An Albacore is an almost perfectly streamlined small tuna able to swim at great speeds. It is found in warm seas throughout the world.
The USS Albacore holds a place in history as the first submarine with a true underwater hull of cylindrical shape that has become the standard for submarines today. Built in 1953, her mission was experimental to test control systems, dive brakes, sonar equipment, escape mechanisms and various innovative theories.
Built in the Portsmouth Naval Shipyard, the Albacore was a floating laboratory. Her streamlined hull made her the fastest and most maneuverable submarine of the day. When outfitted with her special high capacity silver-zinc battery, could out run a contemporary nuclear submarine. In 1966, she set the record as the world's fastest submarine having attained an underwater speed of nearly 40 miles per hour.
Check out this link For additional interesting information on the USS Albacore.
I had a chance to tour and photograph the Albacore in Portsmouth, NH. I hope that some of you will find the images and associated story line interesting.
Image #1 - Outside View
The first interior image is of the control room. You can see the periscope and just to the right, the ladder leading up to the conning tower above.
Image #2 - Control Room
From just to the left of the periscope we can see the Steering and Diving controls. ...and <sigh> for some reason the image is a bit soft....
Image #3 - Steering and Diving Controls
Here we can see the fifth major version of control surfaces and counter-rotating propellers.
Image #4 - Control Surfaces and Propellers
To drive the propellers a diesel-electric system, common in submarines of this era was used. What was not common was the design of the two 16 cylinder, vertically mounted diesel radial engines used to generate the electricity to drive the propellers.
This is what the engine diagram looks like:
Image #5 - Diesel Radial Engine Diagram
Inside the Engine Room, this is the top of one of the two diesel engines.
Image #6 - One of Two Diesel Engines
The complement of sailors on the Albacore was 55 and owing to the research activities being conducted, sometimes a number of additional personnel. The food on submarines is usually the best of all Navy ships. Here is part of the kitchen and crew's mess, which doubles as relaxation space.
Image #7 - Kitchen and Crew's Mess
When there are additional personnel on board, some of the sailors get to switch over to a 'hot bunk' rotation where the same bunk is used by more than one crew member - one sleeps while another is on duty.
In this image of a top bunk, you can see how much space some of the crew members had for sleeping. John mentions 'close quarters', I couldn't even roll over in that space, let alone climb up there!
Image #8 - Crew Bunk
This is the space between the Diesel Engines and the Electric Motors that drive the propellers.
Image #9 - Propulsion Machine Space
In case of an emergency, there is a Forward and Aft Escape Hatch and Trunk (the space between the inner and outer hatches). If the water isn't too deep, several sailors could climb up into this chamber, seal the inner hatch below them, let in the seawater, then open the outer hatch above to get out. Once outside, one of them has to seal the outer hatch before heading for the surface. The water in the trunk can then be drained and the process started again for the next few sailors. If the water is below dive depth for the sailors, then a diving bell from a rescue ship would need to be attached to the outside of the outer hatch.
Image #10 Aft Escape Hatch and Trunk
As we near the end of our tour we are looking aft at the twin electric motors on the left, one for each of the counter rotating propellers.
Image # 11 Electric Motors
I hope you have enjoyed the tour!