ST Engineering has announced a significant development in maritime defense, having secured contracts to supply advanced mine countermeasure (MCM) unmanned systems for the Republic of Singapore Navy. The project will unfold in phases, with deliveries set to begin in 2027.
The comprehensive package includes unmanned surface vessels (USVs), autonomous underwater vehicles (AUVs), and a command-and-control center (C2). These components are engineered to function cohesively, aimed at effectively detecting and neutralizing underwater mines, an essential capability for enhancing maritime safety.
The USVs and AUVs will be equipped with state-of-the-art sensors tasked with detecting and classifying various types of mines, while also featuring specialized payloads for neutralization. In a strategic move to bolster operational efficiency, the systems will transmit real-time data through a secure network to the C2 center. This setup allows for swift assessments and coordinated responses to any potential threats.
The C2 center will serve as the operational hub, enabling remote management of the USVs and AUVs from either shore or a mothership. This remote operation ensures that personnel maintain a safe distance during critical missions, thereby minimizing risk.
Additionally, ST Engineering will provide a high-fidelity simulation system designed to facilitate crew training. This system will allow personnel to rehearse operations, enhance decision-making skills, and conduct various MCM scenarios in a controlled and safe environment.
Among the components, the MERCURY AUV system stands out, offering capabilities such as seabed mapping, search-and-locate operations, and environmental monitoring. This AUV integrates cutting-edge sensors, navigation, and communication technologies, making it suitable for a range of applications beyond mine countermeasures, including pipeline and cable inspections, as well as debris detection.
The MERCURY system is outfitted with advanced features like synthetic aperture sonar and high-resolution side scan sonar, complemented by precise inertial navigation systems. These attributes allow the AUV to gather, process, and analyze detailed seabed data, helping to identify potential threats or objects lurking beneath the surface. Specifically designed for operations in shallow or congested waters, the AUV can be deployed efficiently using a specialized trolley and recovery system.
This partnership marks a pivotal advancement in the capabilities of the Republic of Singapore Navy, reinforcing its readiness to navigate and secure vital maritime routes amidst evolving threats.
