L3Harris Cabled Ocean-Observing Systems provide advanced, long-life power and data connectivity solutions for deep-ocean research, serving both U.S. and international navies as well as commercial users. With over six decades of expertise, L3Harris has designed and installed thousands of kilometers of subsea fiber optic cable and nodes, supporting capacities of up to 100 Gb and operating voltages of 10 kV. These systems are engineered for a 25-year lifespan, offering high availability power and high-bandwidth internet connectivity. They facilitate remote interactive control of instrumentation, precision timing, and a standardized interface for remotely operated vehicle-serviceable sensors, enabling comprehensive oceanographic research across various applications including ocean science, undersea defense, port security, oil field monitoring, renewable energy monitoring, and tsunami warning systems.
L3Harris specializes in designing and manufacturing control consoles, workstations, and panel boards that meet stringent military specifications as well as standards set by the American Bureau of Shipping (ABS) and IEEE-45 for electric installations on ships. Renowned for their proven service and reliability, these consoles and workstations are integral components across various surface ship classes of the U.S. Navy, including DDG-51, LPD-17, LSD-41/49, and LHA-6. Built to withstand demanding operational environments, L3Harris products ensure effective control and monitoring capabilities, enhancing the operational readiness and safety of naval vessels.
L3Harris provides comprehensive sustainment and maintenance services for the U.S. Army's Landing Craft Utility (LCU)-2000 Fleet and Logistic Support Vessels (LSV) through its Army Watercraft Sustainment Maintenance Zone 3 program. This initiative includes the execution of the Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) Service Life Extension Program (SLEP), with upgrades carried out at Army installations globally. To enhance these efforts, L3Harris has established a Technical Integration Facility in Newport News, Virginia, which simulates a fully operational Integrated Bridge System (IBS) and Global Maritime Distress Safety System (GMDSS). This facility allows for the testing and integration of critical systems, ensuring optimal performance and reliability for both LSV and LCU-2000 vessels during maintenance availabilities.
The Automated Battery Monitoring Systems (ABMS) by L3Harris is an advanced solution designed to collect, process, display, and communicate critical data for both sealed and flooded battery systems. Featuring the Battery Current Monitoring System (BCMS), this innovative system continuously monitors the main storage battery current through an external BCMS Integrator Unit, ensuring real-time ampere data is available. The system's graphical user interface consolidates all operational, monitoring, and maintenance information onto a single screen, allowing for easy access to data such as the highest and lowest cell readings during charging or discharging cycles. Built to MIL-SPEC standards, the ABMS enhances safety by providing automated monitoring that mitigates risks to sailors while ensuring optimal battery performance across naval operations.
The L3Harris Battle Force Tactical Trainer (BFTT) In-Service Engineering Agent (ISEA) support provides comprehensive engineering and training solutions to enhance fleet warfighting readiness. This support includes a wide range of services such as engineering services, installation hardware fabrication, in-service engineering, integrated logistics support, configuration management, and test and evaluation assistance. Additionally, L3Harris offers operation and maintenance training, training management, and fleet synthetic training exercise support, ensuring that personnel are well-prepared for operational challenges. The ISEA's family of integrated training systems encompasses advanced simulators and trainers, including the AN/USQ-T46 BFTT and the AN/USQ-T47 Battle Force Electronic Warfare Trainer I & II. Staffed by experienced combat systems experts and master training specialists, L3Harris is committed to delivering effective solutions that meet the rigorous demands of military training and operational readiness.
The C-Worker 15 Uncrewed Surface Vehicle is a versatile and advanced platform designed for both commercial and military data acquisition. With a robust 10m x 4m aft deck, it can accommodate a 20ft intermodal container and support a 10-tonne payload, powered by a baseline of 40 kW. This vehicle features a configurable gondola for various sensors and ample internal space for four full-height 19” racks, ensuring efficient processing and storage in an environmentally controlled environment. Optimized for towed sensors and Inspection Class ROV operations, the C-Worker 15 offers a low-emission, safe “one pass” solution with a 21-day endurance and numerous communication options. Its road transportability allows for flexible deployment, making it an ideal choice for diverse operational needs.
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.
The L3Harris Canadian Value Proposition (VP) is a strategic initiative designed to enhance the competitiveness of bidders in major defense procurement programs by emphasizing the importance of local investment and technological benefits. As a key component of Canada's Industrial and Technological Benefits (ITB) policy, the VP requires bidders to not only demonstrate price and technical merit but also commit to undertaking work within Canada, accounting for at least 10 percent of the overall proposal evaluation score. L3Harris, with its extensive experience and established operations across Canada, offers a robust solution for developing comprehensive value propositions that maximize VP scores. The company boasts a strong and reliable Canadian workforce, facilities nationwide, a solid supply chain of small and medium business suppliers, and ongoing investments in research and development in collaboration with Canadian universities. By partnering with L3Harris, organizations can significantly enhance their value proposition, ensuring compliance with ITB obligations while fostering local economic growth.
L3Harris offers comprehensive Circuit Breaker Maintenance, Repair, and Overhaul services as the authorized repair and overhaul depot for its circuit breaker and switchgear product line. Staffed with factory-trained personnel who have extensive experience in the inspection, testing, repair, and overhaul of shock-hardened circuit breakers, L3Harris ensures that all maintenance activities meet stringent quality standards. The services provided not only enhance the reliability and longevity of circuit breakers but also ensure compliance with military specifications. With a commitment to excellence and customer satisfaction, L3Harris is dedicated to delivering efficient and effective solutions that support the operational readiness of critical electrical systems in demanding environments.
L3Harris Commercial Uncrewed Surface Vehicles (USVs) are designed to enhance operational capabilities across various maritime applications, providing innovative solutions for both commercial and defense sectors. These advanced vehicles are equipped with cutting-edge technology to support a wide range of missions, including environmental monitoring, hydrographic surveys, and maritime security operations. With features such as robust communication systems, high endurance, and flexible payload configurations, L3Harris USVs can operate autonomously or be remotely controlled, ensuring adaptability to changing mission requirements. The integration of reliable power sources and advanced sensors enables these vehicles to perform complex tasks in challenging environments, making L3Harris a leader in the development of uncrewed surface technology for modern maritime operations.
The L3Harris Advanced Programmable Electronic Countermeasures (APECS) system represents the latest in electronic warfare technology, utilizing modern deception and noise techniques to enhance naval operational effectiveness. Designed to operate with either TWT-based or solid-state high-power amplifiers housed in a liquid-cooled module, APECS features port and starboard above-decks transmitter assemblies that seamlessly integrate with onboard electronic support systems. This sophisticated countermeasure system is capable of simultaneously engaging multiple threats over a full 360° field of view, jamming up to eight threats at once with seamless quadrant crossover. Its multibeam phased array transmitter generates 60 beams, delivering very high radiated power that can be customized to meet specific operational requirements, ensuring robust protection against diverse threats in complex maritime environments.
L3Harris Agile Guardian is an advanced cyber defense solution designed to shift the advantage in cyber warfare from attackers to defenders. This comprehensive system includes functional modules such as cyber maneuver, which effectively thwarts typical intrusion methods while allowing normal network traffic to flow uninterrupted. Additionally, Agile Guardian employs shadow networking—a sophisticated approach to cyber deception that utilizes shadow identities, honeypots, and other security strategies to isolate and redirect hostile network traffic. This enables thorough security analysis and informed mitigation planning, providing organizations with robust protection against evolving cyber threats while enhancing their overall cybersecurity posture.
The L3Harris 10 km Miniaturized Eye-Safe Laser Range Finder (MLRF) is a cutting-edge addition to the company's family of diode-pumped laser range finders, designed for high-performance applications. Weighing less than 470 grams, the MLRF features a nominal output energy of 5 mJ, optimized beam divergence, and a sensitive avalanche photodiode (APD) receiver, ensuring exceptional accuracy and reliability even in challenging conditions. Its ruggedized and compact design makes it ideal for demanding users who require a lightweight solution without compromising on performance. The eye-safe operation of the MLRF further enhances its versatility across various military and commercial applications, providing precise range measurement up to 10 kilometers.
The L3Harris 25 km Miniaturized Eye-Safe Laser Range Finder-2B (MLRF-2B) is a state-of-the-art addition to the company's line of diode-pumped laser range finders, designed for high-performance applications in demanding environments. Weighing just over 1 kg, the MLRF-2B features a nominal output energy of 3 mJ, optimized beam divergence, and an integrated visible boresight source for enhanced alignment accuracy. Its sensitive avalanche photodiode (APD) receiver ensures exceptional performance, making it ideal for users who require precise range measurements. The ruggedized and lightweight design of the MLRF-2B allows for easy handling and deployment, making it suitable for various military applications, including integration into the latest enhancements for systems like the Abrams tank. This eye-safe laser range finder combines advanced technology with user-friendly features to meet the toughest challenges faced by modern operators.
L3Harris Acoustic Processing Software and Sensor Enhancements are designed to empower sonar operators with advanced capabilities for detecting, classifying, and localizing underwater targets. By integrating state-of-the-art active sonar processing technology, these solutions provide exceptional flexibility and value to the U.S. Navy. The software leverages modern development methodologies, including generic programming and aspect-oriented programming, alongside traditional object-oriented techniques to optimize performance. The internally developed signal processing engine operates on a distributed real-time platform, significantly reducing the time required to implement new algorithms or performance enhancements in the field. This fast and efficient system is specifically tailored for low-power applications, showcasing L3Harris's multi-disciplinary expertise in adaptive signal processing and detection/estimation techniques, ultimately enhancing operational effectiveness in complex maritime environments.
