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The Delta III-class submarine, Soviet designation Project 667BDR ''Kaľmar'' (Squid), is a large
The first ship of the class, , was laid down on 30 January 1974 in Severnoye Mashinostroitelnoye Predpriyatie (Sevmash), Severodvinsk, as the last ship of the Delta II class. During construction the new D-9R missile system was integrated into the Delta II hull without any changes in other equipment. The ship was launched on 11 February 1976 and passed sea trials in November 1976. Then tests of the new missile system were started in the White and Barents Seas; 22 missiles were launched (four R-29PL, six R-29R, twelve R-29RK) and the missile system was commissioned in September 1978.
Most submarines served in the Pacific Fleet at Rybachiy submarine base near Petropavlovsk-Kamchatsky. Seven under-ice Arctic voyages and two along the Southern territories were completed since 1980. Under-ice voyages were very difficult. In some places the depth of the sea is less than and the thickness of ice about . That gives only a few metres around the submarine.
Two submarines served in the Northern Fleet at the Gazhiyevo submarine base and three at the Olenya submarine base. From the 1990s all the Northern Fleet subs were stationed at Gazhiyevo.
All Delta III-class submarines passed general overhaul refuelling and upgrade in Zvezdochka shipyard, Severodvinsk, or in Zvezda shipyard, Bolshoy Kamen, since 1991, when the Soviet Union collapsed. An upgraded missile system, D-9R, with lightly modified R-29R missiles, was delivered from 1987 to 1990. On some ships the sonar station ''Avrora-1'' was installed.
Most of the ships were decommissioned from 1995, when their next overhaul became due. Only the newest submarine, K-44 ''Ryazan'', had a second general overhaul and refuelling during 2005–2007, which gave it a potential service life to 2017. It underwent another overhaul in 2012 and returned to service in 2017.
In 1994–2002 the submarine was rebuilt in Zvezdochka shipyard to be a special purpose submarine of Project 09786 (carrier of mini submarine) and renamed as BS-136 ''Orenburg''.
On 30 September 2008, a Russian Navy spokesman reported that ''Ryazan'' had successfully completed a 30-day transit from a base in northern Russia under the Arctic ice cap to the Rybachiy submarine base, Kamchatka Peninsula. The Navy added that ''Ryazan'' would soon be assigned to regularly patrol the Pacific Ocean. In July 2008, six Delta III boats were active, of which two were believed to be in the process of decommissioning.
As part of Russia's "Thunder 2019" military exercise, ''Ryazan'' attempted to launch two R-29R ballistic missiles on 17 October 2019. However, only one did so successfully while the other remained in its launch tube.
ballistic missile submarine
A ballistic missile submarine is a submarine capable of deploying submarine-launched ballistic missiles (SLBMs) with nuclear warheads. The United States Navy's hull classification symbols for ballistic missile submarines are SSB and SSBN – t ...
operated by the Russian Navy. Like other previous s, the Delta III class is a double hull
A double hull is a ship hull design and construction method where the bottom and sides of the ship have two complete layers of watertight hull surface: one outer layer forming the normal hull of the ship, and a second inner hull which is some dis ...
ed design, with a thin low magnetic steel outer hull wrapped around a thicker inner pressure hull.
Design
The technical description and requirements for a newballistic missile submarine
A ballistic missile submarine is a submarine capable of deploying submarine-launched ballistic missiles (SLBMs) with nuclear warheads. The United States Navy's hull classification symbols for ballistic missile submarines are SSB and SSBN – t ...
were published in 1972. Development of Project 667BDR was begun at the Rubin Central Design Bureau for Marine Engineering under the direction of main designer Sergeiy Nikiticz Kovalev (Сергей Никитич Ковалёв). The submarine was to be a successor to the project 667BD. The Delta III-class submarines are significantly quieter and have a higher missile section for newer, longer-ranged missiles.
The hull is divided into ten waterproof sections. The first, third, and tenth sections are emergency sections with escape hatches and transverse struts added to increase pressure resistance. A new modular freon firefighting system was installed. A solarium and gymnasium were to be installed to improve living conditions.
The main propulsion system, OK-700A, consists of two pressurized water reactor VM-4S (2×90 MW) with two steam turbines giving to two five-bladed, fixed-pitch shrouded propeller
A propeller (colloquially often called a screw if on a ship or an airscrew if on an aircraft) is a device with a rotating hub and radiating blades that are set at a pitch to form a helical spiral which, when rotated, exerts linear thrust upon ...
s with improved hydro-acoustic characteristics. Two back-up TG-3000 turbogenerators were also installed. Average period between refuelling and overhaul is about ten years.
The Delta III class are fitted with a new sonar system, the MGK-400 Rubikon (in submarine ''K-424'', the older MGK-100 Kerch was installed), developed under the leadership of main designer S.M. Shelechov. The Rubikon can operate in infrasound frequencies, and contains automated systems for target classification. Its maximum range in ideal hydrologic conditions is about . The Delta III class are equipped with a new battle management system, the ''Almaz-BDR'' (or ''MVU-JZBDR'') torpedo fire control. For improved stealthiness, a new inertial navigation system, Tobol-M-1 (on newer ships Tobol-M-2), with higher accuracy, was installed. Tobol-M works with data from two observatories which are saved for two days, and also contains a hydro-acoustic navigational station (''Shmeľ'' or "Bumblebee"), which allows the submarine to determine its position from hydro-acoustic buoys. The Delta III class includes the ''Molnija-M'' communications system, with satellite capabilities provided by the ''Tsunami'' subsystem.
In February 1973, State Rocket Center Makayev began development of a new two-stage liquid-fueled ballistic missile R-29R (3M40, RSM-50, SS-N-18). Improvements in the R-29R over the original R-29 include MIRVed capability and upgraded inertial navigation system with satellite-assisted navigation, giving the new missile greater accuracy (~), increasing its damage potential against all types of military targets whether "soft" or "hard." Fire control for the R-29R is achieved through the D-9R ballistic missile system, which contains sixteen SLBM tubes, just like the preceding Project 667BD. The Delta III class most often carried 16 of the R-29R (height: ; diameter: ; starting weight: 36.3 tons) missiles each carrying 3 MIRVs (0.2 мт each) with a range of about . They also can carry R-29RK with 7 (0.1 мт) MIRVs and range of about 6,500 km or R-29RL with single (0.45 мт) warhead and range of about . Coupled with the R-29R's capabilities and the performance of the D-9R, the Russian Navy possesses, for the first time, the ability to launch any number of its missiles in a single salvo with shorter launch intervals.
The submarines have four 533mm bow torpedo tubes and carry sixteen torpedoes of types SET-65, SAET-60M, 53-65K, 53-65M, or any combination thereof.
History
The first ship of the class, , was laid down on 30 January 1974 in Severnoye Mashinostroitelnoye Predpriyatie (Sevmash), Severodvinsk, as the last ship of the Delta II class. During construction the new D-9R missile system was integrated into the Delta II hull without any changes in other equipment. The ship was launched on 11 February 1976 and passed sea trials in November 1976. Then tests of the new missile system were started in the White and Barents Seas; 22 missiles were launched (four R-29PL, six R-29R, twelve R-29RK) and the missile system was commissioned in September 1978.
Most submarines served in the Pacific Fleet at Rybachiy submarine base near Petropavlovsk-Kamchatsky. Seven under-ice Arctic voyages and two along the Southern territories were completed since 1980. Under-ice voyages were very difficult. In some places the depth of the sea is less than and the thickness of ice about . That gives only a few metres around the submarine.
Two submarines served in the Northern Fleet at the Gazhiyevo submarine base and three at the Olenya submarine base. From the 1990s all the Northern Fleet subs were stationed at Gazhiyevo.
All Delta III-class submarines passed general overhaul refuelling and upgrade in Zvezdochka shipyard, Severodvinsk, or in Zvezda shipyard, Bolshoy Kamen, since 1991, when the Soviet Union collapsed. An upgraded missile system, D-9R, with lightly modified R-29R missiles, was delivered from 1987 to 1990. On some ships the sonar station ''Avrora-1'' was installed.
Most of the ships were decommissioned from 1995, when their next overhaul became due. Only the newest submarine, K-44 ''Ryazan'', had a second general overhaul and refuelling during 2005–2007, which gave it a potential service life to 2017. It underwent another overhaul in 2012 and returned to service in 2017.
In 1994–2002 the submarine was rebuilt in Zvezdochka shipyard to be a special purpose submarine of Project 09786 (carrier of mini submarine) and renamed as BS-136 ''Orenburg''.
On 30 September 2008, a Russian Navy spokesman reported that ''Ryazan'' had successfully completed a 30-day transit from a base in northern Russia under the Arctic ice cap to the Rybachiy submarine base, Kamchatka Peninsula. The Navy added that ''Ryazan'' would soon be assigned to regularly patrol the Pacific Ocean. In July 2008, six Delta III boats were active, of which two were believed to be in the process of decommissioning.
As part of Russia's "Thunder 2019" military exercise, ''Ryazan'' attempted to launch two R-29R ballistic missiles on 17 October 2019. However, only one did so successfully while the other remained in its launch tube.
Sections of pressure hull
# Forward torpedo section # Battery and forward habitable section # Command and control section # Forward missile section # Rear missile section # Auxiliary mechanism and rear habitable section # Nuclear reactor section # Forward turbine section # Rear turbine section # Stern sectionBoats
See also
* List of submarine classes in serviceReferences
External links
{{Commonscat, Delta-III class submarines Submarine classes Russian and Soviet navy submarine classes Soviet inventions Nuclear-powered submarines Ships built by Sevmash fr:Classe Delta#Delta III zh:德尔塔级核潜艇#德尔塔III级