Soviet aircraft carrier Ulyanovsk

Summary

Ulyanovsk (Russian: Улья́новск, IPA: [ʊˈlʲjanəfsk]), Soviet designation Project 1143.7, was a fixed-wing aircraft carrier laid down on 25 November 1988 as the first of a class of Soviet nuclear-powered supercarriers. It was intended for the first time to offer true blue water naval aviation capability for the Soviet Navy. The ship would have been equipped with steam catapults that could launch fully loaded aircraft, representing a major advance over the Kuznetsov class, which could only launch less-loaded aircraft from their ski-jumps. However, construction of Ulyanovsk was stopped at about 40% after the dissolution of the Soviet Union in 1991.[2]

Soviet nuclear-powered aircraft carrier Ulyanovsk
Class overview
NameUlyanovsk class
BuildersChernomorsky Shipyard 444
Operators Soviet Navy
Preceded byKuznetsov class
Succeeded byProject 23000E
Planned2
Cancelled2
History
Soviet Union
NameUlyanovsk (Russian: Улья́новск)
Ordered11 June 1986
Laid down25 November 1988
Commissioned1995 (planned)
Stricken1 November 1991
FateScrapped at 40% completion 5 February 1992
General characteristics
TypeAircraft carrier
Displacement
  • 65,800 tons standard
  • 75,000 tons full load[1]
Length321.2 m (1,054 ft) overall[1]
Beam
  • 83.9 m (275 ft) overall[1]
  • 40 m (130 ft) at waterline[1]
Draught10.6 m (35 ft)[1]
Propulsion
Speed30 knots (56 km/h)
RangeUnlimited distance; 20–25 years
EnduranceLimited only by supplies
Complement3,400 total[1]
Armament
Aircraft carried

History edit

Background edit

The Soviet Union's Nevsky Engineering Design Bureau developed the third-generation heavy aircraft cruiser Kuznetsov with Su-33 in the 1980s (Plan 1143.5/Order 105) and the Varyag aircraft carrier (Plan 1143.6/Order 106), at the same time, in December 1984, the construction of the fourth-generation large-scale nuclear-powered heavy aircraft cruiser began. The plan number was "Plan 1143.7", and the preliminary design was completed in 1986. On November 25, 1988, construction for "Order 107" ― named Ulyanovsk ― officially began at the Black Sea Shipyard.

To this end, the Soviet government allocated funds to carry out the second large-scale technical transformation of the Black Sea Shipyard, including:

  • the construction of an assembly and welding workshop, allowing the hull to be increased in sections to 200 tons;
  • a 350-ton self-propelled flatbed truck;
  • a transport lane from the new workshop to the slipway;
  • the length of No. 0 slipway was lengthened by 30 meters;
  • a horizontal slipway-side platform with a total weight of 1,700 tons;
  • installing a slipway and slipway-side platform;
  • two new gantry cranes each with a lifting capacity of 900 tons, and other new cranes, bringing the number of cranes used on the entire slipway to ten;
  • a river channel to ensure that the Ulyanovsk would be able to go to sea in the future.

Ending edit

Due to the dissolution of the Soviet Union, the amount of funding to complete the carrier was insufficient, and the aircraft carrier construction plan was suspended. As of November 1991, Ulyanovsk was only 40% complete.

The No. 2 ship "Plan 1143.8" originally planned to be built was also cancelled at the same time.

Design edit

 
United States Department of Defense artwork of a Soviet nuclear-powered aircraft carrier similar to Ulyanovsk, under construction

Ulyanovsk was based upon the 1975 Project 1153 Orel, which did not get beyond blueprints. The initial commissioned name was to be Kremlin, but was later given the name Ulyanovsk[3] after the Soviet town of Ulyanovsk, which was originally named Simbirsk but later renamed after Vladimir Lenin's original name because he was born there.

It would have been 85,000 tonnes in displacement (larger than the older Forrestal-class carriers but smaller than contemporary Nimitz class of the U.S. Navy). Ulyanovsk would have been able to launch the full range of fixed-wing carrier aircraft, as it was equipped with two catapults as well as a ski jump. The configuration would have been very similar to U.S. Navy carriers though with the typical Soviet practice of adding anti-ship missile (ASM) and surface-to-air missile (SAM) launchers. Its hull was laid down in 1988, but construction was cancelled at 40% complete in January 1991 and a planned second unit was never laid down.[1]

In accordance with Decree No. 69-R of February 4, 1992, signed by the First Deputy Prime Minister of Ukraine Kostyantyn Masyk, on February 5, 1992, scrapping of the ship's hull structures began. By October 29, 1992, the slipway was free, and the ship (order 107) had ceased to exist.

Air group edit

 
Yak-44 and Su-33 on the deck ATAKR Ulyanovsk

The Ulyanovsk air group was to include 68 aircraft with the following planned composition:[1]

The ship was equipped with two "Mayak" steam catapults made by the Proletarian Factory in Leningrad, a ski-jump, and four arresting gear. For storing aircraft, it had a 175×32×7.9-m hangar deck with aircraft elevated to the flight deck by 3 elevators with carrying capacities of 50 tons (two on the starboard side and one on the port). The stern housed the "Luna" optical landing guidance system.

See also edit

References edit

Citations
  1. ^ a b c d e f g h i Yu.V. Apalkov, "Korabli VMF SSSR", Galeya Print, Sankt-Peterburg 2003
  2. ^ Culp, Wesley. “The Soviets Tried and Failed to Build a Nuclear-Powered Aircraft Carrier to Match US Flattops.” Business Insider, 8 June 2022, https://www.businessinsider.com/the-soviets-tried-failed-to-build-nuclear-powered-aircraft-carrier-2022-6.
  3. ^ Rochlin, G. I.; La Porte, T. R.; Roberts, K. H. (Autumn 1987). "The Self-Designing High-Reliability Organization: Aircraft Carrier Flight Operations at Sea". Naval War College Review. LI (3). Archived from the original on December 13, 2006.
Bibliography
  • Saunders, Stephen, ed. (2006). Jane's Fighting Ships 2006-7. Coulsdon, Surrey: Janes Information Group. ISBN 978-0-7106-2753-7.

External links edit

  • Hazegray.org entry.
  • Project 1143.7 Orel Ul'yanovsk class, GlobalSecurity.org.
  • A Brief Look at Russian Aircraft Carrier Development, Robin J. Lee.