Japan Maritime Self-Defense Force relies on Thales and MHI to equip itself with the latest generation of high-resolution synthetic aperture sonar that provides a high level of classification. The choice of Thales technologies, which have been extensively proven in service with navies around the world, provides the highest levels of protection available today.
In a changing international context, countries are strengthening the protection of their maritime approaches. At the same time, it is essential to limit human exposure to mines. With 50 years of expertise serving navies around the world, Thales develops technologies that enable the transition from conventional solutions, such as minehunters, to UAV-based solutions (Unmanned Aerial Vehicle).
Through this agreement, HFSAS will be deployed in MHI’s OZZ-5 UUV. With the combination of the Thales HFSAS with Japanese LFSAS (Low Frequency Synthetic Aperture Sonar) technology, the sonars will allow operators to detect suspected mines regardless of the varied or unvaried condition, accommodating today’s increasing demand for MMCM (Maritime Mine Counter Measures). Thales HFSAS provides AuDC (Automatic Detection and Classification) function, which relieves operators’ load to process the collected data.
This contract agreement is the starting point of a long-term program with Japan Maritime Self-Defense Force as end-user and potentially opens the door to export markets. The continuous and successful collaboration between Thales and MHI in Japan has been, once again, strengthened by the order of SAMDIS HFSAS to equip MHI’s OZZ-5 UUV. Working together with Thales, MHI is aiming to enter new markets in Japan’s allies by offering high-end technology to the most powerful navies. Thales’ anti-submarine warfare and maritime safety & security systems are currently in service with more than 50 navies.