HII and Thales have successfully integrated the SAMDIS 600 sonar system with the advanced REMUS 620 medium unmanned underwater vehicle, following a series of field exercises at HII’s Pocasset facility in Massachusetts. This collaboration symbolizes a significant leap in underwater operational capabilities, particularly for military applications.
The integration of high-resolution, multi-angle synthetic aperture sensing technology with a long-endurance, modular platform results in a system poised for autonomous detection, classification, and mapping of sub-sea objects. The SAMDIS 600 sonar is tailor-made for crucial tasks such as mine detection, underwater security, and infrastructure monitoring.
The REMUS 620 itself is a robust 7-meter (23-foot) vehicle capable of operating for over 24 hours. It boasts a substantial operational range, able to travel up to 80 kilometers (50 miles) and reach speeds of up to 5 knots (9 kilometers/6 miles per hour). Its impressive diving capabilities allow it to descend to depths around 1,000 meters (3,280 feet), making it a flexible platform for a diverse array of undersea missions.
Representatives from both companies expressed strong support for their collaborative effort, highlighting that this integration enhances the efficiency and effectiveness of underwater missions. They emphasized the importance of partnerships within the industry in developing cutting-edge tools tailored for military users. Duane Fotheringham, president of Mission Technologies’ Unmanned Systems business group at HII, remarked on the significance of combining the capabilities of the SAMDIS 600 sensor with the REMUS 620, underscoring the collaborative spirit driving innovation for their customers.
This significant milestone not only showcases the adaptability of the REMUS 620 but also reinforces the strength of industry partnerships in delivering next-generation, interoperable solutions designed to enrich undersea operations for NATO and allied forces. The successful integration of these advanced systems suggests a promising future for military engagement in underwater environments, where efficiency and precision are paramount.
