KATANA is an advanced Unmanned Surface Vessel (USV) system designed by IAI for a wide range of homeland security and naval applications. With its modular and flexible architecture, KATANA can be tailored to meet specific customer and mission requirements, making it versatile for various operations. This USV features autonomous navigation, mission planning, and remote control capabilities, allowing for seamless operation across different vessels. The system supports remote operation of payloads based on mission profiles and includes Command & Control stations for effective management. Notably, KATANA offers dual-mode functionality, enabling the vessel to operate as either an unmanned or manned platform with a simple switch-over, thus enhancing operational efficiency and minimizing risk to personnel during missions. With a total length of 11.90 meters and a width of 2.81 meters, KATANA stands out as a robust solution for modern maritime challenges.
The Remotely Operated Unmanned Surface Vehicle (USV) by BEL is an innovative, zero-emission platform designed for hydrographic surveying and coastal surveillance. This versatile vehicle can be customized for various applications, including logistics operations and kamikaze missions. With a payload capacity of 30 kg and a maximum speed of 4 knots, the USV features solar energy harvesting for extended operational endurance, waypoint navigation, and remote control capabilities. It serves as an effective substitute for crewed surface vehicles, enhancing operational efficiency in maritime environments.
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 Autonomous Underwater Vehicle (AUV) developed by Hanwha Systems is an advanced unmanned maritime system designed for underwater surveillance and reconnaissance missions. This innovative vehicle autonomously navigates predetermined paths to effectively survey mines and other underwater threats along coastal areas and the seafloor. Equipped with a range of sophisticated sensors, including optical cameras, sidescan sonar, and ultrasonic cameras, the AUV provides clear detection and identification of underwater objects, even in challenging and murky conditions. By enhancing situational awareness and operational capabilities in maritime environments, the AUV plays a crucial role in supporting naval operations and ensuring maritime security for the Republic of Korea.
The MH500 from Leonardo is a high-performance communication system designed for secure and efficient data transmission in military and defense applications. This advanced system supports multiple communication protocols and offers robust encryption capabilities to ensure the confidentiality and integrity of sensitive information. The MH500 features a user-friendly interface, making it easy to operate in dynamic environments, and its rugged design ensures reliability in challenging conditions. With its versatility and adaptability, the MH500 is ideal for integration into various platforms, enhancing operational effectiveness and situational awareness in critical missions.
L3Harris Unmanned Vessel Sustainment offers comprehensive maritime services through a dedicated team of logisticians, engineers, and technicians. We provide a full range of sustainment services, including field services, technical representative support, and test support to ensure optimal operational readiness of unmanned vessels. Our offerings encompass the development and maintenance of support equipment, tailored training courses, and thorough analysis of failed items to enhance reliability. Additionally, we conduct reliability studies and address defects or defective components while performing hull, mechanical, and electrical (HM&E) system repairs and upgrades. L3Harris is committed to supporting long-term operational success through rigorous operational and underway test evaluations for unmanned maritime systems.
L3Harris Unmanned Conversions leverage the ASView™ Control System to transform existing vessels into autonomous or unmanned platforms, offering a cost-effective solution for organizations seeking to enhance their operational capabilities. This innovative approach allows for the exploration of unmanned system functionalities tailored to specific tasks while maximizing the utility of current assets. The ASView system has successfully been implemented in the conversion of various vessels, including Rigid Inflatable Boats (RIBs), survey vessels, and powerboats, enabling them to operate autonomously. By integrating advanced control technologies, L3Harris facilitates the transition to unmanned operations, ensuring increased efficiency and flexibility in maritime missions.
L3Harris Uncrewed Surface Vehicles (USVs) represent a significant advancement in naval autonomy, providing versatile and flexible platforms for a variety of maritime missions. These vehicles are designed to operate independently or in coordination with manned vessels, enhancing operational capabilities while reducing risk to personnel. Equipped with advanced sensors and communication systems, L3Harris USVs can perform tasks such as surveillance, reconnaissance, and environmental monitoring. Their innovative design allows for seamless integration into existing naval operations, enabling forces to leverage unmanned technology for increased efficiency and effectiveness in complex maritime environments. With ongoing developments in autonomy, L3Harris is committed to leading the way in the evolution of naval operations.
The L3Harris Polecat Autonomous Surface Vehicle is a versatile target boat designed for autonomous navigation along pre-defined waypoints or remote control operation. Its robust aluminum hull allows for easy repairs by any skilled welder, enhancing operational readiness. Equipped with a single-point lift system and powered by a diesel engine, the Polecat can be conveniently stored, launched, and recovered from various vessels. With an impressive payload capacity of 400 kg and an endurance range of 408 miles at 12 knots, this autonomous surface vehicle is ideal for a wide range of maritime applications, providing reliable performance and flexibility in diverse operational scenarios.
The L3Harris Shadow Fox Autonomous Surface Vehicle (ASV) is a versatile and robust platform designed for a variety of maritime applications, particularly in shallow water surveys in inshore and coastal environments. Equipped with the advanced ASView™ Control System, Shadow Fox ensures safe and reliable navigation for unmanned operations, enhancing operational efficiency and effectiveness. This small yet powerful ASV is engineered to perform under challenging conditions, making it ideal for missions that require precision and adaptability. With its innovative design and autonomous capabilities, the Shadow Fox is an essential tool for modern maritime operations, supporting a wide range of survey and reconnaissance tasks.
L3Harris Defense Uncrewed Surface Vehicles (USVs) are designed to enhance maritime operational capabilities for military applications, providing advanced solutions for surveillance, reconnaissance, and tactical missions. These USVs are equipped with cutting-edge technology that enables autonomous operation, real-time data collection, and effective communication with command centers. Built to withstand harsh marine environments, L3Harris USVs support a variety of missions, including anti-submarine warfare, mine countermeasures, and environmental monitoring. With a focus on reliability and performance, these vehicles play a crucial role in modern naval operations, ensuring mission success while reducing risk to personnel.
The L3Harris C-Worker 24 is a highly capable uncrewed surface vehicle (USV) designed for extended duration operations of up to 40 days, enabling over-the-horizon missions with work-class remotely operated vehicles (ROVs), towed sensors, and hull-mounted sensors. This flexible multi-role platform features a dynamic positioning system rated DP2 and includes a specialized moonpool for seamless ROV operations. With a robust working deck that can accommodate up to four 20ft ISO containers and handle payloads of up to 70 tons, the C-Worker 24 supports a wide array of applications, including launch and recovery of payloads from the stern or side, towing, and extended loitering capabilities. Key features include a high-strength, repairable steel hull, twin gyro stabilization, and numerous communication and control options. The C-Worker 24 is suitable for both commercial applications such as underwater vehicle operations and defense operations including resupply missions, maritime domain awareness, and combat search and rescue, making it an invaluable asset for diverse operational environments.
L3Harris specializes in the design and manufacturing of custom Autonomous Surface Vehicles (ASVs), with the capability to produce a diverse range of vehicles up to 13 meters (44 feet) in length. With a portfolio that includes 25 different vehicle types, each ASV is tailored for specific applications such as Intelligence, Surveillance, and Reconnaissance (ISR), Autonomous Underwater Vehicle (AUV) tracking, mine countermeasures, and hydrographic surveys. Notable examples include the MAST 13 developed for Dstl, the Autonomous Surveyor class for Fugro, and mine countermeasure ASVs for Thales UK, as well as SeaWorker vehicles for Ocean Infinity. L3Harris is committed to delivering innovative solutions that meet unique operational requirements in maritime environments.
The L3Harris Autonomy Framework is a cutting-edge solution designed to enhance the autonomous control of unmanned systems, including unmanned vehicles (UxVs). Developed as part of the Phase II Small Business Innovation Research (SBIR) program, the framework is modular and adheres to open standards, ensuring flexibility and interoperability. Its capabilities have been validated through rigorous in-water tests and extensive simulation analyses. The Adaptive Mission Autonomy (AMA) technology within the framework empowers unmanned systems to anticipate and dynamically respond to evolving mission objectives, operational environments, and adversarial actions. By leveraging investments in emerging technologies, L3Harris's Autonomy Framework provides a robust platform for enhancing the effectiveness and responsiveness of autonomous systems, ultimately supporting mission success in complex scenarios.
