The HII Amphibious Warships program showcases a range of advanced naval vessels designed for versatile operational capabilities. Key models include the San Antonio-class (LPD 17), New Orleans (LPD 18), Green Bay (LPD 20), and New York (LPD 21), which have undergone rigorous builder's trials to ensure peak performance. The program also features the launch of Anchorage (LPD 23) and the commissioning of USS America (LHA 6), alongside the rendering of future vessels like Harrisburg (LPD 30) and Bougainville (LHA 8). These ships are engineered for amphibious assault, logistics support, and humanitarian missions, making them essential assets for modern naval operations.
HII's Unmanned on Amphibs initiative focuses on advancing unmanned systems and artificial intelligence/machine learning data analytics to enhance national security capabilities. By leveraging cross-divisional expertise, HII develops innovative solutions tailored to customer needs. A notable demonstration was conducted in June 2022, showcasing the launch and recovery of the Pharos prototype and HII’s LDUUV Proteus, which are designed for efficient transport and maneuverability within the well deck of amphibious ships. Pharos features heavy-duty wheels for optimal stowage on vehicle decks, reflecting HII's commitment to integrating cutting-edge technology into military operations.
The HII San Antonio-Class LPD Amphibious Assault Ship represents the future of naval warfare, combining advanced capabilities with affordability and flexibility. Designed to meet the evolving needs of the Navy and Marine Corps, the LPD 30, as the first of the Flight II series, enhances naval capacity and lethality through its proven hull design. This adaptable warship is equipped for a wide range of military operations, from major combat to humanitarian assistance, featuring a well deck, flight deck, and hospital facilities. By leveraging a hot production line and investing in a robust supplier base across 30 states, the LPD Flight II not only ensures operational readiness but also promotes cost savings through strategic procurement approaches. This next-generation amphibious warship is essential for maintaining maritime superiority and responding effectively to global challenges.
The HII San Antonio-Class LPD Amphibious Assault Ship represents the next generation of naval capability, specifically designed to enhance the operational effectiveness of the Navy and Marine Corps. The LPD 30, the first in the Flight II series, is a versatile and cost-effective warship built on the proven LPD 17 hull, ensuring adaptability across a spectrum of military operations, from major combat engagements to humanitarian missions. Equipped with advanced features such as a well deck, flight deck, and hospital facilities, this ship is engineered for survivability and self-defense. The acceleration of the LPD Flight II program not only boosts naval capacity and lethality but also supports a robust supplier network across 30 states, fostering economic growth while ensuring the U.S. military is equipped with the modern amphibious capabilities it requires.
The Legend-class National Security Cutter (NSC) is a state-of-the-art vessel designed to enhance maritime security for the U.S. Coast Guard. Measuring 418 feet in length, the NSC boasts a maximum speed of 28 knots and an impressive operational range of 12,000 nautical miles. This advanced cutter is equipped with cutting-edge command, control, communication, computers, intelligence, surveillance, and reconnaissance (C4ISR) systems, alongside aviation support facilities and stern boat launch capabilities. The NSC's design allows for a smaller crew to effectively operate the vessel, significantly reducing manpower requirements while maintaining high operational efficiency. With the capacity to remain at sea for up to 60 days and conduct vertical replenishment operations, the NSC is set to replace the aging Hamilton-class cutters that have served for over four decades.
C4KISR is an advanced C4ISR system developed by CETC, a state-owned enterprise specializing in the design and construction of command, control, communications, computers, intelligence, surveillance, and reconnaissance solutions. This system provides comprehensive power information support to enhance national security efforts, local warfare capabilities, counter-terrorism operations, and regional stabilization. C4KISR is designed for seamless integration across strategic, operational, and tactical levels, ensuring a unified and transparent battlefield environment. By improving command efficiency and reducing feedback time, it enhances decision-making capabilities. The system is supported by a robust information infrastructure that integrates command and control with information sensing and processing, effectively linking various weapon platforms across land, sea, and air operational domains.
The SurfSAT-L is a robust satellite communication terminal designed for larger naval vessels, providing secure and high-capacity connectivity essential for modern maritime operations. This advanced terminal ensures seamless communication even in challenging environments, enabling naval forces to maintain reliable data exchange and command capabilities. With its user-friendly design, the SurfSAT-L facilitates easy integration and operation on board, allowing military personnel to focus on their missions without technical distractions. Its high data rate performance supports critical applications such as intelligence, surveillance, and reconnaissance (ISR), enhancing situational awareness and operational effectiveness at sea.
The DiveSAT is a highly compact satellite communication terminal specifically designed for submarines, offering exceptional resilience against extreme pressures. This advanced terminal enables rapid link setup, allowing submarines to maintain stealth operations while benefiting from enhanced global connectivity. With its robust design, the DiveSAT ensures reliable communication capabilities even in challenging underwater environments, supporting critical mission requirements without compromising the vessel's covert status. This solution empowers naval forces to stay connected and informed, enhancing operational effectiveness and situational awareness during underwater missions.
Thales provides comprehensive service and support solutions for airborne optronic systems, ensuring optimal performance throughout their entire service life. With a commitment to customer satisfaction, Thales' Customer Support Centre is always available to address service requests promptly. As a trusted partner, Thales offers a range of tailored support options, including on-demand services, Performance-Based Contracts (PBC), and maintenance transfer services. By leveraging advanced digital technologies, these solutions maximize the availability of airborne assets while minimizing costs. In an era of rapidly changing geopolitical conditions, maintaining high equipment availability is crucial for operational preparedness, and Thales is dedicated to supporting its customers in achieving this goal.
Hanwha Systems has established a strong reputation in the naval combat system sector, with over 30 years of experience delivering advanced combat systems for more than 80 vessels, including destroyers, frigates, fast attack crafts, and submarines. Serving as the central nerve system of naval ships, these combat systems are designed to detect multiple incoming threats simultaneously using sophisticated on-board sensors. They perform real-time analysis and issue commands to various weapon systems, such as naval guns, to effectively neutralize threats. With a commitment to innovation and reliability, Hanwha Systems continues to enhance its naval combat solutions, ensuring that maritime forces are equipped to operate safely and effectively in complex operational environments.
Hanwha Systems specializes in advanced sonar systems, leveraging extensive experience in system integration and specialized sonar technologies to establish comprehensive Wide Sea Area Underwater Surveillance Systems. Through active participation in various defense programs, the company enhances the Republic of Korea Navy's surface and underwater combat and surveillance capabilities across operational sea areas. Currently, Hanwha's research and development efforts are concentrated on creating an innovative active/passive combined multi-state sensor designed to detect long-range targets effectively. This commitment to advancing sonar technology ensures that the ROK Navy remains equipped with state-of-the-art solutions for maritime security and operational readiness in complex environments.
Thesan by Leonardo is an advanced multi-sensor system designed for ground and aerial surveillance, providing comprehensive situational awareness in various operational environments. This cutting-edge system integrates high-resolution electro-optical and infrared sensors, enabling real-time monitoring and target detection under diverse conditions, including day and night. Thesan is particularly effective for military and security applications, offering enhanced capabilities for reconnaissance, intelligence gathering, and threat assessment. Its modular design allows for easy integration onto different platforms, ensuring operational flexibility and adaptability to mission-specific requirements. With its robust performance and reliability, Thesan is an essential tool for modern armed forces seeking to enhance their surveillance and reconnaissance capabilities.
The Torpedo Handling System (THS) by Leonardo is a sophisticated solution designed for the safe storage and handling of MU90 torpedoes aboard naval vessels. This system incorporates a voluntary control mechanism that optimizes the use of available space on the ship while ensuring the secure management of torpedoes. The THS enhances operational efficiency by facilitating quick access and deployment of torpedoes when needed, all while adhering to stringent safety standards. Its robust design and advanced technology make it an essential component for modern naval forces, supporting effective maritime operations and enhancing overall mission readiness.
The TM 197B by Leonardo is an advanced torpedo management system designed to enhance the operational capabilities of naval forces. This sophisticated system provides comprehensive control over torpedo launch and recovery operations, ensuring efficient handling and deployment in various maritime scenarios. Equipped with state-of-the-art technology, the TM 197B facilitates real-time monitoring and data management, allowing for precise coordination during missions. Its robust design ensures reliability in challenging environments, making it an essential asset for modern submarines and surface vessels. The TM 197B significantly improves mission effectiveness while maintaining high safety standards during torpedo operations.
V-FIDES by Leonardo is a versatile multi-role Unmanned Underwater Vehicle (UUV) that can also function as a Remotely Operated Vehicle (ROV) via fiber optic connections. This advanced system is designed to support a wide range of missions, including the inspection of underwater structures such as pipelines and cables, as well as exploration and mapping of the seabed. V-FIDES can be equipped with various payloads tailored to specific operational needs, enhancing its effectiveness in neutralizing threats like swimmer delivery vehicles (SDVs), midget submarines, and unmanned surface vehicles (USVs) using advanced tools such as the Black Scorpion. Its adaptability and robust capabilities make V-FIDES an essential asset for modern naval operations and underwater missions.
