OVERVIEW: The Remus 100 UUV is a small, autonomous underwater vehicle (AUV) in service with the Finnish Navy, commissioned in 2013. It is designed for a variety of shallow-water survey and reconnaissance tasks.

DETAILS: The Remus 100 represents a significant advancement in autonomous underwater vehicle technology. Developed by Hydroid, a Kongsberg Maritime company, the Remus family of UUVs is designed for modularity and adaptability. The Remus 100, specifically, is intended as a lightweight and easily deployable platform. The design philosophy emphasizes ease of use, reduced logistical footprint, and cost-effectiveness, allowing for broader distribution and application of UUV capabilities. While specific details regarding the Finnish acquisition and modifications (if any) are limited, it is likely that the Finnish Navy selected the Remus 100 to enhance their coastal surveillance and underwater survey capabilities in the Baltic Sea's challenging littoral environment. The relatively shallow and complex underwater terrain of the Baltic presents unique challenges for traditional survey methods, making autonomous vehicles an attractive alternative.

The Remus 100 is not suited for traditional naval combat roles such as Anti-Submarine Warfare (ASW), Anti-Air Warfare (AAW), or Anti-Surface Warfare (ASuW). Its primary role lies in conducting hydrographic surveys, environmental monitoring, search and recovery operations, and intelligence gathering. The Finnish Navy likely utilizes the Remus 100 for tasks such as mapping underwater obstacles, inspecting critical infrastructure, and monitoring maritime traffic in strategic areas. Its compact size and quiet operation make it suitable for covert reconnaissance missions. Furthermore, the data collected by the Remus 100 can be used to improve navigational safety and enhance situational awareness in the Finnish maritime domain.

The integration of the SSAM (Side Scan Acoustic Module) is critical to the Remus 100's operational effectiveness. The SSAM allows for high-resolution imaging of the seabed, enabling the detection of submerged objects, pipelines, cables, and other features of interest. The data collected by the SSAM is crucial for creating detailed bathymetric maps and identifying potential hazards to navigation. The Remus 100’s autonomous navigation capabilities, combined with the SSAM, enable it to conduct surveys over large areas without requiring constant human intervention. The data can then be post-processed to create detailed 3D models of the underwater environment, providing valuable information for both civilian and military applications.

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

SENSORS: SSAM

ARMAMENT: None