The Shallow Water Remotely Operated Vehicle (SROV) is an advanced Unmanned Underwater Vehicle designed for deep-sea exploration and operations at depths of up to 300 meters. Controlled remotely from a ship, the SROV utilizes an umbilical cable for power and communication, allowing operators to monitor video feeds and sonar data in real-time. Equipped with multiple propellers for mobility, sophisticated navigation systems, and a range of sensors including cameras and LED lights, the SROV excels in various underwater tasks. Its features include automatic depth keeping, a manipulator arm for lifting payloads, and high endurance capabilities, making it ideal for marine research, inspection, and environmental monitoring in challenging sea conditions.
Newport News Shipbuilding is a leading designer and builder of nuclear-powered submarines for the U.S. Navy, specializing in advanced fleet services that include modernization, repair, and installation. As a key partner in the Columbia-class program, Newport News is responsible for constructing six module sections per submarine in collaboration with General Dynamics Electric Boat. These 561-foot-long submarines will replace the aging Ohio-class and serve as a critical component of the U.S. strategic nuclear deterrent triad, featuring a life-of-ship reactor, electric drive propulsion system, and the capability to launch 16 Trident II D5 ballistic missiles. Building on its successful Virginia-class submarine program, Newport News is committed to delivering 12 Columbia-class submarines, manufacturing essential assemblies and modules such as the bow, stern, auxiliary machinery room, superstructure, and weapons modules.
HII Submarine Sustainment provides comprehensive lifecycle support for submarines, ensuring their operational readiness and longevity. Our logistics engineers play a crucial role in the Submarine Maintenance Engineering Planning and Procurement Activity (SUBMEPP), delivering cost engineering studies that enhance availability and efficiency. We also offer engineering and design services through our metallurgical experts, who support the Virginia Class Program Office and the OHIO Replacement Program to meet national security needs. With ISO-certified procedures, our certified experts deliver Integrated Logistics Support (ILS) services, while NAVSEA Certified RCM Levels 1 and 2 logistics engineers maintain Class Maintenance Plans for all submarine classes. Additionally, our Advanced Integration Teams (AITs) perform vital upgrades to Submarine Warfare Federated Tactical Systems (SWFTS) and Communications Systems, enhancing combat capabilities across all active submarine classes.
The L3Harris Mobile Surveillance Towed Arrays feature the twin-line TL-29A, a passive, low-frequency sensor system specifically designed for deployment by Stalwart-class Auxiliary General Ocean Surveillance Ships (T-AGOS). This advanced towed array excels at detecting and tracking extremely quiet diesel-electric submarines, enhancing maritime situational awareness and operational effectiveness. Currently in production, the TL-29A benefits from L3Harris' expertise in providing high-quality telemetry components, ensuring reliable performance and data transmission in challenging underwater environments. This innovative technology plays a crucial role in modern naval surveillance and anti-submarine warfare strategies.
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.
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.
The NR-50 Navigation Radar for Submarines is a cutting-edge solution designed for seamless integration into both existing and new submarine platforms. This innovative radar features a customizable mast interface slot, eliminating the need for an in-hull passage that can compromise the submarine's structural integrity. Its robust, pressure-proof radome ensures protection against extreme environmental conditions, while the aplanar array antenna is specifically engineered for navigation and surface applications. With a lightweight design and compact dimensions, installation on submarine masts is straightforward. The NR-50 operates as a pulse-compressed X-band transceiver, allowing users to select transmission power from under 1 watt to 50 watts, enhancing operational flexibility. Additionally, L3Harris offers a Non Hull Penetrating Mast option for navigation radar antennas, available in both electrical and hydraulic actuation configurations.
The AGEOTEC ROV series by L3Harris offers a comprehensive range of Remotely Operated Vehicles designed for coastal and offshore surveying and construction. With over 20 years of industry experience, these ROVs are engineered to meet the real needs of professionals, featuring a modular design that allows for high customization. The vehicles boast compact dimensions and advanced control software, ensuring ease of handling even in challenging environments. They utilize wide-band optical fiber connections for high-speed data transmission, facilitating simultaneous communication of multiple information sets between the ROV and the surface. With a focus on reduced maintenance downtime and readily available spare parts, the AGEOTEC ROV series provides exceptional value and reliability across various applications, from the agile Observer Class to the robust Light Work Class models.
The Scorpio-XR is an advanced cannon-launched projectile under development, designed for defeating both fixed and moving targets in contested environments. It extends the range of existing cannon-launched precision-guided munitions, providing a significant operational advantage with double the range of current systems. This cutting-edge technology enhances the effectiveness of combat systems by offering superior accuracy and longer reach, enabling military forces to engage targets from greater distances and improve operational flexibility in complex battle conditions. The Scorpio-XR is poised to be a pivotal solution for modern defense strategies.
General Dynamics Mission Systems is a leader in the design and production of lightweight composite structural components and integrated assemblies for both commercial and military aircraft. With over 60 years of experience, the company specializes in providing advanced solutions such as wing and fuselage structures, flight control surfaces, doors, and engine components. These aerospace composite structures offer significant benefits, including weight reduction, impact absorption, and extended product life. General Dynamics supports platforms such as the F-22 Raptor, F-16, and C-17 Globemaster III, delivering durable and cost-effective aerospace solutions.
The Bluefin UUV Operator Tool Suite by General Dynamics Mission Systems is a comprehensive, Windows-based software designed to streamline unmanned underwater vehicle (UUV) operations across all mission phases. This suite includes essential tools such as the Bluefin Mission Planner for intuitive survey mission planning, the Bluefin Dashboard for real-time vehicle monitoring and diagnostics, Bluefin Topics for robust communication infrastructure, and Bluefin Witness for seamless payload data transfer and imagery processing. Fully compatible with SeeByte’s SeeTrack 4, it ensures enhanced situational awareness and mission execution by integrating various functionalities, including mission planning, vehicle testing, communications, and post-mission analysis.
Knifefish is a medium-class Mine Countermeasure (MCM) Unmanned Undersea Vehicle (UUV) developed by General Dynamics Mission Systems, designed for deployment from Littoral Combat Ships (LCS). This advanced UUV enhances mine-hunting operations by detecting, classifying, and identifying buried and high-clutter mines, while acting as an off-board sensor to keep sailors safely out of minefields. Its modular open systems architecture enables seamless integration with various ship systems and mission modules, supporting quick reconfiguration and intelligence gathering for other mine warfare systems. Knifefish plays a crucial role in reducing personnel risk and providing vital environmental data for broader mine warfare efforts.
