_1939-1940.jpg) USSCrowninshield | |
| Class overview | |
|---|---|
| Name | Wickes class |
| Builders |
|
| Operators | |
| Preceded by | Caldwell class |
| Succeeded by | Clemson class |
| Subclasses |
|
| Built | 1917–21 |
| In commission | 1918–46 (USN) |
| Completed | 111 |
| Lost |
|
| Retired | 90 scrapped |
| General characteristics | |
| Type | Destroyer |
| Displacement |
|
| Length | 314 ft 4.5 in (95.82 m) |
| Beam | 30 ft 11.25 in (9.43 m) |
| Draft | 9 ft (2.74 m) |
| Propulsion |
|
| Speed | 35.3 kn (65.4 km/h; 40.6 mph) |
| Complement | 100 officers and enlisted |
| Sensors & processing systems | 1 ×SC radar |
| Armament | |
| Notes | popularly known asFlush Deckers,Four Pipers,Four-stackers, 1200-ton type |
TheWickes-class destroyers were a class of 111destroyers built by theUnited States Navy in 1917–19. Together with the six precedingCaldwell-class and following 156 subsequentClemson-class destroyers, they were grouped as the "flush-deck" or "four-stack" type. Only a few were completed in time to serve inWorld War I, includingUSS Wickes, the lead ship of the class.
While some were scrapped in the 1930s, the rest served throughoutWorld War II. Most of these were converted to other uses; nearly all in U.S. service had half their boilers and one or more stacks removed to increase fuel and range or accommodate troops.[2] Others were transferred to theBritishRoyal Navy and theRoyal Canadian Navy, some of which were later transferred to theSoviet Navy. All were scrapped within a few years after World War II.
The destroyer type was at this time a relatively new class of fighting ship for the U.S. Navy. The type arose in response to torpedo boats that had been developing from 1865, especially after the development of the self-propelledWhitehead torpedo.[3] During theSpanish–American War, it was realized that a torpedo boat destroyer was urgently needed to screen the larger warships, so much so that a special war plans board headed byTheodore Roosevelt issued an urgent report pleading for this type of ship.[4]
A series of destroyers had been built over the preceding years, designed for high smooth water speed, with indifferent results, especially poor performance in heavy seas and poor fuel economy.[5] The lesson of these early destroyers was the appreciation of the need for true seakeeping and seagoing abilities.[6] There were fewcruisers in the Navy, which was a fleet ofbattleships and destroyers (no cruisers had been launched since 1908) so destroyers performed scouting missions. A report in October 1915 byCaptain W. S. Sims noted that the smaller destroyers used fuel far too quickly, and thatwargames showed the need for fast vessels with a largerradius of action. As a result, the size of U.S. destroyers increased steadily, starting at 450 tons and rising to over 1,000 tons between 1905 and 1916.[7] The need for high speed, economical cruising, heavy seas performance, and a high fuel capacity saw larger hulls, the inclusion of oil fuel, reduction gearedsteam turbines with cruising turbines, and increased fuel capacity.[8]
With World War I then in its second year and tensions between the U.S. andGermany increasing, the U.S. needed to expand its navy. TheNaval Appropriation Act of 1916 called for a navy "second to none," capable of protecting both the Atlantic and Pacific coasts. The Act authorized the construction of ten battleships, sixLexington-classbattlecruisers, tenOmaha-classscout cruisers, and 50Wickes-class destroyers.[9] A subsequentGeneral Board recommendation for further destroyers to combat the submarine threat resulted in a total of 267Wickes- andClemson-class destroyers completed. However, the design of the ships remained optimized for operation with the battleship fleet.[10]
The requirements of the new design were high speed and mass production. The development ofsubmarine warfare during World War I created a requirement for destroyers in numbers that had not been contemplated before the war. A top speed of 35 knots (65 km/h) was needed for operation with theLexington-class battlecruisers andOmaha-class cruisers.
The final design had a flush deck and four smokestacks. It was a fairly straightforward evolution of the precedingCaldwell class. General dissatisfaction with the earlier "1,000 ton" designs (Cassin andTucker classes) led to the fuller hull form of the "flush deck" type. Greater beam and the flush deck provided greater hull strength. In addition, theWickes class had 26,000horsepower (19,000 kW) - 6,000 horsepower (4,500 kW) more than theCaldwell class - providing an extra 5 kn (9.3 km/h; 5.8 mph). The machinery arrangement of some of theCaldwells was used, with geared steam turbines on two shafts.[11][12]
The extra power required an extra 100 tons of engine and reduction gears. The design included an even keel and nearly horizontal propeller shafts to minimize weight.
As construction was undertaken by ten different builders, there was considerable variation in the types of boilers and turbines installed to meet a guaranteed speed requirement. However, there were in essence two basic designs; one for the ships built by theBethlehem Steel yards (includingUnion Iron Works) and another used by the remaining shipyards, which was prepared byBath Iron Works.
TheWickes class proved to be short-ranged, and its bridge and gun positions were very wet. The fleet found that the tapered stern, which made for a nicedepth charge deployment feature, dug into the water and increased the turning radius, thus hamperinganti-submarine work.[13] TheClemson class added 100 tons of fuel tankage to improve operational range, but the issue of range was solved only with the development ofunderway replenishment in World War II.[citation needed]
The main armament was the same as theCaldwell class: four4-inch (102 mm)/50 caliber guns and twelve 21-inch (533 mm)torpedo tubes. While the gun armament was typical for destroyers of this period, the torpedo armament was larger than usual, in accordance with American practice at the time. A factor in the size of the torpedo armament was the General Board's decision to use broadside rather than centerline torpedo tubes.[14] This was due to the desire to have some torpedoes remaining after firing a broadside, and problems experienced with centerline mounts on previous classes with torpedoes striking thegunwales of the firing ship.[15] TheMark 8 torpedo was initially equipped, and probably remained the standard torpedo for this class, as 600 Mark 8 torpedoes were issued to the British in 1940 as part of theDestroyers for Bases Agreement.[16]
Most ships carried a3-inch (76 mm)/23 caliberanti-aircraft (AA) gun, typically just aft of the stern 4-inch gun. The original design called for two1-pounder AA guns, but these were in short supply and the 3-inch gun was more effective.[17] Anti-submarine warfare (ASW) armament was added during World War I. Typically, a single depth charge track was provided aft, along with a Y-gun depth charge projector forward of the aft deckhouse.[18]
TheUnited States Congress authorized 50 destroyers in the 1916 Act. However, the realization of the scope of the U-boat campaign resulted in 111 being built. The ships were built at Bath Iron Works, Bethlehem Steel Corporation'sFore River Shipbuilding Company, Union Iron Works,Mare Island Navy Yard,Newport News Shipbuilding,New York Shipbuilding, andWilliam Cramp & Sons. 267Wickes andClemson-class destroyers were built. This program was considered a major industrial achievement.[10] Production of these destroyers was considered so important that work on cruisers and battleships was delayed to allow completion of the program.[19] The firstWickes-class vessel was launched on 11 November 1917, with four more by the end of the year. Production peaked in July 1918, when 17 were launched - 15 of them on 4 July.[20]
The program continued after the war ended: 21 of theWickes class (and all but 9 of theClemson class) were launched after thearmistice on 11 November 1918. The last of theWickes class was launched on 24 July 1919.[20] This program left the U.S. Navy with so many destroyers that no new destroyers were built until 1932 (theFarragut class).[21]
111Wickes-class destroyers were built.[11]
Some of these ships are also referred to asLittle class (52 ships),Lamberton class (11 ships), orTattnall class (10 ships) to signify the yard that built them and to note the slight design differences from the Bath Iron Works ships. Some of these non-Bath Iron Works units were actually commissioned prior to the lead ship,Wickes.[11][20]
A fewWickes class were completed in time for service in World War I, some with the battle fleet, some onconvoy escort duty; none were lost.DeLong ran aground in 1921;Woolsey sank after a collision in 1921.
ManyWickes-class destroyers were converted to other uses, starting as early as 1920, when 14 were converted to lightminelayers (hull classification symbol DM). Six of these were scrapped in 1932, and replaced by five additional conversions. Another four were converted to auxiliaries or transports at that time. FourWickes-class DM conversions and fourClemson-class DM conversions survived to serve in World War II.[2] During the 1930s, 23 more were scrapped, sold off, or sunk as targets. This was mostly due to a blanket replacement of 61 Yarrow-boilered destroyers 1930–31, as these boilers wore out quickly in service. Flush-deckers in reserve were commissioned as replacements.[22]
Starting in 1940, many of the remaining ships were also converted. Sixteen were converted tohigh-speed transports with the designation APD. Eight were converted to destroyerminesweepers (DMS). Most ships remaining in service during World War II were rearmed with dual-purpose3-inch (76 mm)/50 caliber guns for better anti-aircraft protection. The AVDseaplane tender conversions received two guns; the APD transport, DM minelayer, and DMS minesweeper conversions received three guns, and those retaining destroyer classification received six.[2] Half of the torpedo tubes were removed in those retained as destroyers; all torpedoes were removed from the others. Nearly all had half the boilers removed, for increased fuel and range or to accommodate troops, reducing their speed to 25 knots (46 km/h; 29 mph).[2][11]
The low-angle Mark 9 4-inch guns removed from these ships were transferred todefensively equipped merchant ships for anti-submarine protection.[23]
Ward had an eventful career. She was built in record time: herkeel was laid on 15 May 1918, launched only 17 days later on 1 June 1918, and commissioned 54 days after that on 24 July 1918. She is credited with firing the first US shots of theattack on Pearl Harbor on 7 December 1941, sinking aJapanesemidget submarine with gunfire before the air attack started. The sinking was uncertain until the submarine's wreck was discovered in 2002. As the high-speed transport APD-16, she was damaged beyond repair by akamikaze attack on 7 December 1944, and was sunk after abandoning ship by gunfire from the destroyerO'Brien, commanded at the time byWard's former CO from the Pearl Harbor attack.[24]
ThirteenWickes class were lost during World War II in U.S. service. The remainder were scrapped between 1945 and 1947.
Twenty-threeWickes-class destroyers were transferred to theRoyal Navy, and four to theRoyal Canadian Navy, in 1940 under theDestroyers-for-bases deal. Together with ships from theCaldwell andClemson classes they were grouped as 'Town-class destroyers'; divided into the Bath Iron Works design as "Type B" and the Bethlehem Steel as "Type C" Most of these ships were refitted much like the U.S. destroyers and used as convoy escorts, but some were used very little and were not considered worth refitting.Buchanan, renamedHMS Campbeltown, was disguised as a German vessel and expended as a blockship in theSt Nazaire Raid. (A newerBuchanan that was involved in the Japanese surrender formalities was a later ship.) One further destroyer was sunk; the remainder were scrapped between 1944 and 1947.
In 1944 seven were transferred by Britain to theSoviet Navy, in place ofItalian ships claimed by theUSSR after Italy's surrender. These vessels all survived the war, and were scrapped between 1949 and 1952.[20]
This article incorporates text from thepublic domainDictionary of American Naval Fighting Ships.
