KNDS offers a comprehensive range of Infantry Fighting Vehicles (IFVs) designed for superior mobility and reliability in diverse operational environments. Featuring advanced technologies such as innovative hydropneumatic running gear in the PUMA and the robust, time-tested design of the LEOPARD 2, these vehicles excel in challenging terrains. The IFVs are engineered to transport troops safely while providing formidable firepower and protection, making them essential assets for modern military forces. With a commitment to continuous refinement and cutting-edge engineering, KNDS ensures that its tracked vehicles meet the evolving demands of defense operations worldwide.
The BOXER is a versatile modular vehicle platform designed for various operational needs, featuring a wheeled or tracked drive module and interchangeable mission modules. With over 20 different mission modules available, the BOXER family can be customized to meet diverse mission requirements, enhancing operational efficiency across multiple scenarios. The Command Mobile Command Post variant accommodates 4-6 crew members and is equipped with a fully digitized backbone that supports the integration of advanced C4I, CIS, and BMS systems. Its design includes a briefing capability with a monitor that folds out over the rear ramp and options for a tent cover for extended operations, making it an ideal solution for command and control in dynamic environments.
The FLW 100 is a state-of-the-art remote-controlled light weapon station designed for use on light combat and command vehicles, providing essential active self-protection for soldiers during missions. Developed for the Bundeswehr, this modular system meets stringent safety technology specifications and is compatible with various weapon equipment kits in 7.62 mm caliber, including MG3, MG5, and FN-MAG. Equipped with advanced optronic sensor systems, the FLW 100 enables effective battlefield surveillance, target acquisition, and engagement in all visibility conditions, including day and night operations. Notably, the weapon station operates without requiring an opening in the vehicle's roof, ensuring that the ballistic protection level remains intact while enhancing operational capabilities.
The FLW 200 is a state-of-the-art remote-controlled weapon station designed for enhanced observation and self-defense, featuring armament options up to a 40 mm automatic grenade launcher. Configured as a stabilized surveillance and self-protection system, it offers exceptional agility and mobility to ensure optimal protection for vehicle crews. Equipped with advanced Circle Optronics sensor systems, the FLW 200 enables effective battlefield surveillance, target acquisition, and engagement in various visibility conditions, including day and night operations, thanks to its cooled thermal imager. The system's mechanical interface allows for the integration of multiple armament variants, such as the sMG.50 or GMW 40 mm, while optional expansion with an MPL-76 mm protection system enhances its defensive capabilities. Operated via a multi-functional control and display unit and a one-handed controller, the FLW 200 is engineered for ease of use and operational efficiency in demanding environments.
The FLW 200 Plus is a state-of-the-art remote-controlled weapon station designed to enhance firepower and operational range, building on the proven architecture of the FLW systems. Equipped with a 20mm-caliber Rh202 DM6 A1 automatic cannon, the FLW 200 Plus significantly increases target engagement effectiveness while allowing for safe operation from within a protected vehicle. This advanced weapon station features a double belt feed system that accommodates two types of ammunition, ensuring versatility in various combat scenarios. The integration of sophisticated optronic sensor systems further enhances situational awareness and targeting precision, making the FLW 200 Plus an essential asset for modern military operations.
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 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 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.
IAI has been selected as the prime contractor for the Carmel program, a cutting-edge initiative aimed at enhancing Israel's defense capabilities through advanced technology and innovative systems. This program focuses on the development of next-generation armored vehicles that incorporate state-of-the-art training systems and simulators, ensuring that military personnel are equipped with the best tools for effective training and operational readiness. With IAI's expertise in defense technology, the Carmel program is set to revolutionize military operations and strengthen national security.
The CAE Virtual Paramedic is an innovative simulation-based training solution designed to enhance the preparedness of first responder paramedics in critical situations. By providing realistic training scenarios that reflect actual incidents, this award-winning system enables paramedics to practice emergency medical decision-making and life-saving interventions in a cost-effective manner. Integrated with learning management systems, the CAE Virtual Paramedic ensures that all personnel can train simultaneously, overcoming the limitations of traditional exercise-based training methods. For instance, Ambulance Victoria in Australia , utilizes this solution to ensure their paramedics are equipped to respond promptly and effectively in emergencies, ultimately improving patient outcomes in mass casualty situations.
CAE's Artificial Intelligence and Machine Learning solutions revolutionize training systems across defense and security sectors by enhancing decision-making processes and operational efficiency. Leveraging advanced algorithms and data analytics, CAE provides immersive training experiences that adapt in real-time to the needs of users, ensuring that military and security personnel are equipped with the most relevant skills and knowledge. With a focus on realism and interactivity, these AI-driven systems not only improve training outcomes but also foster a deeper understanding of complex scenarios, ultimately contributing to mission success and safety in high-stakes environments.
The Armoured Engineering Reconnaissance Vehicle (AERV) developed by BEL is a cutting-edge solution designed for military operations, specifically tailored to enhance battlefield reconnaissance and engineering capabilities. This robust vehicle features advanced electronic systems, including the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), and an Integrated Command Control and Communication System for Artillery Tracked (i3CAT), ensuring seamless communication and control in challenging environments. With its superior armor and mobility, the AERV is engineered to support troops in various reconnaissance missions while providing essential engineering assistance, making it a vital asset for modern armed forces.
The Armoured Land Cruiser 300, launched by Babcock in 2022, represents a significant advancement in civilian armoured vehicle technology. As the first to market with a comprehensive armour solution for the LC 300, Babcock has achieved notable certifications including the first whole vehicle tested solution, PAS 300:2018, and STANAG 4569 compliance, ensuring robust protection against various threats. This vehicle has undergone extensive ballistic and blast testing, establishing it as the best-protected civilian armoured vehicle available. With a proven track record of supplying over 700 armoured vehicles to UK and NATO governments, Babcock is committed to maintaining its leadership in the industry, safeguarding lives across more than 60 locations worldwide, including those of royalty, diplomats, and military personnel.
BWXT Medical Ltd. is a leading innovator in the field of nuclear medicine, dedicated to enhancing patient care through advanced medical technologies. The company specializes in the production and supply of critical radioisotopes, including Actinium-225, which plays a vital role in targeted alpha therapy for cancer treatment. With a commitment to safety, quality, and regulatory compliance, BWXT Medical collaborates with industry partners to ensure a reliable supply of medical isotopes for clinical trials and commercial applications. Under the leadership of President Vittorio Puppo, appointed in August 2024, BWXT Medical continues to drive innovation and excellence in nuclear medicine, contributing significantly to the healthcare community.
BWX Technologies, Inc. (BWXT AT) is at the forefront of innovation in additive manufacturing for advanced nuclear reactors, addressing critical challenges related to specialty materials essential for reactor components. Collaborating with Oak Ridge National Laboratory, BWXT AT has pioneered new manufacturing technologies that enable the creation of complex geometries using high-temperature alloys and refractory metals, specifically nickel-based superalloys and refractory-metal-based alloys. Their successful component-level qualification process enhances the efficiency of certifying nuclear materials, significantly advancing the capabilities of the nuclear industry. This transformative approach, validated through a cost-share program with the U.S. Department of Energy in 2018, positions BWXT AT as a leader in developing cutting-edge solutions that redefine traditional manufacturing limitations.
