Thales has achieved a significant milestone by securing an order for its 100th Combined Active-Passive Towed Array Sonar (CAPTAS) system from a yet-to-be-disclosed customer. This advanced sonar system is integral to anti-submarine warfare, offering comprehensive 360-degree active and passive long-range detection capabilities.
The CAPTAS systems provide remarkable acoustic detection ranges, exceeding 60 kilometers (37 miles), allowing for the identification of submarines before they can potentially enter restricted or strategic waters. This early warning capability is pivotal for enhancing maritime security, giving naval forces the necessary time to detect and respond to emerging threats in both deep and coastal environments.
Several NATO countries currently utilize the CAPTAS system, leveraging its capabilities to synchronize multiple sensors for improved underwater surveillance operations. The system is in service with 17 navies worldwide, including prominent operators such as France, Italy, the UK, and the US.
The versatility of CAPTAS allows it to be installed on a variety of naval platforms, ranging from vessels weighing under 1,000 tons to larger warships. The system can be deployed on corvettes, frigates, destroyers, support ships, and unmanned surface vehicles. Its design includes a containerized mission module that facilitates rapid installation and deployment, enabling naval forces to adjust to shifting operational demands effectively.
Furthermore, CAPTAS integrates seamlessly with other Thales technologies, including Hull-Mounted Sonars, FLASH dipping sonar, and SonoFlash sonobuoys. This interoperability enhances collaborative operations among international naval fleets.
With its modular and cyber-secure architecture, CAPTAS is capable of incorporating cutting-edge technologies and adapting to changing mission requirements. The system’s integration of Artificial Intelligence and advanced data analytics significantly enhances its user interface and decision-support mechanisms, empowering naval personnel to navigate complex situations more adeptly. These automated features also assist in alleviating crew workload and simplifying operations for the duration of the system’s service life, reinforcing its status as a critical asset in modern naval warfare.
