Surface Mine Countermeasures

The Surface Mine Countermeasures program is designed to enhance the Navy's capabilities in mine detection, classification, localization, identification, and neutralization. This initiative focuses on developing advanced minehunting and neutralization systems that can be deployed quickly from both land and sea platforms. It aims to improve the Navy's ability to conduct minefield reconnaissance at high search rates, reduce sensor false alarm rates, and enhance network communications for better operational efficiency. Additionally, it seeks to integrate unmanned minehunting capabilities into various naval platforms, including the MCM Avenger Class and Littoral Combat Ship Class.

The Mine Hunt Systems project within this program emphasizes the integration of systems and sensors with the Mine Countermeasures Unmanned Surface Vehicle (MCM USV). This project aims to decrease the time required for mine countermeasure operations while ensuring safety for naval and commercial vessels. Key objectives include improving detection capabilities through technologies like the AN/AQS-20C system, which incorporates advanced sonar technologies for effective target identification. The project also focuses on addressing system obsolescence and enhancing automated target recognition capabilities.

The Mine Warfare Planning and Analysis project supports tactical decision-making through tools like the Mine Warfare and Environmental Decision Aids Library (MEDAL) and the Mine Warfare Integrated Synthetic Trainer (MIST). MEDAL provides comprehensive planning and evaluation tools for mine countermeasure commanders, while MIST offers training scenarios to prepare MIW staffs against potential threats. The project aims to modernize software systems such as MINEnet Tactical for improved situational awareness and mission planning.

These initiatives are part of a broader strategy to maintain naval superiority in mine warfare by leveraging cutting-edge technology and improving operational readiness. The goals include reducing mission analysis time, enhancing communication networks, and ensuring compliance with cybersecurity standards. Through continuous development and testing, these efforts aim to provide robust support for naval operations worldwide.