The Mini Harop is a tactical loitering munition drone designed for small ground units and special operations forces, offering enhanced situational awareness and firepower in a compact form. This low-cost system can be stored and launched from a sealed canister, allowing for the transport of 12-16 units on a small vehicle. Operated via a tablet-sized control panel with a tactical low-power data link, the Mini Harop features a high-quality day/night electro-optical guidance system capable of visual intelligence collection up to 50 km away. Powered by a silent electric motor, it boasts a loitering time of two hours and can accurately engage operator-designated targets with a nearly 3 kg warhead, achieving better than 1 meter circular error probability (CEP). Additionally, it includes an "abort and go around" capability to minimize collateral damage, and if no target is identified, the Mini Harop can be recovered and reused, significantly reducing mission costs.
The ROTEM Tactical Drone is a cutting-edge, man-portable VTOL loitering munition designed for modern battlefield operations. Weighing only 6.7 kg, it excels in complex urban environments, allowing tactical forces to engage moving targets with precision while minimizing collateral damage. With a range of 10 km, ROTEM can be deployed quickly from its backpack and is ready for flight within minutes. Controlled via a tablet, it can loiter for up to 30 minutes, autonomously tracking targets while giving the operator the ability to abort the mission at any moment. Equipped with two fragmentation grenades that can be detonated on impact or by proximity, ROTEM can be remotely disarmed and reused after battery swaps, making it a versatile asset for diverse terrain settings.
HAROP is an advanced loitering munition system that combines the capabilities of a UAV and a missile, designed to effectively hunt high-value targets such as unmanned surface vessels, command posts, supply depots, tanks, and air defense systems. With a remarkable endurance of up to 9 hours, HAROP utilizes an electro-optic seeker to autonomously seek, locate, and identify targets within a designated area before planning and executing an attack from various angles. Its robust design allows it to operate effectively even in challenging environments, overcoming GNSS jamming issues. This guided weapon system is remotely supervised by human operators who can abort missions if necessary. HAROP can be launched from canisters mounted on trucks or naval vessels, ensuring versatile deployment across diverse terrains.
The Mini Harpy is a cutting-edge loitering weapon designed to provide tactical forces with enhanced operational capabilities. Weighing 50 kg, it boasts an impressive endurance of up to 1 hour and an operational range of 100 km, making it ideal for modern warfare scenarios. Equipped with a 7 kg warhead, the Mini Harpy can engage both emitting and non-emitting targets from any angle, offering significant tactical advantages. Its dual EO/IR and anti-radiation seeker ensure high precision, while the canister launch capability from ground or naval platforms adds versatility. The system supports both man-in-the-loop (MITL) and fully autonomous operations, allowing for effective mission execution even in adverse weather conditions. With features like battle damage assessment (BDA), abort and re-attack capability, and silent operation using electrical propulsion, the Mini Harpy is a formidable asset for suppression and destruction of enemy air defense missions.
The ROTEM ALPHA is a cutting-edge VTOL (Vertical Take-off and Landing) loitering munition designed for modern combat scenarios, particularly effective against armored vehicles and fortified structures in complex environments. Weighing just 17 kg and equipped with a 2.5 kg warhead, it offers both fragmentation and shaped-charge capabilities with selectable detonation modes for optimal target engagement. With an impressive operational range that allows it to loiter for up to 60 minutes while covering distances of tens of kilometers, the ROTEM ALPHA is engineered for high endurance missions. It features advanced electro-optical sensors and automatic target tracking, ensuring precise strikes even in low-visibility conditions. Additionally, this tactical system is easily deployable from backpacks, can be rapidly assembled, and is retrievable for battery swaps, making it a versatile asset for ground and maritime operations.
IAI ARIEL (ELA-6992) is an advanced robotic combat task force solution designed for the operation of networked autonomous platforms, including both ground units and light aerial drones, in conjunction with ground combat forces. This innovative system enables the execution of complex, high-risk missions at battalion and brigade levels, allowing field commanders to define missions and engagement rules through the user-friendly Automission interface. This mission planning and execution management system efficiently allocates tasks to autonomous platforms while ensuring minimal human involvement and full coordination with combat forces. Missions can be executed sequentially or simultaneously, with Automission continuously monitoring environmental conditions and adapting plans as necessary. If a platform becomes incapacitated, its role is automatically reassigned, ensuring operational continuity and effectiveness in dynamic combat scenarios.
The IAI ELTA RoboCon (ELA-6611) is an advanced Autonomous Logistic Support System specifically designed to optimize military logistics operations. This innovative unmanned vehicle facilitates autonomous logistic convoys, featuring sophisticated "follow me" technology that allows it to seamlessly integrate with various manned and unmanned vehicles. Its adaptability to diverse operational requirements makes RoboCon a crucial asset in modern warfare, providing exceptional flexibility by operating autonomously or under human control as needed. By automating the transport and delivery of supplies, RoboCon significantly mitigates risks associated with supply chain operations in hostile environments, while its ability to navigate complex terrains ensures efficient support for troops in the field.
The Robotic Surveillance Platform by BEL is an advanced Unmanned Ground Vehicle (UGV) designed for efficient navigation and obstacle avoidance in various environments. With a maximum speed of 3.6 km/h and an operational endurance of up to 4 hours, this platform excels in waypoint navigation and remote control operations. It features high-definition video streaming capabilities for both day and night surveillance, making it ideal for patrolling applications. The platform is equipped with sophisticated obstacle detection and avoidance systems, ensuring safe operation in complex terrains. Related products include the Trusted Lan Interface Unit (TLIU-MK-II), Tele Loud Speaking System (TLS), and the Integrated Command Control and Communication System for Artillery Tracked (i3CAT).
HII is a leader in applied artificial intelligence (AI) for defense, dedicated to advancing smart defense and intelligence systems through innovative technology. By integrating cloud computing and edge devices with customized software solutions, HII aims to establish seamless human-AI collaboration as the standard for future operations. Ranked 4th in Federal AI by GovWin/Deltek, HII excels in deploying AI across C5ISR operations, developing and integrating cutting-edge machine learning algorithms to enhance mission-critical systems. Their advanced ML applications address various defense requirements, including automated analysis of imagery, radio-frequency spectrum, acoustic environments, cyber data, and natural language processing for intelligence production, while also leveraging extensive domain knowledge to support fleet sustainment throughout its lifecycle.
The America-class LHA warships represent a significant advancement in amphibious assault capabilities for the U.S. Navy, building on the successful Wasp-class design. These large deck amphibious ships serve as vital components of amphibious ready groups and U.S. Marine Corps Air-Ground Task Forces, offering exceptional command and control, as well as advanced hospital facilities. With the ability to launch operations from both air and sea, they are equipped with well decks and flight decks capable of supporting cutting-edge Marine Corps aircraft, including the MV-22 Osprey and F-35B Joint Strike Fighter. The America-class vessels are versatile, facilitating a wide range of missions from humanitarian assistance to full combat operations, thereby enhancing the operational readiness and strategic reach of U.S. forces.
HII Surface and Undersea Unmanned System Sustainment provides comprehensive support for both surface and underwater unmanned systems, focusing on enhancing operational readiness and life-cycle sustainment. Our expert analysis during the acquisition process minimizes support costs while ensuring the necessary resources are available for effective field operations. We specialize in industrial fabrication and manufacturing, with certified welders skilled in repairing non-metal hull forms and adhering to strict NAVSEA quality standards. Our voyage repair teams offer rapid response capabilities for critical systems, including power and electrical control systems, ensuring mission readiness. Additionally, our skilled engineers deliver all levels of maintenance support for unmanned systems, afloat command and control platforms, launch and recovery systems, trailers, and associated equipment.
The NORINCO Fire Strike is a cutting-edge firearm designed for precision and reliability, catering to both professional and recreational shooters. Engineered with advanced materials and innovative technology, it offers exceptional performance in various conditions. The Fire Strike features an ergonomic design for enhanced handling and control, making it suitable for tactical applications as well as sport shooting. With a focus on safety and ease of use, this firearm is an ideal choice for those seeking a dependable weapon that combines power with accuracy.
Maritime Cyber Security is an essential component of modern naval operations, directly impacting the safety and security of ships in increasingly complex ICT environments. With the International Maritime Organization (IMO) recommending that all relevant business sites and merchant vessels implement cyber security risk management since 2021, Hanwha Systems offers SecuAider, a robust cyber security authentication solution designed specifically for maritime applications. SecuAider enhances safety assurance by providing comprehensive responses to cyber threats and managing risks associated with cyber assaults. Key features include accelerated authentication processes through effective document management and site inspection checklists, as well as quick cyber threat responses facilitated by an intuitive display, ensuring that vessels are well-protected against evolving cyber risks.
Hanwha Systems offers the Warrior System, an advanced soldier combat system designed to enhance the capabilities and safety of ground troops in various operational environments. This integrated system provides soldiers with real-time situational awareness through advanced communication tools, navigation aids, and comprehensive battlefield management features. Equipped with cutting-edge technologies, the Warrior System enables effective coordination among units and enhances individual soldier performance by providing critical information at their fingertips. By focusing on interoperability and user-friendly interfaces, Hanwha Systems is committed to improving the effectiveness and survivability of military personnel on the battlefield.
Hanwha Systems presents the Warrior Combat System, an innovative solution designed to enhance the operational effectiveness and safety of soldiers in the field. This advanced system integrates a variety of technologies, including communication tools, situational awareness displays, and navigation systems, to provide real-time information and support decision-making during missions. The Warrior Combat System is built for interoperability with other military platforms, ensuring seamless coordination among units. By focusing on user-friendly interfaces and robust functionality, Hanwha Systems aims to empower soldiers with the critical capabilities they need to succeed in complex combat environments while enhancing their overall survivability.
