXER GTV ensures maximum maneuverability while accommodating a large, armored crew compartment with approximately 14m³ of interior space for crew comfort and mission-specific equipment storage. Its innovative add-on protection concept features a drive module and safety cell, providing optimal safety for personnel. The vehicle can be equipped with a remote-controlled weapon station featuring a 12.7mm heavy machine gun or a 40mm automatic grenade launcher, allowing operators to engage targets securely from within the vehicle. The state-of-the-art chassis design, including single-wheel suspension with long spring travel and hydraulic dampers, minimizes stress during operations, making the BOXER GTV an ideal choice for modern military applications.
The BOXER Driver Training Vehicle, developed by ARTEC GmbH—a collaboration between KNDS and Rheinmetall—offers a comprehensive training solution for aspiring drivers. This specialized vehicle features a spacious driver's training cab that accommodates both an instructor and a student driver, with additional seating for two more student drivers at the rear. Equipped with advanced active occupant protection systems, the BOXER ensures safety during training sessions. The driver’s station displays are mirrored at the instructor's station, allowing for real-time monitoring of vehicle conditions. Furthermore, the instructor can utilize override devices to intervene in the student’s driving actions, enhancing the learning experience and ensuring optimal training outcomes.
The BOXER Ambulance, developed by ARTEC GmbH—a joint venture between KNDS and Rheinmetall—offers exceptional performance and protection for medical missions. Powered by a robust MTU V8 engine delivering up to 530 kW, it ensures maximum mobility in various operational scenarios. Its state-of-the-art chassis features single-wheel suspension with long spring travel and hydraulic dampers, minimizing crew stress during transit. The modular design includes a drive module and a mission module, providing enhanced protection for personnel. Inside, the spacious crew compartment, with an interior height of 1.85 m, allows medical staff to deliver optimal care while the flexible stretcher carrier system accommodates different casualty scenarios efficiently.
The PUMA infantry fighting vehicle, developed by KNDS in collaboration with Rheinmetall, represents a pinnacle of modern military engineering. This state-of-the-art vehicle features a cutting-edge chassis designed to enhance crew safety through vibration-reduced travel, while its compact and powerful 800 kW power pack ensures exceptional mobility. The PUMA is equipped with a sophisticated modular protection system, including reactive armor, providing maximum safety for its crew. Its 30mm automatic cannon, capable of using programmable ammunition, allows for effective engagement of various threats, and the MUSS soft kill system enhances survivability by neutralizing incoming missiles. With the ability to target medium and heavily armored vehicles at long ranges using the MELLS multi-role missile system, the PUMA stands out as a versatile and formidable asset on the battlefield.
The BOXER RCT30, developed by ARTEC GmbH, a joint venture between KNDS and Rheinmetall, is a versatile wheeled armored vehicle designed for maximum operational efficiency. Powered by a robust MTU V8 engine delivering up to 600 kW, it ensures exceptional mobility across diverse mission scenarios. The state-of-the-art chassis features single-wheel suspension with long spring travel and hydraulic dampers, significantly reducing crew stress during both on-road and off-road maneuvers. Its modular design includes a drive module and a safety cell, providing advanced protection for the crew against various threats. Equipped with a fully-stabilized 30 mm automatic cannon and the multi-role SPIKE LR missile system, the BOXER RCT30 boasts high hit probability, making it adaptable to a wide range of combat situations. The spacious, armored crew compartment is ergonomically designed for optimal operator comfort and includes a configurable stowage concept to accommodate diverse mission requirements.
The HSTB is a versatile modular bridge system designed for rapid deployment and ease of use, capable of overcoming obstacles up to 4 meters in height within minutes. Its lightweight, weight-optimized design allows for operation by various 4x4 APCs and smaller tracked vehicles, making it ideal for diverse military applications. The HSTB can be configured with coupled standard bridges to achieve crossing capabilities of up to 8 meters while maintaining full carrying capacity. The system features a straightforward laying mechanism supported by the vehicle, ensuring quick setup and reliable performance in critical situations. Additionally, the inclusion of an extra lane accommodates vehicles with smaller track widths, enhancing its operational flexibility.
The LEGUAN LEOPARD 2 is a state-of-the-art bridging system designed for military applications, offering unmatched performance and reliability. With its MLC-80 bridges, it can create dependable crossings of up to 50 meters using 14 m or 26 m bridge sections, making it an essential asset for tactical operations. Its highly mobile chassis ensures that it can navigate tough terrains alongside main battle tanks, while the fully automated horizontal laying system allows for quick and efficient deployment. Equipped with advanced visual technology, the crew maintains situational awareness both day and night, and the vehicle's robust protection measures safeguard against modern threats such as mines and IEDs, ensuring mission success in challenging environments.
The MARS II / MLRS Evolution is a state-of-the-art Medium Artillery Rocket System that combines exceptional precision with extended range capabilities. Developed through collaboration among Germany, France, the United Kingdom, the USA, and Italy, this advanced artillery system is an evolution of the original MLRS introduced in the early 1980s. Featuring a robust high-torque engine delivering 368 kW, the MARS II boasts high mobility and an integrated battle-proven chassis. The system is designed for rapid deployment, capable of firing 12 unguided 230mm rockets in approximately 60 seconds. The upgraded version includes electric laying drives for quicker positioning and is equipped with the European Fire Control System (EFCS) to facilitate the launch of guided missiles (GMLRS), making it a formidable asset on the battlefield.
The DONAR is an advanced automated artillery system mounted on a heavily armored tracked chassis, developed by KNDS and GDELS. Featuring the state-of-the-art 155mm/L52 gun, similar to that of the PzH 2000, the DONAR achieves impressive firing ranges of up to 56 km, ensuring high firepower and precision. Its innovative design includes a remote-controlled, fully automatic gun turret that allows for rapid firing rates and multiple rounds simultaneous impact (MRSI), while a substantial ammunition supply of 30 projectiles and 144 charge modules is integrated into the turret for efficient operations. The driver’s cab accommodates a crew of two, providing enhanced mobility on the proven ASCOD-2 infantry fighting vehicle chassis, making the DONAR a new standard in modern barrelled artillery systems.
The RCH 155 is a cutting-edge automated artillery system that combines advanced firepower with protected wheeled mobility, setting a new standard for modern artillery. Featuring a state-of-the-art 155mm/L52 gun, the RCH 155 offers exceptional range of approximately 54 km, depending on ammunition, and is designed for maximum aiming precision and rapid replenishment. Its heavily armored crew compartment accommodates a two-person team, while the fully automated AGM artillery gun module enhances operational efficiency. With logistics largely identical to the BOXER system, the RCH 155 ensures high mobility both on and off-road, making it an ideal solution for contemporary military operations.
The PzH 2000 is a cutting-edge self-propelled howitzer designed for modern artillery operations, featuring a powerful 155mm/L52 gun that delivers exceptional firepower with a maximum range of approximately 54 km, depending on the ammunition used. Its advanced automated autoloader allows for rapid firing rates by providing direct access to 60 primed projectiles, ensuring quick replenishment and high operational efficiency. The vehicle's impressive mobility is supported by a robust 736 kW engine and a low barrel overhang, enabling superior tactical maneuverability on the battlefield. Additionally, the PzH 2000 is equipped with a protected magazine capable of storing up to 288 modular charges, enhancing its combat readiness and effectiveness in various operational scenarios.
The APVT is an innovative amphibious battle vehicle developed by KNDS, weighing 30 tons and designed for optimal mobility on both land and water. This advanced tracked vehicle features a unique bidirectional concept, with the front optimized for land travel and the rear tailored for water navigation. The transition between its roles as a highly dynamic tracked vehicle and a jet-propelled watercraft is fully automated, taking less than one minute. Capable of transporting up to ten soldiers along with their combat gear, the APVT is equipped with a fully stabilized unmanned weapon station featuring 20mm and 76mm armaments, as well as day/night vision optics, making it a versatile asset for both mounted and dismounted combat scenarios.
