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.
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 90-Day Beacon Underwater Locator Device by L3Harris is a cutting-edge solution designed to meet the aviation industry's evolving safety standards. Introduced in 2015, this durable device weighs only 6.7 ounces and features a watertight aluminum casing, allowing it to operate at depths of up to 20,000 feet (6,096 meters). With a directional range of 2,000 to 4,000 yards (1,800 to 3,500 meters), its performance is reliable even in challenging environments. The beacon is engineered to withstand pressures of up to 8,700 psi and requires minimal maintenance, with routine checks every two years and battery replacements every six years, ensuring compliance with the Component Maintenance Manual (CMM).
The C-Target 6 ASV is a highly survivable unmanned surface vehicle designed for versatile operations, featuring a durable aluminum hull for easy repair. It is controlled using the advanced ASView-T Control System, allowing it to operate individually or in swarms, with the capability to command multiple target vessels over a single radio network. Safety is prioritized with built-in features such as an emergency-stop button and a safe mode for loss of communication. Equipped with a UHF point-to-multipoint radio system, operators can manually teleoperate the vehicle or plan missions via a user-friendly touchscreen interface, complete with video feedback and joystick controls, making it ideal for various naval applications.
The C-Worker 7 ASV is a state-of-the-art Autonomous Surface Vehicle designed for offshore work, particularly in inspection and positioning tasks. With dimensions of 2.5m x 1m, it features a versatile moonpool that accommodates various payloads, including ROVs and multi-beam echosounders. This robust vehicle operates under the ASView autonomous control system, allowing for manual control or pre-programmed navigation via an intuitive PC interface. It is equipped with advanced communication systems for extended range operations and includes a 360° infrared camera for enhanced situational awareness. The C-Worker 7 is engineered to endure harsh marine environments and is safety assured with emergency stop features and AIS-based response systems. Available for purchase or lease, it represents a significant advancement in autonomous marine technology.
The C-Worker 5 ASV is an advanced autonomous surface vehicle designed to enhance survey coverage efficiently within tight timeframes. Operating for up to 7 days at speeds of 7 knots, this compact vessel excels in offshore survey tasks, offering superior sea-keeping capabilities and maneuverability in shallow waters where larger vessels struggle. Its fixed payload location ensures precise offset measurements, while the integrated 19” rack accommodates standard processing systems, facilitating seamless integration with various acquisition technologies. The C-Worker 5 operates on the ASView autonomous control system, allowing for manual control or pre-programmed route navigation via a user-friendly PC interface. Equipped with enhanced communications and situational awareness systems, it supports operations beyond the operator's direct line of sight and features advanced autonomy for COLREG-aware navigation. Proven in diverse environments, including the UK, France, USA, and Australia ,, the C-Worker 5 has successfully completed over 15,000 km of survey lines, making it a reliable choice for offshore surveying needs.
The C-Worker 4 ASV is a cutting-edge Autonomous Surface Vehicle designed for inshore and coastal survey operations, offering a robust platform with a substantial payload capacity for various survey sensors. With an impressive endurance of up to 48 hours and fuel efficiency of less than 2.5 liters of diesel per hour, it serves as an excellent alternative to traditional survey vessels. The vehicle features an actuated mounting system for subsea sensors and a 10U rack for topside equipment, along with an optional winch system. Its innovative waterjet propulsion allows operation in shallow waters, making it versatile for challenging environments. The C-Worker 4 can be easily mobilized and operated remotely from a control room or another vessel, utilizing the ASView autonomous control system for manual or pre-programmed navigation. Enhanced communication capabilities ensure situational awareness at extended ranges, while advanced autonomy features support COLREG-aware navigation. Safety is prioritized with emergency stop functions and an AIS-based last response system to disengage propulsion if necessary, making the C-Worker 4 a reliable choice for hydrographic surveys and oceanographic data collection worldwide.
The C-Target 9 ASV is a versatile high-speed vehicle designed for military and training applications, capable of functioning as a direct-fire target or towing inflatable targets and small craft. This unmanned surface vehicle can be customized to mimic specific vessels and operates in both manned and unmanned configurations. Built with durable aluminum hulls for easy repair, the C-Target 9 features the ASView-T Control System, allowing it to operate individually or in swarms of up to four units, all controlled via a single radio network. The operator benefits from a user-friendly touchscreen interface, video feedback, and manual control options, ensuring precise maneuverability. Enhanced with safety features such as an emergency stop button and a safe mode for communication loss, the C-Target 9 is part of a managed service offering by L3Harris, which includes storage, maintenance, and operational support for seamless deployment.
The C-Target 13 ASV is a versatile, high-speed autonomous surface vehicle designed for use as a direct fire target or as a tow boat for inflatable targets and smaller crafts. As the largest model in the C-Target range, it can be customized to mimic specific vessels and operates in both manned and unmanned configurations. Built with durable aluminum hulls for easy repair, the C-Target 13 features the advanced ASView-T Control System, enabling individual or swarm operations with up to four target vessels controlled via a single radio network. The operator interface includes a touchscreen, video feedback, and manual controls, ensuring precision in tele-operation and mission planning. With built-in safety features such as an emergency stop button and a safe mode on loss of communication, the C-Target 13 is an ideal solution for military training and testing scenarios.
The C-Cat 3 ASV is a versatile autonomous surface vehicle designed for operations in shallow waters and challenging environments, making it ideal for tasks such as hydrographic surveys, above-water mapping, and UUV locating and tracking. With a shallow draft and excellent maneuverability, it can operate independently or complement manned vessels, performing a full day's operations on a single battery charge. The vehicle features the ASView autonomous control system, allowing for manual control or pre-programmed route navigation via an intuitive PC-based interface. Equipped with multiple sensor options and safety functions like an emergency-stop system, the C-Cat 3 ensures reliable performance even in reduced visibility conditions. Its quick mobilization capabilities and robust design have made it a trusted choice for various marine applications worldwide.
The Uncrewed Pacific 950 is a versatile unmanned surface vehicle designed for a range of maritime operations. With its advanced capabilities, the Pacific 950 offers high performance in surveillance, reconnaissance, and data gathering tasks in harsh environments. Featuring a robust, reliable design and a fully autonomous control system, it supports critical missions with its long endurance and real-time data transmission. Ideal for defense, security, and scientific applications, the Pacific 950 provides a cost-effective solution for unmanned maritime operations.
USVs by Serco facilitate marine investigations with open architecture for sensor integration, real-time remote control, and visual display capabilities.
To Develop a Full and Sovereign Naval Capability for the Kingdom of Saudi Arabia: Combat Management System HAZEM is the strategic core of the Saudi Naval Combat Management System, Unmanned Surface Vehicles (USV), Unmanned Underwater Vehicles (UUV), and Mine Countermeasure Systems (MCM), Integrated Protection Solutions for Ports and Assets at Sea, Naval systems MRO Services, Missions Integration System
