Military Sub Design
Propulsion (Jacob)
Weaponry (mason)
Power Systems (Will)
Navigation (Cam)
Detection (Shemesh)
Launching Mechanisms
Air independent propulsion (AIP)
Propultion Plant
Loading Mechanisms
Ammunition Storage
Main Electric Propulsion System
Economic Motor
compass
Radar
How Subs Dive & Surface (Cam)
Photonic Mast
Radar Systems
Sonar Systems
Surface
Dive
global positioning system (GPS)
Navigational Radar
Attack Radar
Air Conditioning and Ventilation (Cam)
Nuclear Reactor
Active Sonar
Passive Sonar
inertial guidance system
Torpedo room
Ballistic missiles
navigational radar
attack radar
FAN COIL UNIT
AIR CONDITIONING UNIT
VENTILATION MODULES
RUM-139/RUR-5 Anti-submarine rockets
RADIAL, AXIAL, HIGH PRESSURE FAN
Anti-submarine mortar
MACHINERY VENTILATION
Survival needs (Teegan)
Food
F21 Heavyweight torpedo
Engine
Propelors
Motors
Garbage and Sewage
Food Prep and storage
Restocking
Air missiles
underwater docking
Power outlets
closed cycle engine
Power for all rooms
A heat engine in which the working substance is continuously circulated and does not need replenishment.
steam turbine
A type of turbine in which a high velocity jet of steam is used to turn the turbine blades which in turn rotates the shaft. The shaft can be connected to an alternator to generate electricity or to a propeller to move a ship/submarine.
Hull
FUEL
As the submarine dives, the ballast tanks are flooded with water and the air in the ballast tanks is vented from the submarine until its overall density is greater than the surrounding water and the submarine begins to sink (negative buoyancy).
A submarine or a ship can float because the weight of water that it displaces is equal to the weight of the ship. This displacement of water creates an upward force called the buoyant force and acts opposite to gravity, which would pull the ship down. Unlike a ship, a submarine can control its buoyancy, thus allowing it to sink and surface at will.
Detects objects surrounding the submarine by bouncing noise signals off nearby objects. Rotating sonar transducer arrays are located at multiple positions outisde the hull
Consits of sonar hydrophones that can only detect noise around it and reflects its signal back to the the sonar control panel in the form of pings
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Power cable management
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