L3Harris Marine In-Service Support offers comprehensive solutions for the entire supply chain, encompassing initial provisioning, ongoing support, and eventual disposal of marine assets. Our dedicated Supportability Engineering teams and Integrated Logistic Support (ILS) capabilities are designed to create tailored support strategies that optimize operational effectiveness and enhance overall support efficiency. With extensive experience in marine platform Asset Management, we work closely with organizations to ensure that their assets are maintained and managed effectively throughout their lifecycle, providing the necessary resources and expertise to meet evolving operational demands and maximize mission success.
L3Harris Marine Training & Simulation solutions address the challenges of operational tempo and budget constraints by offering innovative training options directly on board fully operational vessels. Our comprehensive On-Board Training System (OBTS) allows crew members to undergo essential training, refreshers, and re-qualifications without disrupting the vessel's mission or manning. This integrated approach ensures that personnel receive high-quality training in real-world environments, enhancing their skills and readiness while minimizing downtime. The L3Harris OBTS is designed to optimize training efficiency, making it an ideal solution for modern naval operations seeking to maintain operational effectiveness while managing resources effectively.
L3Harris Marine Power Distribution solutions, including switchboards, load centers, and power panels, are class-standard equipment fully qualified for military applications, ensuring exceptional performance and durability. Our products have a proven track record of reliability across various surface ship classes of the U.S. Navy, including the DDG-51, LPD-17, LSD-41/49, LHA-6, LHD-8, DDG-1000, CG-47, and the future FFG-62 Constellation-class frigate. Each component is custom engineered to meet the specific needs of naval operations, providing robust power management solutions that enhance operational effectiveness and support the demanding requirements of modern maritime missions.
L3Harris Machinery Control Systems deliver advanced, highly survivable distributed control and redundant PLC-based systems tailored for naval, Coast Guard, and auxiliary vessels. These integrated solutions seamlessly incorporate propulsion, electrical, HVAC, auxiliary, and damage control systems into a unified framework, enhancing operational efficiency and safety. Designed with user experience in mind, our systems provide operators with a consistent interface for all operations, enabling any system to be controlled from various shipboard positions while adhering to strict station-in-control protocols. This flexibility ensures that crews can effectively manage critical systems under any operational conditions, reinforcing mission success and vessel integrity.
L3Harris' Maritime Fabrication and Prototyping facility in Norfolk, VA, boasts over 30,000 square feet of environmentally controlled production space dedicated to manufacturing, assembly, and testing functions. This state-of-the-art facility includes an extensive machine shop equipped with CNC machining centers, as well as a welding and pipefitting shop that utilizes various processes such as SMAW, GMAW, GTAW, FCAW, MIG, and TIG on HY80 materials. Additionally, the site features 18,000 square feet of secured exterior storage space, ensuring the safe management of materials and components. L3Harris is committed to delivering high-quality fabrication and prototyping solutions tailored to meet the rigorous demands of maritime applications.
L3Harris' Medium Voltage Motor Drive (MVMD) unit is specifically designed to support high-speed generator and propulsion motors for the U.S. Navy, offering a compact and efficient solution for surface combatant ships. Its modular design enhances efficiency while minimizing size and weight, making it compatible with the stringent space and weight restrictions of modern naval vessels. The MVMD delivers high-performance capabilities in a single, common modular unit rated at 6MW, and its motor drive modules can function as either a motor drive or an active rectifier. This versatility ensures optimal performance and reliability in demanding maritime environments.
The L3Harris Integrated Bridge System (IBS) revolutionizes maritime navigation by emphasizing functional integration over traditional hardware consolidation. Leveraging extensive system integration expertise and sea-going experience, the IBS provides a seamless and intuitive operational environment for mariners. Unlike conventional systems that merely combine various hardware and software into a single console, L3Harris focuses on creating a cohesive interface that enhances situational awareness and decision-making. This innovative engineering approach ensures that all navigational functions work harmoniously, improving safety and efficiency in marine operations. The L3Harris IBS is designed to meet the complex demands of modern vessels, providing reliable performance and advanced capabilities for effective navigation.
The L3Harris Iver3 EP Open System Autonomous Underwater Vehicle (AUV) is designed for flexibility and adaptability, allowing users to install their own hardware and implement software extensions without the need for custom designs. This model features dedicated physical space in the forward section for user electronics, along with hull penetrators that facilitate connections to external sensors. With its remote helm functionality, the Iver3 EP enables users to integrate their sensors seamlessly and maintain real-time control over the vehicle during operations. This open architecture makes the Iver3 EP an ideal choice for a variety of underwater missions, enhancing operational capabilities while accommodating specific user requirements.
The L3Harris Iver3 Standard System Autonomous Underwater Vehicle (AUV) is designed to excel in near coastal environments, offering a wide range of world-class sensors and sonar packages for diverse applications. With its state-of-the-art open system architecture, the Iver3 simplifies operation and enhances reliability, making it an ideal choice for inshore surveys where tethered methods may pose challenges. The integrated VectorMap software streamlines mission planning, data processing, and reporting, ensuring a seamless user experience. This combination of advanced technology and user-friendly design allows operators to efficiently conduct underwater missions while overcoming traditional survey obstacles.
The L3Harris Iver4 580 Autonomous Underwater Vehicle (AUV) is engineered with next-generation technology, offering a compact design with a diameter of 5.8 inches and a length starting at 82 inches. This AUV features a comprehensive suite of sensors, making it highly effective for both commercial and defense survey missions while ensuring rapid deployment and minimal off-mission time. Its transportability and in-water efficiency are complemented by a user-friendly design that allows for easy field-swapping of the sealed battery section, enabling quick reassembly without specialized tools. The Iver4 580 is the ideal solution for organizations seeking reliable performance in underwater operations.
The L3Harris Iver4 900 Autonomous Underwater Vehicle (AUV) is designed for extended endurance, making it ideal for long ingress and egress missions. Constructed from durable titanium and carbon fiber, this AUV features a man-portable design with sealed sections that eliminate DOT IX travel restrictions and the need for vacuum packing. It offers wet pluggable, user-defined, and swappable payloads, along with customizable battery chemistry to suit various operational needs. With a length of 2.5 meters, a diameter of 9 inches, and a weight of less than 230 pounds, the Iver4 900 is rated for depths of up to 300 meters and includes a 200-meter Doppler Velocity Log (DVL) for high accuracy in depth measurement. This combination of features ensures reliable performance in diverse underwater environments.
L3Harris Launch and Recovery Systems for Surface Combatants are designed to enhance the operational capabilities of modern navies by facilitating the efficient deployment of rigid-hulled inflatable boats (RHIBs) from mother ships. These systems enable the rapid launch and recovery of personnel and equipment at sea, significantly extending the operational range and versatility of naval vessels in various warfare scenarios. With a proven track record in delivering innovative engineered solutions, L3Harris meets the evolving operational requirements of navies worldwide, ensuring that surface combatants are equipped to perform effectively in diverse maritime environments. Our commitment to quality and reliability ensures seamless integration and optimal performance of launch and recovery operations.
The L3Harris Helicopter Long-Range Active Sonar system is a cutting-edge solution designed to enhance maritime surveillance and anti-submarine warfare capabilities. This advanced sonar technology provides exceptional detection ranges, enabling helicopters to identify and track underwater threats effectively. With its sophisticated signal processing and high-resolution imaging, the system delivers precise target information in various operational environments. Engineered for integration with existing helicopter platforms, the Long-Range Active Sonar enhances situational awareness and mission effectiveness while ensuring reliable performance in challenging conditions. This innovative system is essential for modern naval operations, supporting both defense and reconnaissance missions.
L3Harris provides comprehensive Hydrographic Mission Systems Support to the Royal Australia ,n Navy (RAN), which is tasked with surveying and charting over one eighth of the world's surface, spanning from Cocos Island in the Indian Ocean to the Solomon Islands, and from the Equator to Antarctica. The RAN operates six ships and one aircraft dedicated to this critical mission, ensuring the development of accurate nautical charts that are essential for safe navigation. L3Harris’ support enhances the capabilities of the RAN's Hydrographic Service by delivering advanced technologies and expertise, facilitating effective data collection and analysis for maritime safety and operational effectiveness.
The L3Harris IVER Suite of Autonomous Underwater Vehicles (AUVs) represents the forefront of unmanned underwater technology, designed to execute a wide array of commercial and defense missions. The Iver4 900 AUV is particularly notable, offering a robust 300-meter operational depth capability and extended mission duration without shipping restrictions, thanks to its innovative Lithium-free standard design. This versatility makes the IVER Suite ideal for various applications, including environmental monitoring, hydrographic surveying, and military reconnaissance. With L3Harris leading the way in AUV development, users can rely on advanced technology that enhances operational efficiency and mission effectiveness in challenging underwater environments.
