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List Of Ships Of The Soviet Navy
This is a list of ships and classes of the Soviet Navy. Soviet Ship Type Designations Corvettes / MPK, MRK In the Soviet Navy these were classified as small anti-submarine ships (MPK) or small missile ships (MRK). * (Projects 122A, 122bis) * (Project 204) * (Project 1124 ''Al'batros'') ** Grisha-class corvette, Grisha I class (Project 1124.1), 37 ships built in 1966–1982 ** Grisha-class corvette, Grisha II class (Project 1124P, ''P'' stands for ''pogranichnyi'' – on the border), 20 ships built in 1972–1988 ** Grisha-class corvette, Grisha III class (AK-630 CIWS-equipped variant) ** Grisha-class corvette, Grisha IV class (Project 1124K) ** Grisha-class corvette, Grisha V class (Project 1124M, sometimes noted as 1124.4) * (Project 1234 ''Ovod'') ** Nanuchka-class corvette, Nanuchka I class ** Nanuchka-class corvette, Nanuchka II class (Project 1234E) ** Nanuchka-class corvette, Nanuchka III class (Project 1234.1) ** Nanuchka-class corvette, Nanuchka IV class (Project ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Navy
The Soviet Navy was the naval warfare Military, uniform service branch of the Soviet Armed Forces. Often referred to as the Red Fleet, the Soviet Navy made up a large part of the Soviet Union's strategic planning in the event of a conflict with the opposing superpower, the United States, during the Cold War (1945–1991). The Soviet Navy played a large role during the Cold War, either confronting the North Atlantic Treaty Organization in western Europe or power projection to maintain its Warsaw Pact, sphere of influence in eastern Europe. The Soviet Navy was divided into four major fleets: the Soviet Northern Fleet, Northern, Pacific Fleet (Russia), Pacific, Black Sea Fleet, Black Sea, and Baltic Fleet, Baltic Fleets, in addition to the Leningrad Naval Base, which was commanded separately. It also had a smaller force, the Caspian Flotilla, which operated in the Caspian Sea and was followed by a larger fleet, the 5th Operational Squadron, 5th Squadron, in the Mediterranean Sea. The ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Russian Corvette MPK-216
''MPK-216'' was a in the Soviet Navy and later Russian Navy. Specifications Developed in the GDR by specialists from the Zelenodolsk shipyard, Captain 2nd Rank O.K. Korobkov was appointed the main observer from the Navy on the project. For the GDR Navy, 16 ships were built (in Germany, Project 133.1, Parchim), the head MPK entered service in 1981. In 1992, all ships of the Project 133.1 were sold to Indonesia. For the USSR Navy, they were built according to the 1331M Project, after the collapse of the USSR, all ships were transferred to the Russian Navy. The modernized version was distinguished by updated artillery, hydroacoustic and radio-technical weapons.''Conway's All the World's Fighting Ships 1947–1995'' Project 133.1 was developed on the basis of the IPC Project 1124 Albatross in the German Democratic Republic (GDR) with the help of specialists from the Zelenodolsk shipyard for the Navy of the National People's Army of the GDR and the Warsaw Pact countries, as ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Steregushchy (1966)
''Steregushchy'' was a of the Soviet Navy. Development and design Late 1950s and 1960s - this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered - a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU. For these reasons, the op ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Otvazhny (1964)
''Otvazhny'' was a Soviet built for the Black Sea Fleet The Black Sea Fleet () is the Naval fleet, fleet of the Russian Navy in the Black Sea, the Sea of Azov and the Mediterranean Sea. The Black Sea Fleet, along with other Russian ground and air forces on the Crimea, Crimean Peninsula, are subordin ... during the 1960s. She sank on 30 August 1974 after a defective anti-aircraft missile launched during Black Sea Fleet drills ignited a fire which resulted in the explosion of the ship magazines. References Bibliography * * 1964 ships Cold War destroyers of the Soviet Union Kashin-class destroyers of the Soviet Navy Ships built at Shipyard named after 61 Communards Ships sunk by non-combat internal explosions {{mil-ship-stub Maritime incidents in 1974 Shipwrecks in the Black Sea ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Odaryonny
''Odaryonny'' was a of the Soviet Navy. Development and design Late 1950s and 1960s - this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered - a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU. For these reasons, the optio ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Obraztsovy
''Obraztsovy'' was a of the Soviet Navy. Development and design Late 1950s and 1960s - this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered - a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU. For these reasons, the opti ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Provorny (1962)
''Provorny'' was a of the Soviet Navy. Development and design Late 1950s and 1960s - this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered - a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU. For these reasons, the option ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Soobrazitelny (1961)
''Soobrazitelny'' was a of the Soviet Navy. Development and design Late 1950s and 1960s - this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered - a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU. For these reasons, the o ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Soviet Destroyer Komsomolets Ukrainy
''Komsomolets Ukrainy'' was the lead ship of of the Soviet Navy. Development and design Late 1950s and 1960s – this is an era of great changes in the history of the navy, an era of new opportunities and new weapons. This was primarily due to the emergence of sea-based nuclear missiles, which turned submarines into strategic weapons. The appearance of nuclear power plants on submarines has greatly increased their autonomy, cruising range, underwater speed and, as a consequence, the severity of the threat they create. From the very beginning, two options for the main power plant were considered – a traditional steam turbine (STU) and a gas turbine (GTU). The latter, due to its lightness and compactness (specific gravity 5.2 kg / l. From. Versus 9 kg / l. From.), Reduced the ship's displacement from 3600 to 3200 tons and increased efficiency. In addition, starting from a cold state took 5–10 minutes for the GTU compared to the several hours required for the STU ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Russian Corvette Kalmykia
''Kalmykia'' (former ''MPK-229'') is a in the Soviet Navy and later Russian Navy. Specifications Developed in the GDR by specialists from the Zelenodolsk shipyard, Captain 2nd Rank O.K. Korobkov was appointed the main observer from the Navy on the project. For the GDR Navy, 16 ships were built (in Germany, Project 133.1, Parchim), the head MPK entered service in 1981. In 1992, all ships of the Project 133.1 were sold to Indonesia. For the USSR Navy, they were built according to the 1331M Project, after the collapse of the USSR, all ships were transferred to the Russian Navy. The modernized version was distinguished by updated artillery, hydroacoustic and radio-technical weapons. Project 133.1 was developed on the basis of the IPC Project 1124 Albatross in the German Democratic Republic (GDR) with the help of specialists from the Zelenodolsk shipyard for the Navy of the National People's Army of the GDR and the Warsaw Pact countries, as well as for export sales. Project ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Russian Corvette Bashkortostan
''Bashkortostan'' (former ''MPK-228'') was a in the Soviet Navy and later Russian Navy. Specifications Developed in the GDR by specialists from the Zelenodolsk shipyard, Captain 2nd Rank O.K. Korobkov was appointed the main observer from the Navy on the project. For the GDR Navy, 16 ships were built (in Germany, Project 133.1, Parchim), the head MPK entered service in 1981. In 1992, all ships of the Project 133.1 were sold to Indonesia. For the USSR Navy, they were built according to the 1331M Project, after the collapse of the Soviet Union, all ships were transferred to the Russian Navy. The modernized version was distinguished by updated artillery, hydroacoustic and radio-technical weapons. Project 133.1 was developed on the basis of the IPC Project 1124 Albatross in the German Democratic Republic (GDR) with the help of specialists from the Zelenodolsk shipyard for the Navy of the National People's Army of the GDR and the Warsaw Pact countries, as well as for export sa ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
