OVERVIEW: The Remus 100 UUV is a lightweight, autonomous underwater vehicle (AUV) employed by the German Navy for littoral survey and reconnaissance tasks. Entering service in 2013, the Remus 100 provides a modular, adaptable, and easily deployable platform for a variety of underwater missions.

DETAILS: The Remus 100 UUV is a product of Hydroid, Inc., a subsidiary of Kongsberg Maritime, although specific procurement details for the German Navy are not publicly available. The Remus family of UUVs is designed around a modular architecture, allowing for rapid reconfiguration and adaptation to specific mission requirements. The design philosophy emphasizes ease of use, transportability, and adaptability. These vehicles are intended to be operated by small teams from a variety of platforms, including surface ships, small boats, and shore-based facilities. The relatively small size and weight allow for rapid deployment and recovery even in challenging environmental conditions. The German Navy likely selected the Remus 100 for its proven reliability and its ability to provide enhanced situational awareness in shallow water environments.

Primarily designed for survey and reconnaissance roles, the Remus 100 is not equipped for anti-submarine warfare (ASW), anti-air warfare (AAW), or anti-surface warfare (ASuW). Instead, its primary function is to gather detailed hydrographic data, perform environmental monitoring, and conduct search and recovery operations. Its compact size and quiet operation make it well-suited for operating in confined or sensitive areas, such as harbors, coastal waters, and minefields. The vehicle can be programmed to follow pre-determined routes and collect data autonomously, minimizing the risk to personnel and allowing for extended operational periods. The data collected by the Remus 100 is crucial for updating nautical charts, identifying potential hazards, and supporting a wide range of naval operations.

The key operational capability of the Remus 100 stems from its SSAM (Side Scan Acoustic Mapping) sensor. This allows for high-resolution imaging of the seabed, enabling the identification of underwater obstacles, pipelines, shipwrecks, and other features of interest. The data generated by the SSAM is processed to create detailed maps and three-dimensional models of the underwater environment. This information is invaluable for mine countermeasure operations, as it allows for the detection and classification of mines. Furthermore, the data can be used to assess the condition of underwater infrastructure, monitor environmental changes, and support scientific research. The Remus 100's autonomous operation, coupled with the high-resolution imaging capabilities of the SSAM, provides the German Navy with a powerful tool for underwater reconnaissance and survey.

SPECIFICATION: Length: 1.6 m || Beam: 0.7 m || Draft: 0.19 m || Disp: 0 t

SENSORS: SSAM

ARMAMENT: None