Fleet submarine

Last updated
Gato class fleet submarine USS Wahoo USS Wahoo (SS-238) off the Mare Island Naval Shipyard, California (USA), on 14 July 1943 (19-N-48937).jpg
Gato class fleet submarine USS Wahoo

A fleet submarine is a submarine with the speed, range, and endurance to operate as part of a navy's battle fleet. Examples of fleet submarines are the British First World War era K class and the American World War II era Gato class.

Contents

The term has survived in Britain to refer to modern nuclear-powered attack submarines. In the United States Navy, the term came to be used primarily for the long-range submarines that served in World War II.

Examples

United States

The term was used by the United States Navy to distinguish submarines suitable for long range patrols in the Pacific Ocean from earlier classes such as the United States S-class submarines. The initial goal, pursued with frequent interruptions since the AA-1-class (aka T-class) launched 1918–19, was to produce a submarine with a surfaced speed of 21 knots to operate with the Standard-type battleships of the surface fleet. [1] Most of the nine "V-boats" launched 1924–33 (V-1 through V-6) were either attempts to produce a fleet submarine or were long-range submarine cruisers. Eventually, a long range of 11,000 nautical miles (20,000 km) was combined with high speed, beginning with the Salmon-class launched in 1938, to allow sustained operations in Japanese home waters while based at Pearl Harbor. [2] These qualities also proved important in the Pacific commerce raiding of World War II, but the 1922 Washington Naval Treaty's prohibition on unrestricted submarine warfare precluded inter-war planning in this area. [3] Although the Gato-class was considered the fully developed archetype, [4] the earlier Porpoise, Salmon, Sargo and Tambor-classes were incrementally improved prototypes distinctly different from the two contemporary experimental Mackerel-class coastal submarines. The Tambors were fully developed and similar to the Gatos except for diving depth and separation of the engines into two compartments. [5] [6]

Japanese

Japanese I-boats were a conceptually similar long-range differentiation from smaller "medium" or "sea-going" Ro-boats, although some I-boats had features like aircraft hangars and large-caliber deck guns more often associated with submarine cruisers. [7]

British

In order to get the speeds – over 20 knots while surfaced – required to match their capital ships and to be able to screen ahead of the fleet or flank the enemy, the British initially used steam propulsion. The K-class entering service in 1916 were large for their time. Although able to reach 24 knots the complexity of shutting down boilers and stowing funnels made them slow to dive. [8]

As the speed of capital ships increased, the United Kingdom abandoned the fleet submarine concept following completion of three 21-knot River-class submarine submarines of the early 1930s using supercharged diesels, because the size required for range and surface speed decreased maneuverability. [9]

Others

Continental European nations sometimes used the terms "ocean-going", "long-patrol", "type 1" or "1st class" submarines, generally referring to Atlantic or Indian Ocean operations in the absence of anticipated need for Pacific patrols, and often without the speed for fleet operations. [10]

Comparison of World War II submarines

NameTypeNationSurface DisplacementSubmerged DisplacementSpeedTorpedo TubesCrewReference
Gato class fleet submarineUnited States1,525 tons2,415 tons20 kt1080 [11]
Thames class fleet submarineUnited Kingdom1,850 tons2,723 tons22 kt861 [12]
Kaidai class fleet submarineJapan1,833 tons2,602 tons23 kt680 [13]
Type IXD2 ocean-going submarineGermany1,616 tons1,804 tons19 kt657 [14]
Redoutable-class ocean-going submarineFrance1,570 tons2,084 tons17 kt961 [15]
Kaichū type medium submarineJapan1,115 tons1,447 tons19 kt480 [16]
Type XB minelayerGermany1,763 tons2,177 tons16 kt252 [17]
Cagni class submarine cruiserItaly1,461 tons2,136 tons18 kt1485 [18]
Type B1 submarine cruiserJapan2,584 tons3,654 tons23 kt6100 [19]
O 21-class medium submarineNetherlands888 tons1,186 tons19 kt855 [20]
Type VIIC medium submarineGermany769 tons871 tons17 kt544 [21]
Pietro Micca minelayerItaly1,371 tons1,883 tons15 kt666 [22]
600 series medium submarineItaly615 tons855 tons14 kt641 [22]
S-class medium submarineUnited Kingdom715 tons990 tons14 kt644 [23]
Grampus class minelayerUnited Kingdom1,520 tons2,157 tons15 kt659 [12]
Minerve class medium submarineFrance662 tons856 tons14 kt941 [24]
Narwhal-class submarine cruiserUnited States2,730 tons4,050 tons17 kt690 [25]
Surcouf submarine cruiserFrance3,250 tons4,304 tons18 kt12118 [26]
Argonaut minelayerUnited States2,710 tons4,080 tons15 kt489 [25]
S-boats medium submarineUnited States840 tons1,150 tons15 kt442 [27]

Modern boats

United Kingdom

Fleet submarine HMS Ambush HMS Ambush long.jpg
Fleet submarine HMS Ambush

Since the mid-1960s, the Royal Navy has used the term Fleet Submarine for its nuclear-powered attack submarines, distinguishing them from the ballistic missile submarines (and, in the 20th century, from the diesel-electric submarines, which it termed 'Patrol Submarines'). [28]

The classes of Fleet Submarine currently in service are the Astute-class and Trafalgar-class.

Related Research Articles

USS <i>Barracuda</i> (SS-163) Submarine of the United States

USS Barracuda (SF-4/SS-163), lead ship of her class and first of the "V-boats," was the second ship of the United States Navy to be named for the barracuda.

<i>Balao</i>-class submarine US Navy submarine class of World War II

The Balao class was a design of United States Navy submarine used during World War II, and with 120 boats completed, the largest class of submarines in the United States Navy. An improvement on the earlier Gato class, the boats had slight internal differences. The most significant improvement was the use of thicker, higher yield strength steel in the pressure hull skins and frames, which increased their test depth to 400 feet (120 m). Tang actually achieved a depth of 612 ft (187 m) during a test dive, and exceeded that test depth when taking on water in the forward torpedo room while evading a destroyer.

<i>Tench</i>-class submarine US Navy fleet submarine class

Tench-class submarines were a type of submarine built for the United States Navy (USN) between 1944 and 1951. They were an improvement over the Gato and Balao classes, only about 35 to 40 tons larger, but more strongly built and with a slightly improved internal layout. One of the ballast tanks was converted to carry fuel, increasing range from 11,000 nautical miles to 16,000 nautical miles. This improvement was also made on some boats of the previous two classes. Further improvements were made beginning with SS-435, which are sometimes referred to as the Corsair class. Initial plans called for 80 to be built, but 51 were cancelled in 1944 and 1945 when it became apparent that they would not be needed to defeat Japan. The remaining 29 were commissioned between October 1944 (Tench) and February 1951 (Grenadier). The last submarine of the Tench class, as well as the last submarine which served during World War II, remaining in service with the U.S. Navy was USS Tigrone (AGSS-419) which was decommissioned on 27 June 1975.

V-boat Group of U.S. Navy submarines and classes derived from them

The V-boats were a group of nine United States Navy submarines built between World War I and World War II from 1921 to 1934 under authorization as the "fleet boat" program.

USS <i>Cachalot</i> (SS-170) Submarine of the United States

USS Cachalot (SC-4/SS-170) was a United States Navy submarine and the lead ship of her class, known as the "V-boats" and named for the sperm whale. Her keel was laid down by the Portsmouth Navy Yard. She was launched on 19 October 1933 as V-8 (SC-4) sponsored by Miss K. D. Kempff, and commissioned on 1 December 1933 with Lieutenant Commander Merril Comstock in command. Cachalot was the first submarine to have the Torpedo Data Computer, Arma Corporation's Mark 1, installed.

<span class="mw-page-title-main">High-speed transport</span> WWII US Navy warship classification (APD)

High-speed transports were converted destroyers and destroyer escorts used in US Navy amphibious operations in World War II and afterward. They received the US Hull classification symbol APD; "AP" for transport and "D" for destroyer. In 1969, the remaining ships were reclassified as "Fast Amphibious Transports", hull symbol LPR.

<i>Tambor</i>-class submarine US Navy submarine class of World War II

The Tambor-class submarine was a United States Navy submarine design, used primarily during World War II. They were the USN's first fully successful fleet submarine, and began the war close to the fighting. Six of the class were in Hawaiian waters or the Central Pacific on 7 December 1941, with Tautog at Pearl Harbor during the attack. They went on to see hard service; seven of the twelve boats in the class were sunk before the survivors were withdrawn from front-line service in early 1945; this was the highest percentage lost of any US submarine class. Tautog was credited with sinking 26 ships, the largest number of ships sunk by a US submarine in World War II. The Tambors attained the top speed of 21 knots (39 km/h) and range of 11,000 nautical miles (20,000 km) of the preceding Sargo class, and improvements included six bow torpedo tubes, a more reliable full diesel-electric propulsion plant, and improved combat efficiency with key personnel and equipment relocated to the conning tower. In some references, the Tambors are called the "T Class", and SS-206 through SS-211 are sometimes called the "Gar class".

<span class="mw-page-title-main">Destroyer escort</span> US Navy warship classification

Destroyer escort (DE) was the United States Navy mid-20th-century classification for a 20-knot warship designed with the endurance necessary to escort mid-ocean convoys of merchant marine ships.

<i>Sargo</i>-class submarine US Navy submarine class of World War II

The Sargo-class submarines were among the first United States submarines to be sent into action after the Japanese attack on Pearl Harbor, starting war patrols the day after the attack, having been deployed to the Philippines in late 1941. Similar to the previous Salmon class, they were built between 1937 and 1939. With a top speed of 21 knots, a range of 11,000 nautical miles (20,000 km), and a reliable propulsion plant, along with the Salmons they were an important step in the development of a true fleet submarine. In some references, the Salmons and Sargos are called the "New S Class", 1st and 2nd Groups.

United States <i>Porpoise</i>-class submarine Class of US Navy submarine

The Porpoise class were submarines built for the United States Navy in the late 1930s, and incorporated a number of modern features that would make them the basis for the subsequent Salmon, Sargo, Tambor, Gato, Balao, and Tench classes. In some references, the Porpoises are called the "P" class.

United States S-class submarine Submarine class

The United States' S-class submarines, often simply called S-boats, were the first class of submarines with a significant number built to United States Navy designs. They made up the bulk of the USN submarine service in the interwar years and could be found in every theater of operations. While not considered fleet submarines, they were the first submarines in the USN designed for open ocean, blue water operations. All previous submarines had been intended for harbor or coastal defense. These boats were intended to have greater speed and range than previous classes, with improved habitability and greater armament.

<span class="mw-page-title-main">Flotilla leader</span> Warship suitable for commanding a flotilla of destroyers or other small warships

A flotilla leader was a warship of late 19th century and early 20th century navies suitable for commanding a flotilla of destroyers or other small warships, typically a small cruiser or a large destroyer. The flotilla leader provided space, equipment and staff for the flotilla commodore, including a wireless room, senior engineering and gunnery officers, and administrative staff to support the officers. Originally, older light or scout cruisers were often used, but in the early 1900s, the rapidly increasing speed of new destroyer designs meant that such vessels could no longer keep pace with their charges. Accordingly, large destroyer designs were produced for use as leaders.

<i>Mackerel</i>-class submarine Submarine class

The Mackerel-class submarines were a pair of experimental prototype submarines built just prior to World War II and launched in 1940 and 1941. The two submarines were similar in size and capability to the S-class submarines built at the end of World War I, and had been ordered to test the feasibility of using mass production techniques to build small submarines. Until at least 1940 it was thought that mass production of fleet submarines would be impractical, and in any case small submarines could provide area defense for submarine bases. Once it became apparent that there would be sufficient production of the more capable Gato-class submarines, interest in the design waned and no additional small submarines were ordered. Submarine production standardized during the war on the Gato class and its successors, the Balao and Tench-class submarines. In some references, the Mackerels are called the "M class".

<i>Cachalot</i>-class submarine Pair of US Navy submarines, 1933 to 1945

The Cachalot-class submarines were a pair of medium-sized submarines of the United States Navy built under the tonnage limits of the London Naval Treaty of 1930. They were originally named V-8 and V-9, and so were known as "V-boats" even though they were unrelated to the other seven submarines constructed between World War I and World War II. An extensive study was conducted to determine the optimum submarine size under the treaty restrictions, factoring in total force, endurance, and percentage of the force that could be maintained on station far from a base, as in a Pacific war scenario. Joseph W. Paige of the Navy's Bureau of Construction and Repair (BuC&R) developed the basic design, but the builder, Electric Boat, was responsible for detailed arrangement; this was fairly bold, since Electric Boat had not built any new submarines since finishing four obsolescent boats for Peru. The previous V-boats were all built in naval shipyards. Cuttlefish was the first submarine built at EB's facility in Groton, Connecticut; construction of previous Electric Boat designs had been subcontracted to other shipyards, notably Fore River Shipbuilding of Quincy, Massachusetts.

<span class="mw-page-title-main">Manitowoc Shipbuilding Company</span> Shipyard in Manitowoc, Wisconsin, United States

Manitowoc Shipbuilding Company, located in Manitowoc, Wisconsin, was a major shipbuilder for the Great Lakes. It was founded in 1902, with the purchase of the "Burger & Burger Shipyard," a predecessor to The Burger Boat Company, and made mainly steel ferries and ore haulers. During World War II, it built submarines, tank landing craft (LCTs), and self-propelled fuel barges called "YOs". Employment peaked during the military years at 7000. The shipyard closed in 1968, when Manitowoc Company bought Bay Shipbuilding Company and moved their shipbuilding operation to Sturgeon Bay.

<span class="mw-page-title-main">Destroyer leader</span> US Navy designation for large destroyers

Destroyer leader (DL) was the United States Navy designation for large destroyers from 9 February 1951 through the early years of the Cold War. United States ships with hull classification symbol DL were officially frigates from 1 January 1955 until 1975. The smaller destroyer leaders were reclassified as destroyers and the larger as cruisers by the United States Navy 1975 ship reclassification so destroyer escorts could be reclassified as frigates (FF) in conformance with international usage of the term.

<span class="mw-page-title-main">Destroyer tender</span> Type of naval auxiliary ship

A destroyer tender or destroyer depot ship is a type of depot ship: an auxiliary ship designed to provide maintenance support to a flotilla of destroyers or other small warships. The use of this class has faded from its peak in the first half of the 20th century as the roles and weaponry of small combatants have evolved.

<span class="mw-page-title-main">Depot ship</span> Type of auxiliary warship

A depot ship is an auxiliary ship used as a mobile or fixed base for submarines, destroyers, minesweepers, fast attack craft, landing craft, or other small ships with similarly limited space for maintenance equipment and crew dining, berthing and relaxation. Depot ships may be identified as tenders in American English. Depot ships may be specifically designed for their purpose or be converted from another purpose.

<span class="mw-page-title-main">Repair ship</span> Ship used to provide maintenance support to warships and other vessels

A repair ship is a naval auxiliary ship designed to provide maintenance support to warships. Repair ships provide similar services to destroyer, submarine and seaplane tenders or depot ships, but may offer a broader range of repair capability including equipment and personnel for repair of more significant machinery failures or battle damage.

<span class="mw-page-title-main">Cruiser submarine</span> Type of large war submarine

A cruiser submarine was a very large submarine designed to remain at sea for extended periods in areas distant from base facilities. Their role was analogous to surface cruisers; 'cruising' distant waters, commerce raiding, and otherwise operating independently. When operating within a fleet, cruisers and cruiser submarines could be expected to scout for and screen the battle fleet. Cruiser submarines were successful for a brief period of World War I, but were less successful than smaller submarines during World War II. Large submarines remained vulnerable to damage from defensively equipped merchant ships (DEMS), were slow to dive if found by aircraft, offered a large sonar echo surface, and were less able to defensively maneuver during depth charge attacks.

References

  1. Friedman, pp. 99–104
  2. Friedman, p. 310
  3. Friedman, p. 163
  4. Potter & Nimitz, p. 797
  5. Silverstone, p. 176
  6. Friedman, pp. 310–311
  7. Watts, pp. 161, 186
  8. Edward C. Whitman "K for Katastrophe" Archived 2015-09-24 at the Wayback Machine
  9. Lenton & Colledge, p. 135
  10. le Masson, p. 143
  11. Silverstone, p. 195
  12. 1 2 Lenton & Colledge, p. 138
  13. Watts, p. 188
  14. Taylor, p. 104
  15. le Masson, pp. 152, 153
  16. Watts, p. 189
  17. Taylor, p. 106
  18. Kafka & Pepperburg, p. 790
  19. Watts, p. 185
  20. Lenton, p. 43
  21. Taylor, p. 101
  22. 1 2 Kafka & Pepperburg, p. 793
  23. Lenton & Colledge, p. 139
  24. le Masson, p. 161
  25. 1 2 Silverstone, p. 186
  26. le Masson, p. 157
  27. Silverstone, p. 183
  28. "'Typed' to avoid any further puzzle". Navy News. No. 148. October 1966. p. ii. Retrieved 6 September 2024.

Sources