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Combat Submersible Vehicles (CSVs) are underwater platforms designed specifically for military use. These submerged vehicles enable covert and strategic operations such as reconnaissance, intelligence gathering, special forces deployment, mine countermeasures, and other underwater missions.
Combat Submersible Vehicles are submarines or submersibles built specifically for military purposes. They are frequently small and maneuverable, allowing them to navigate in confined spaces, shallow waters, and areas with limited access.
CSVs prioritize stealth and covert capabilities, allowing them to operate in hostile or contested environments undetected. Their stealthy operations are aided by their quiet propulsion systems and low acoustic signatures. AIP is a technology used in submarines and combat submersible vehicles (CSVs) to increase submerged endurance and operational capabilities.
These underwater platforms can operate for extended periods without needing to surface or use a snorkel for air supply thanks to AIP systems. This technology improves stealth, reduces the need for frequent surfacing, and improves mission effectiveness overall. AIP systems function by supplying an additional source of oxygen for the fuel combustion process in a submarine's propulsion system. These systems typically rely on a chemical reaction between a stored fuel (diesel) and a stored oxidizer (typically liquid oxygen or hydrogen peroxide). The reaction generates energy for propulsion while emitting minimal exhaust. AIP systems increase combat submersible mission endurance, allowing for longer patrols and operations. AIP systems' quiet and extended submerged capabilities are ideal for covert surveillance, reconnaissance, and special operations.