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Akula class submarine scale
Akula class submarine scale











akula class submarine scale

In the TSD Zeya in September 2002, he was transported to the ZSO Vostok, the reactor core was unloaded, before being put into medium repair.įrom 2013 to 2014, she was on the territory of the Federal State Unitary Enterprise Amur Shipyard in Komsomolsk-on-Amur, awaiting repairs.

akula class submarine scale

In March 1998, the 2nd FPL of the Pacific Fleet was transferred to the 10th DPL with the former base. On 13 April 1993, he received the name Kashalot. This was the best result at that time, tracking time for the foreign submarine exceeded the best achievements of the submarines of the USSR Navy. The duration of tracking foreign submarines in the campaign was more than 14 days (354 hours). In the summer of 1990, she completed the tasks of combat service. He became a part of the 45th Submarine Division of the second submarine KTOF based in Kamchatka, in the Krasheninnikov Bay (Rybachy settlement). On 1 March, he was included in the Red Banner Pacific Fleet. The boat was adopted into the Navy on 25 January 1989. Launched on 18 July 1987 and commissioned on 30 December 1988. The submarine was laid down on 5 September 1986 at Amur Shipyard, Komsomolsk-on-Amur.

AKULA CLASS SUBMARINE SCALE GENERATOR

with., there is one diesel generator ASDG-1000. Two auxiliary electric motors in the hinged outboard columns have a capacity of 410 hp. The thermal power of the reactor is 190 MW, the shaft power is 50,000 liters.

akula class submarine scale

Some sources report that subsequent boats are equipped with OK-9VM reactors. On later orders, the AEU has minor improvements. The lead boat, K-284 Akula, is equipped with an OK-650M.01 pressurized water-cooled nuclear reactor. Power supply is carried out by a nuclear power plant. This is done to reduce noise-generating hydrodynamic eddies. A feature of the project is the smoothly mated connection of the tail unit to the hull. Also on the submarine are two reclining thrusters and retractable bow horizontal rudders with flaps. The boat has a developed vertical tail unit with a streamlined boule, in which the towed antenna is located. In addition to reducing the overall noise level of nuclear submarines, such a scheme can reduce the impact of underwater explosions on equipment and crew. A two-stage damping system is used: all mechanisms are placed on damped foundations, in addition, each zone unit is isolated from the body by rubber-cord pneumatic shock absorbers. After completion of the installation, the zonal unit is “rolled” into the hull of the boat and connected to the main cables and pipelines of the ship's systems. To simplify the installation of equipment, the boat was designed using zonal blocks, which made it possible to transfer a significant amount of work from the cramped conditions of the sub's compartments directly to the workshop. The robust body is made of high quality alloy steel with σт = 1 GPa (10,000 kgf / cm²). The K-322 Kashalot was an Akula-class submarine in the Russian Navy. Tsunami, Kiparis, Anis, Sintez and Kora Communications antennas.1–3 × Igla-M surface-to-air missile launcher fired from sail (surface use only).4 × 533 mm torpedo tubes (28 torpedoes) and 4 × 650 mm torpedo tubes (12 torpedoes).MG-74 Korund noise simulation decoys (fired from external tubes).2 OK-300 retractable electric propulsors for low-speed and quiet maneuvering at 5 knots (9.3 km/h 5.8 mph).one 190 MW OK-650B/OK-650M pressurized water nuclear reactor ( HEU













Akula class submarine scale