The C303/S by Leonardo is a sophisticated electronic warfare system designed to provide advanced capabilities for threat detection and response in complex operational environments. This system integrates high-performance sensors and cutting-edge signal processing technology to enhance situational awareness and support decision-making in real-time. With its modular design, the C303/S can be easily adapted to various platforms, ensuring versatility and seamless integration into existing military systems. Its reliable performance and robust features make it an essential tool for modern armed forces, enabling effective countermeasures against electronic threats and enhancing overall mission success.
The C310 by Leonardo is an advanced electronic warfare system designed to enhance situational awareness and operational effectiveness in modern military operations. This system features sophisticated signal processing capabilities that allow for real-time detection and analysis of electronic threats, ensuring timely and effective responses. With its modular architecture, the C310 can be easily integrated into various platforms, providing flexibility to meet specific mission requirements. Its robust performance and reliability make it an essential asset for armed forces seeking to maintain a strategic advantage in electronic warfare scenarios, supporting both defensive and offensive operations in complex environments.
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, in collaboration with prime contractor General Dynamics, delivers the Submarine Total Ship Monitoring System (TSMS), a critical solution for the U.S. Navy. This advanced monitoring system integrates telemetry and interface electronics, serving as the core of the TSMS to provide comprehensive oversight of submarine operations. The system includes features such as self-noise monitoring, which enhances situational awareness and operational effectiveness by ensuring optimal performance of submarine systems. By leveraging cutting-edge technology, L3Harris supports the Navy's mission to maintain the highest standards of safety and efficiency in submarine operations.
L3Harris specializes in the development and production of advanced Submarine Towed Arrays, including programs such as the Compact Towed Array (CTA) and the Towed Array Integrated Product Team (TAIPT) telemetry. Our offerings encompass the production and support of the TB-34A and TB-29 lightweight tow cables, ensuring optimal performance for naval operations. As a key team member of the Naval Array Technical Support Center, L3Harris also provides comprehensive support for fleet-towed systems. Our TAIPT telemetry sets the standard for submarine, surface ship, and surveillance towed arrays, reflecting our commitment to delivering innovative solutions that enhance maritime capabilities and operational effectiveness.
The TB-37(U) Multi-Function Towed Array is a vital sensor system that enhances surface ships' capabilities to detect, localize, and engage undersea threats effectively. Developed in collaboration with prime contractor Lockheed Martin, L3Harris plays a key role in the production of the TB-37(U) by providing Towed Array Integrated Product Team Telemetry and other essential subcomponents. This advanced system is also transitioning to Compact Towed Array Telemetry, ensuring improved performance and adaptability in various operational scenarios. With its cutting-edge technology, the TB-37(U) significantly contributes to maritime security and the operational readiness of naval forces.
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.
L3Harris offers advanced Submarine Mast Raising Equipment designed for non-hull penetrating applications, providing reliable solutions for submarine vessels. Available with both hydraulic and electric actuation, the electric option eliminates the need for oil and piping, significantly reducing the risks associated with oil pollution. This innovative equipment features minimum detectability and noiseless raising and lowering control, ensuring stealth during operations. The DROP-IN / DROP-OUT installation simplifies integration and reduces maintenance needs, ultimately lowering life-cycle costs. With over 600 masts successfully provided, L3Harris is a trusted leader in delivering efficient and effective mast-raising solutions for modern submarines.
L3Harris Undersea Warfare Tracking/Training Range (UTR) is a cutting-edge solution designed to enhance training and operational readiness for undersea warfare. This advanced range provides a realistic environment for testing and evaluating undersea systems, enabling naval forces to conduct comprehensive training exercises that simulate real-world scenarios. With integrated tracking capabilities, the UTR allows for precise monitoring of underwater activities, facilitating effective assessment of tactics and technologies. By offering a robust platform for training and evaluation, L3Harris ensures that naval personnel are well-prepared to address the complexities of modern maritime operations, ultimately enhancing mission success in undersea environments.
L3Harris is the leading provider of engineering and technical support services for the U.S. submarine force and its support community, specializing in a wide range of systems including combat systems, acoustic systems, towed array handling systems, navigation systems, non-propulsion electronic systems, and hull, mechanical, and electrical systems. Our expertise extends to unique submarine support systems, ensuring comprehensive maintenance and operational readiness. Currently, L3Harris is actively serving the fleet in collaboration with the Mid-Atlantic Regional Maintenance Center (MARMC), delivering innovative solutions that enhance the performance and reliability of submarine operations. With a commitment to excellence, L3Harris supports the U.S. Navy’s mission to maintain a robust and effective submarine fleet.
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.
The L3Harris Shore Based Sonar Training System (SBTS) is an advanced training solution that utilizes shipboard data recorders to provide trainees with access to real-world data collected during at-sea operations. With a data recorder storage facility capable of holding 800 hours of recorded data, the SBTS offers a cost-effective means to enhance the training experience for sonar operators. This system significantly improves fleet readiness by enabling operators to practice essential sonar operations, thereby maximizing their ability to detect, track, and classify enemy threats at sea. By integrating practical data into training, L3Harris ensures that operators are well-prepared for real-world challenges in maritime environments.
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 offers advanced Snorkel Systems and Gas Exhaust Valves specifically designed for submarines, enhancing operational efficiency and performance. The Snorkel Mast design follows the standard L3Harris mast design concept, focusing on optimizing air flow to induce air vertically through the mast with minimal pressure drop, thereby improving diesel engine efficiency. Our qualified air induction valves are seamlessly integrated into the overall design of the submarine and snorkel mast, ensuring reliable performance in demanding underwater environments. This innovative approach not only supports enhanced propulsion capabilities but also contributes to the overall mission effectiveness of modern submarines.
L3Harris Periscope Imaging systems are advanced solutions designed for naval undersea imaging and communications, featuring precise, high-resolution optics and integrated sensor packaging. These versatile systems can incorporate a range of sensor options, including Electronic Support Measures (ESM), Electronic Warfare (EW), Direction Finding (DF), GPS, communication antennas, thermal imaging, low-light imaging, image intensified cameras, and low observables technology. With the benefits of modern optronic masts, L3Harris periscope systems are engineered for easy retrofitting, allowing naval forces to enhance their surveillance and reconnaissance capabilities seamlessly. This adaptability ensures that operators can maintain a tactical advantage in diverse operational environments.
