Kresta II-class cruiser

Last updated
Cruiser Admiral Yumashev.jpg
Admiral Yumashev in 1989
Class overview
NameKresta II class
Builders Zhdanov Shipyard, Leningrad
Operators
Preceded by Kresta I class
Succeeded by Kara class
Built1966–1977
In commission1969–1993
Completed10
Retired10
General characteristics
Type Guided missile cruiser
Displacement
  • 5,600 tons standard
  • 7,535 tons full load
Length159 m (522 ft)
Beam17 m (56 ft)
Draught6 m (20 ft)
Propulsion
  • 2 shaft steam turbines, 4 boilers
  • 91,000–100,000  shp (68–75 MW)
Speed34 kn (63 km/h; 39 mph)
Range
  • 10,500 nmi (19,400 km; 12,100 mi) at 14 kn (26 km/h; 16 mph)
  • 5,200 nmi (9,600 km; 6,000 mi) at 18 kn (33 km/h; 21 mph)
Endurance1830 tons fuel oil
Complement380
Sensors &
processing systems
Radar; Don Kay, Don-2, Top Sail, Head Net 2 x Head Lights 2 x Muff Cob, 2 x Bass Tilt, Sonar; Bull Nose
Armament
  • 2 × quad SS-N-14 'Silex' anti-submarine missiles
  • 2 × twin SA-N-3 'Goblet' surface-to-air missile launchers (72 missiles)
  • 2 × twin 57-mm/70-cal AK-725 anti-aircraft guns
  • 4 × 30mm AK-630 CIWS
  • 2 × quintuple 533mm torpedo tubes
  • 2 x RBU-6000 12-barrel anti-submarine rocket launchers
  • 2 x RBU-1000 6-barrel anti-submarine rocket launchers
Aircraft carried1 × Ka-25 series helicopter
Aviation facilitiesHelipad and hangar

The Kresta II class, Soviet designation Project 1134A Berkut A (golden eagle), was a class of guided missile cruiser (large anti-submarine warfare ship in Soviet classification) built by the Soviet Union for the Soviet Navy. The NATO lists the class as "cruisers" mainly due to the Metel (SS-N-14 Silex) anti-ship missile system capable to strike not only submarines but also surface vessels. They were succeeded by the larger Kara class cruisers.

Contents

Design

The Kresta II class was an anti-submarine derivative of the Kresta I-class cruiser, and were armed with a new anti-submarine missile (SS-N-14), new surface-to-air missiles (SA-N-3) and advanced sonar. Conway's states that the first three ships were to have been armed with the SS-N-9 anti-ship missile but Soviet naval doctrine changed with greater emphasis on anti-submarine warfare. The surface-to-air missiles comprised more advanced SA-N-3 missiles with two twin launchers. New 3D search radar and new fire control radars were also fitted. 4 30mm CIWS guns were also fitted for improved anti-missile defence. A more advanced sonar led to the bow being more sharply raked. The machinery suite comprised two TV-12 steam turbines with high-pressure boilers, identical to the Kresta I class.

General characteristics

The Kresta II-class cruisers were 158.5 metres (520 ft) long with a beam of 16.9 m (55 ft) and a draught of 6 m (20 ft). They displaced 6000 tons standard and 7800 full load. They had a complement of 380-400 and were equipped with a hangar aft to stow away a Kamov Ka-25 Hormone-A helicopter. [1]

Kresta II-class vessels were propelled by two TV-12 steam geared turbines powered by four high pressure boilers which created 75,000 kilowatts (101,000 hp). [1] This gave the cruisers a maximum speed of 34 knots (63 km/h; 39 mph). [1] They had a range of 10,500 nautical miles (19,400 km; 12,100 mi) at 14 knots (26 km/h; 16 mph) and 5,200 nmi (9,600 km; 6,000 mi) at 18 kn (33 km/h; 21 mph).

Armament

For their primary role as anti-submarine cruisers, the Kresta II class mounted two quadruple launchers for eight SS-N-14 anti-submarine missiles. They were also equipped with two RBU 6000 12-barrel and two RBU 1000 6-barrel rocket launchers. [1] The Ka-25 helicopter embarked on the cruiser was also capable of aiding in the search and destruction of submarines.

Against aerial threats the cruisers were armed with four 57mm L/80 DP guns situated in two twin mountings. They also had four 30mm AK-630 CIWS mountings. They were armed with two twin launchers for the 48 SA-N-3 surface-to-air missiles they carried. [1]

The ships also mounted two quintuple mountings for 533 mm (21.0 in) dual-role torpedoes. [1]

Sensors

The Kresta II class were equipped with MR600 air search radar MR-310 Angara Don navigational and Volga navigational radars. For anti-submarine warfare they had MG-322 hull mounted sonar. For fire control purposes they had Grom SA-N-3 fire control, MR103 AK725 fire control and Drakon RP33 fire control. They also had an MG-26 communications outfit and an MG-35 Shtil.

The first four ships of the class to be completed were not equipped with the MR-123 Vympel fire control radar for the AK-630, and relied on manual targeting instead. [2]

Ships

All the ships were built by the Zhdanov Shipyard in Leningrad.

Cruiser Marshal Timoshenko in 1986 MarshalTimoshenko1986.jpg
Cruiser Marshal Timoshenko in 1986
Name [3] RussianNamesakeLaid downLaunchedCommissionedDecommissioned
Kronstadt КронштадтCity of Kronstadt 30 November 196610 February 196829 December 196924 June 1991
Admiral Isakov Адмирал Исаков Ivan Isakov 15 January 196822 November 196828 December 197030 June 1993
Admiral Nakhimov Адмирал Нахимов Pavel Nakhimov 15 January 196815 April 196929 November 197131 January 1991
Admiral Makarov Адмирал Макаров Stepan Makarov 23 February 196922 November 197025 October 19723 July 1992
Khabarovsk
(ex-Marshal Voroshilov)
Хаба́ровск
(Маршал Ворошилов)
City of Khabarovsk
(Kliment Voroshilov)
20 March 19708 October 197015 September 19733 July 1992
Admiral Oktyabrsky Адмирал Октябьский Filipp Oktyabrskiy 2 June 196921 May 197128 December 197330 June 1993
Admiral Isachenkov Адмирал Исаченков Nikolai Isachenkov 30 October 197028 March 19725 November 19743 July 1992
Marshal Timoshenko Маршал Тимошенко Semyon Timoshenko 2 November 197221 October 197325 November 19753 July 1992
Vasily Chapayev Василий Чапаев Vasily Chapayev 22 November 197328 November 197430 November 197630 June 1993
Admiral Yumashev Адмирал Юмашев Ivan Yumashev 17 April 197530 September 197730 December 197713 July 1992

See also

Notes

  1. 1 2 3 4 5 6 Chant, Christopher (2014). Compendium of Armaments and Military Hardware. Routledge. p. 196. ISBN   9781134646685.
  2. Hampshire 2017, pp. 27–28.
  3. Averin 2007, p. 49.

References