A deep sea submersible is a type of machine and I dont really know how it works but I Do know that my msn is cheesey_jasmine@hotmail.com if you want to add me go ahead i add everyone
Alvin
It is sometimes used to conduct deep-sea research.
A bathyscaphe is a self-propelled deep-sea diving submersible used for exploring the ocean depths.
The submersible Mir 2 was made by the Russian company MIR Corporation, which specializes in deep-sea exploration technology. It was designed for scientific research and exploration of ocean depths, particularly in the Arctic and Antarctic regions. The Mir submersibles gained prominence for their role in deep-sea expeditions, including dives to the wreck of the Titanic.
5,051 meters
A deep sea vessel. Examples: Alivin and Jason.
The Bathyscaphe is a type of deep-sea submersible that can explore the depths of the ocean. Scientists used a Bathyscaphe to study deep-sea habitats and organisms. The Bathyscaphe descended to the ocean floor to collect samples for research purposes.
A Bathyscaphe (pronounced Bath-escape) is a specialized deep-diving type of submarine. a Bathysphere is a special deep duty version of a Diving Bell- is captive and controlled by a surface crane vessel- has no buoyancy, ballast tanks or the like- if the Cable snaps- it"s a long way Downnnnn! the Bathyscaphe, however can independently move, dive, surface and so on.
Hydronatics is technology related to the development of deep submersible vehicles.
A bathysphere is a spherical deep-sea submersible that is lowered into the ocean on a cable. It is designed to withstand the immense pressure of deep-sea environments, with thick walls and small windows for observation. The bathysphere's occupants are able to view the ocean floor and marine life through the windows, while the cable attached to the surface vessel provides power and communication.
The reason behind the spherical design is due to extremely high pressures in deep-sea levels. A spherical design forces the water to press down on an equally shaped surface with no dents or flat surfaces to give the pressures a "foothold" in crushing the submersible.
A submersible has to be used, as it has been built specially to withstand the tremendous pressure in the deep ocean depths.