The L3Harris ES-3601S Tactical Radar Electronic Support Measures (ESM) and Surveillance System is a cost-effective, high-capability solution designed to enhance the situational awareness of warfighters. This advanced system enables the interception, analysis, localization, evaluation, and reporting of radar signals, providing critical intelligence in real-time. Utilizing an innovative monopulse direction-finding (DF) technology, the ES-3601S delivers precise bearing measurements, making it highly effective in complex combat environments. Integrated into various surface platforms, this system enhances operational effectiveness and supports mission success by improving radar signal awareness and response capabilities.
The L3Harris Fault Isolation Unit (FIU) is an innovative device essential for enhancing the resilience of military and government electronic systems. As the complexity of these systems increases, the FIU plays a critical role in protecting power distribution networks from high-current overloads and fault loads. By effectively limiting the negative impacts of such faults, the FIU enhances the flexibility and survivability of power delivery systems, ensuring mission success in demanding operational environments. Its advanced design contributes to improved reliability and operational readiness, making it a vital component in modern military infrastructure.
L3Harris Fiber Optic Field Services provide comprehensive support for fiber optic systems, backed by a team of highly qualified technicians and engineers with extensive field experience for global deployment. Our services include on-site and remote assistance across all areas of fiber optics, such as installation and repair of single-mode and multi-mode fibers, troubleshooting and repair of blown optical fibers, and fusion splicing and termination. We also specialize in the termination of both military and commercial-style connectors, along with thorough testing, analysis, and troubleshooting of fiber optic networks. This ensures reliable performance and optimal functionality in critical communication infrastructures.
L3Harris offers Full Life Cycle Logistics Products, leveraging over 20 years of experience in supporting Department of Defense (DoD) customers with comprehensive logistics solutions that meet defense acquisition requirements. Our expertise encompasses a wide range of areas, including combat systems, training, propulsion, and hull/mechanical/electrical systems. We are committed to delivering effective and affordable systems support strategies that enhance warfighting effectiveness. With a deep understanding of the entire acquisition spectrum—from requirements definition to sustainment—L3Harris ensures that our customers receive reliable support throughout the life cycle of their systems, optimizing performance and operational readiness.
L3Harris Hangar Doors for Surface Combatants are engineered to meet the demanding requirements of modern naval operations, offering both hydraulically and electrically actuated options. These doors provide green water resistance in accordance with various shipping registers, including LRS, RiNA, and BV, ensuring durability in harsh maritime environments. With fire resistance ratings ranging from A0 to A60 and blast resistance capabilities against external explosions, they enhance the safety and security of onboard assets. The stealth design minimizes gaps and utilizes flat sheets to reduce radar signatures, while the water-tightness ensures operational integrity. Our comprehensive services include feasibility studies, 3D design, FEM/dynamic analysis, and approval from classification societies, alongside manufacturing, assembly, and rigorous testing to guarantee performance.
The L3Harris ASView™ Control System is an advanced vessel interface manager and autonomy processor designed to enhance the operation of unmanned vehicles. This versatile system allows for both manual control and the ability to follow pre-programmed routes, which can be easily updated through a user-friendly PC-based graphical interface. With proven performance in operational cost efficiencies, ASView facilitates continuous access to remote ocean locations while minimizing human exposure to dangerous environments. It supports various control modes, including waypoint navigation, heading and track hold, station keeping, and remote control. Additionally, ASView features an advanced autonomy system that enables COLREG-aware navigation and path planning, ensuring safe operation. The system is equipped with safety measures such as an emergency stop function and an AIS-based last response system that disengages propulsion when necessary. Since its inception in 2008, ASView has powered over 150 autonomous vehicles at sea, showcasing its reliability and effectiveness in maritime operations.
The L3Harris Battle Damage Control System (BDCS) is a comprehensive solution designed to support officers and decision-makers in managing a wide range of emergency situations, including fire, flooding, smoke, radiation, and chemical hazards. Fully integrated within the Integrated Platform Management System (IPMS), the BDCS distributes critical information across all networked workstations, enabling efficient incident management and plotting. It features a 2D or isometric representation of the ship's General Arrangement Plan (GAP), allowing for infinite layers of ship systems information to be overlaid for enhanced situational awareness. The system works in conjunction with damage-control-related Automatic Sequence Controllers (ASC) to automate incident management tasks and includes automated kill cards for effective response management. Additional capabilities include embedded CCTV support for real-time incident visualization, direct interaction with ship stability calculations, personnel and material resource management, casualty prioritization, and comprehensive logging and reporting of damage control events. The BDCS is also expandable into a full expert system by incorporating the latest L3Harris NBCD advisories, providing an integrated training environment through its connection with the On Board Training System (OBTS).
L3Harris Commercial Marine Solutions offers a comprehensive suite of services tailored to meet the diverse needs of the marine industry. Leveraging extensive engineering expertise and partnerships with specialist companies worldwide, L3Harris supports projects that range from standalone equipment and cost-effective upgrades to fully integrated systems. Their services encompass consultancy, design, equipment supply, installation, commissioning, and maintenance, ensuring that clients receive end-to-end support throughout the project lifecycle. With a commitment to delivering high-quality solutions, L3Harris is dedicated to enhancing operational efficiency and performance for commercial marine applications.
The L3Harris Computer Interface Module (CIM) is a rugged human-machine interface (HMI) designed for military and harsh environment applications. This durable computer/display combination is engineered to withstand extreme conditions while providing comprehensive monitoring and control capabilities. The CIM integrates with a data acquisition subsystem, offering a low-profile, cost-effective solution for various operational needs. Multiple CIM units can be interconnected over a LAN, enabling the establishment of multiple operator workstations for enhanced operational efficiency and flexibility in demanding environments.
L3Harris COTS Shock Isolated Switchboards and Load Centers are designed to meet the rigorous demands of naval applications, providing reliable power distribution for major surface ship classes of the U.S. Navy, including DDG-51, DDG-1000, LHA, LPD, LCS, CVN-78, and the Ship-to-Shore Connector. These systems utilize commercial off-the-shelf (COTS) technology that has been expertly adapted to withstand shock and vibration, ensuring operational integrity in challenging maritime environments. With a proven track record of success, L3Harris delivers robust solutions that enhance the reliability and performance of naval electrical systems, supporting mission readiness and safety across diverse platforms.
L3Harris Course of Action (COA) Planning and Execution tools are web-based situational awareness solutions designed to enhance operational workflows and improve decision-making processes. These advanced analytic technologies facilitate the identification, prioritization, processing, and delivery of critical information from vast data sets, enabling users to interpret and assess situations effectively. By streamlining the flow of essential data, L3Harris tools accelerate executive decision-making, ensuring that operators have the insights needed to take timely and informed actions in dynamic environments. With a focus on enhancing situational understanding, L3Harris empowers teams to execute their missions with greater efficiency and confidence.
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.
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.
L3Harris Conformal and Low-Profile Antennas are designed to enhance multi-domain operations by providing robust, reliable communication capabilities in a compact form factor. These antennas are engineered for tactical applications, allowing seamless integration into various platforms without compromising performance or aerodynamics. Their conformal design ensures minimal visibility and drag, making them ideal for use on vehicles, aircraft, and maritime vessels where space and weight are critical factors. By facilitating effective data transmission across diverse environments, L3Harris antennas support the operational needs of warfighters, enabling enhanced situational awareness and mission success in joint operations.
The L3Harris AQS-18F is a next-generation anti-submarine warfare sonar system designed to enhance maritime security and operational effectiveness in detecting and tracking submarines. This advanced sonar solution integrates cutting-edge technology to provide superior acoustic performance and improved target discrimination, enabling naval forces to operate effectively in complex underwater environments. The AQS-18F features enhanced signal processing capabilities and a modular design, allowing for easy integration with existing platforms and systems. With its focus on reliability and performance, the AQS-18F is poised to meet the evolving demands of modern naval warfare, ensuring that operators have the tools necessary to maintain underwater dominance.
