Russian submarine Tigr

The K-154 Tigr is an Akula-class submarine in the Russian Navy.

History
Russia
NameK-154
BuilderSevmash, Severodvinsk
Yard number833
Laid down10 September 1989
Launched26 June 1993
Commissioned29 December 1993
Renamed
  • Tigr
  • (Тигр)
NamesakeTigr
IdentificationPennant number: 853
StatusActive
General characteristics
Class and typeAkula-class submarine
Displacement
  • 8,010–14,470 long tons (8,140–14,700 t) surfaced
  • 12,570 long tons (12,770 t) submerged
Length110.3 m (361 ft 11 in)[1] maximum
Beam13.6 m (44 ft 7 in)
Draught9.7 m (31 ft 10 in)
Propulsion
Speed
  • 10 knots (19 km/h; 12 mph) surfaced
  • 28–35 knots (52–65 km/h; 32–40 mph) submerged[3]
Endurance100 days[4]
Test depth480 m (1,570 ft)
Complement73[5]
Sensors and
processing systems
  • MGK-500 or 540 active/passive suite
  • Flank arrays
  • Pelamida towed array sonar
  • MG-70 mine detection sonar
Electronic warfare
& decoys
  • Bukhta ESM/ECM
  • MG-74 Korund noise simulation decoys (fired from external tubes)
  • MT-70 Sonar intercept receiver
  • Nikhrom-M IFF
Armament
  • 4 × 533 mm torpedo tubes (28 torpedoes) and 4 × 650 mm torpedo tubes (12 torpedoes).
  • 1–3 × Igla-M surface-to-air missile launcher fired from sail (surface use only)
  • Granat cruise missiles, now Kalibr
Notes
  • Chiblis Surface Search radar
  • Medvyeditsa-945 Navigation system
  • Molniya-M Satellite communications
  • MGK-80 Underwater communications
  • Tsunami, Kiparis, Anis, Sintez and Kora Communications antennas
  • Paravan Towed VLF Antenna
  • Vspletsk Combat direction system

Design

Project 971 has a double-hull design. The robust body is made of high quality alloy steel with σт = 1 GPa (10,000 kgf / cm2). 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. 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.[6] 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.[6] 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.[7][6] The boat has a developed vertical tail unit with a streamlined boule, in which the towed antenna is located. Also on the submarine are two reclining thrusters and retractable bow horizontal rudders with flaps. A feature of the project is the smoothly mated connection of the tail unit to the hull. This is done to reduce noise-generating hydrodynamic eddies.

Power supply is carried out by a nuclear power plant. The lead boat, K-284 Akula, is equipped with an OK-650M.01 pressurized water-cooled nuclear reactor. On later orders, the AEU has minor improvements. Some sources report that subsequent boats are equipped with OK-9VM reactors.[8] The thermal power of the reactor is 190 MW, the shaft power is 50,000 liters. with. Two auxiliary electric motors in the hinged outboard columns have a capacity of 410 hp. with., there is one diesel generator ASDG-1000.

Construction and career

The submarine was laid down on 10 September 1989 at Sevmash, Severodvinsk. Launched on 26 June 1993 and commissioned on 29 December 1993.[9] On 27 July 1991, she was renamed Tigr.

In 1995, he completed the tasks of combat service with the crew of the plak Wolf under the command of the Cap. 2nd Rank Alexey Vitalyevich Burilichev.[10]

From 1998 to 2002, at FSUE PO Sevmashpredpriyatie an emergency and recovery repair of a steam turbine unit was carried out. The crew is temporarily subordinated to the 339th obrempl Be naval base.[10]

On 1 June 2002, she returned to the 24th submarine 12th pilot of the Northern Fleet with the previous base.[10]

In 2003, she completed the tasks of combat service.

In 2006, she completed the tasks of combat service.

As of 14 August 2020, the boat is being repaired and modernized for the Kalibr missile system at the Nerpa plant until 2023.

On 11 January 2021, according to TASS, citing sources in the military–industrial complex, repair work and restoration of the technical readiness of the Tigr nuclear submarine is planned to be completed in 2022.[10]

Citations

  1. Podvodnye Lodki, Yu.V. Apalkov, Sankt Peterburg, 2002, ISBN 5-8172-0069-4
  2. "Marine Nuclear Power:1939 – 2018" (PDF). July 2018. Retrieved 30 December 2022.
  3. Saunders, Stephen, ed. (2008). Jane's Fighting Ships 2008-09. Coulsdon, UK: Jane's Information Group. p. 644. ISBN 978-0-71062-845-9.
  4. Apalkov, Yu. V. (2003). Подводные лодки ВМФ СССР [Submarines of the Soviet Navy]. Sankt-Peterburg: Galeya Print. ISBN 5-8172-0071-6.
  5. "Specification: SSN Akula Class (Bars Type 971) Attack Submarine, Russia". Naval-technology.com. Archived from the original on 5 June 2011.
  6. http://www.rosprom.gov.ru/news.php?id=3053&fcat=0
  7. "Archived copy". Archived from the original on 29 January 2012. Retrieved 18 September 2021.{{cite web}}: CS1 maint: archived copy as title (link)
  8. Apalkov, Yu.V. (2002). Подводные лодки. St. Petersburg: Галея Принт», Санкт.
  9. "Nuclear-Powered Submarines - Project 971". russianships.info. Retrieved 18 September 2021.
  10. "Подводная лодка К-154, "Тигр". Проект 971". www.deepstorm.ru. Retrieved 18 September 2021.
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