Whitehead torpedo | |
---|---|
Type | Anti-surface ship torpedo [1] |
Place of origin | Austria-Hungary |
Service history | |
In service | 1894–1922 (Mk1 and Mk2) 1898–1940 (Mk3) 1910–1922 (Mk5)
|
Used by | See § Operators |
Wars | Russo-Turkish War [2] Chilean Civil War of 1891 [3] World War II |
Production history | |
Designer | Robert Whitehead |
Designed | 1866 [4] |
Manufacturer | Stabilimento tecnico Fiumano [5] Torpedofabrik Whitehead & Co. [5] Royal Laboratories E. W. Bliss Company |
Variants | Whitehead Mk 1 [6] Whitehead Mk 1B [6] Whitehead Mk 2 [6] Whitehead Mk 2 Type C [6] Whitehead Mk 3 Type A [6] Whitehead Mk 5 [1] |
Specifications | |
Mass | 845 lbs (Mk 1) [1] |
Length | 140 inches (360 cm) (Mk 1) [1] |
Diameter | 17.7 inches (45 cm) (Mk 1) [1] |
Effective firing range | 800 yards (730 m) (Mk 1) [1] |
Warhead | wet guncotton [1] |
Warhead weight | 118 lb (54 kg) (Mk 1) [1] |
Detonation mechanism | War Nose (Mk 1), contact [1] |
Engine | 3-cylinder reciprocating [1] |
Maximum speed | 26.5 knots (49.1 km/h) (Mk 1) [1] |
Guidance system | depth control, gyroscope [1] |
Launch platform | battleships, torpedo boats and submarines [1] |
The Whitehead torpedo was the first self-propelled or "locomotive" torpedo ever developed. [a] It was perfected in 1866 by British engineer Robert Whitehead from a rough design conceived by Giovanni Luppis of the Austro-Hungarian Navy in Fiume. [7] It was driven by a three-cylinder compressed-air engine invented, designed, and made by Peter Brotherhood. Many naval services procured the Whitehead torpedo during the 1870s, including the US Navy. [8] This early torpedo proved itself in combat during the Russo-Turkish War when, on 16 January 1878, the Ottoman ship Intibah was sunk by Russian torpedo boats carrying Whiteheads, [2] though this story has been disputed in one book. [9]
The term "torpedo" comes from the torpedo fish, which is a type of ray that delivers an electric shock to stun its prey. [4]
During the 19th century, an officer[ who? ] of the Austrian Marine Artillery conceived the idea of using a small boat laden with explosives, propelled by a steam or an air engine and steered by cables to be used against enemy ships; his papers came into the possession of Captain Giovanni Luppis upon his death. Luppis had a model of the device built; it was powered by a spring-driven clockwork mechanism and steered remotely by cables from land. Dissatisfied with the device, which he called the "coast-saver", [10] Luppis turned to Robert Whitehead, who then worked for Stabilimento Tecnico Fiumano, a factory in Fiume. [8] In about 1850 the Imperial Austrian Navy asked Whitehead to develop this design into a self-propelled underwater torpedo.
Whitehead developed what he called the Minenschiff (mine ship): an 11-foot (3.4 m)-long, 14-inch (36 cm)-diameter torpedo propelled by compressed air and carrying an explosive warhead, with a speed of 7 knots (13 km/h; 8.1 mph) and the ability to hit a target up to 700 yards (640 m) away. [10] In 1868, Whitehead introduced a solution to the stability problem for his torpedo: Pendulum-and-hydrostat control, contained in its Immersion Chamber. The Austrian Navy bought the manufacturing rights to the Whitehead torpedo in 1869. [11] By 1870 Whitehead's torpedoes were running at 17 knots (31 km/h; 20 mph). Still, there remained the problem of course correction: returning the torpedo to its correct course after it had deviated due to wind or wave action. The solution was in the form of the gyroscope gear, which was patented by Ludwig Obry, the rights to which was bought by Whitehead in 1896. [12]
In 1868, Whitehead offered two types of torpedoes to the world's navies: one was eleven feet seven inches (3.53 m) in length with a diameter of 14 inches (36 cm). It weighed 346 pounds (157 kg) and carried a 40-pound (18 kg) warhead. The other was 14 feet (4.3 m) long with a 16-inch (41 cm) diameter. It weighed 650 pounds (290 kg) and carried a 60-pound (27 kg) warhead. Both models could do 8–10 knots (15–19 km/h; 9.2–11.5 mph) with a range of 200 yards (180 m).
The United States Navy started using the Whitehead torpedo in 1892 after an American company, E. W. Bliss, secured manufacturing rights. [11] As manufactured for the US Navy, the Whitehead torpedo was divided into four sections: the head, the air flask, the after-body and the tail. The head contained the explosive charge of guncotton; the air flask contained compressed air at 1,350 pounds per square inch (9,300 kPa ), or 90 atmospheres; the after-body contained the engine and the controlling mechanism, and the propellers and rudder were in the tail. The air flask was constructed from heavy forged steel. The other parts of the shell of the torpedo were made of thin sheet steel. The interior parts were generally constructed out of bronze. The torpedo was launched above or below the waterline from a tube, using air or gunpowder discharge. [13]
In 1871, the Royal Navy bought manufacturing rights, and started producing the torpedo at the Royal Laboratories at Woolwich, England. The Royal Navy fitted the Whitehead torpedo on its earliest submarines, from HMS Holland 1 onwards. [4] The French, German, Italian, Russian navies soon followed suit and began acquiring the Whitehead torpedo. By 1877, the Whitehead torpedo was attaining speeds of 18 mph (29 km/h) with ranges of up to 830 yards (760 m).
By the 1880s, more of the world's navies acquired the Whitehead and began deploying torpedo boats to carry them into battle and engineers began to envision submarines armed with Whitehead torpedoes. In 1904, British Admiral Henry John May commented, "but for Whitehead, the submarine would remain an interesting toy and little more". [2] [4]
The last known operational use of a Whitehead torpedo was during the Battle of Drøbak Sound on 9 April 1940. Two torpedoes were fired from a torpedo battery in the Oslofjord at the German cruiser Blücher. This finished the ship off after it had been severely damaged by cannon fire from Oscarsborg.[ citation needed ]
Austro-Hungarian Navy [8]
Royal Navy [4]
Imperial German Navy [8]
French Navy [8]
Regia Marina [8]
Imperial Russian Navy [8]
Argentine Navy [8]
Mexican Navy [14]
Belgian Navy [8]
Royal Danish Navy [8]
Hellenic Navy [8]
Portuguese Navy [8]
Chilean Navy [8]
Royal Norwegian Navy [8]
Swedish Navy [8]
United States Navy [11]
A modern torpedo is an underwater ranged weapon launched above or below the water surface, self-propelled towards a target, and with an explosive warhead designed to detonate either on contact with or in proximity to the target. Historically, such a device was called an automotive, automobile, locomotive, or fish torpedo; colloquially a fish. The term torpedo originally applied to a variety of devices, most of which would today be called mines. From about 1900, torpedo has been used strictly to designate a self-propelled underwater explosive device.
A torpedo boat is a relatively small and fast naval ship designed to carry torpedoes into battle. The first designs were steam-powered craft dedicated to ramming enemy ships with explosive spar torpedoes. Later evolutions launched variants of self-propelled Whitehead torpedoes.
USS Bluefish (SSN-675), a Sturgeon-class attack submarine, was the second ship of the United States Navy to be named for the bluefish.
Robert Whitehead was an English engineer who was most famous for developing the first effective self-propelled naval torpedo.
Giovanni (Ivan) Biagio Luppis Freiherr von Rammer, sometimes also known by the Croatian name of Vukić, was an officer of the Austro-Hungarian Navy who headed a commission to develop the first prototypes of the self-propelled torpedo.
HMS H4 was a British H-class submarine built by the Canadian Vickers Co., Montreal. She was laid down on 11 January 1915 and was commissioned on 5 June 1915. After her commissioning, HMS H4 and sister ships H1, H2 and H3 crossed the Atlantic from St. John's, Newfoundland to Gibraltar being escorted by the armed merchant cruiser HMS Calgarian. H4 sank the U-boat UB-52 in the Adriatic on 23 May 1918. She was sold on 30 November 1921 in Malta.
HMS H9 was a British H-class submarine built by the Canadian Vickers Co., Montreal. She was laid down on an unknown date and commissioned in June 1915. Launched by J. Grace Gardner at Montréal on 22 May 1915.
HMS H10 was a British H-class submarine built by the Canadian Vickers Co., Montreal. She was laid down on an unknown date and was commissioned in June 1915.
The Mark 16 torpedo was a redesign of the United States Navy's standard Mark 14 torpedo in use during World War II. It incorporated war-tested improvements into a weapon designed to be used in unmodified United States fleet submarines. Due to high unit cost and the Mark 14's unreliability issues being solved by mid-1943, they were never put into mass production.
There have been a number of 18-inch (45cm) torpedoes in service with the Royal Navy of the United Kingdom.
There have been a number of 21-inch (53.3cm) torpedoes in service with the Royal Navy of the United Kingdom.
The Bliss-Leavitt torpedo was a torpedo designed by Frank McDowell Leavitt and manufactured by the E. W. Bliss Company of Brooklyn, New York. It was put into service by the United States Navy in 1904 and variants of the design would remain in its inventory until the end of World War II.
The Schwartzkopff torpedo was a torpedo manufactured in the late 19th century by the German firm Eisengießerei und Maschinen-Fabrik von L. Schwartzkopff, later known as Berliner Maschinenbau, based on the Whitehead design. Unlike the Whitehead torpedo, which was manufactured out of steel, the Schwartzkopff was made out of bronze, enhancing corrosion resistance.
The Whitehead Mark 1 torpedo was the first Whitehead torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York secured manufacturing rights in 1892. The US Navy made an initial acquisition of 100 Mark 1s, which, by the time they entered American service, were faster, had longer range and carried a larger warhead than Robert Whitehead's earlier models.
The Whitehead Mark 1B torpedo, designated as a Torpedo Type B, was a variant of the Whitehead Mark 1 torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York secured manufacturing rights in 1892. The primary differences between the Mark 1 and the Mark 1B were that the Mark 1B was longer, carried a heavier guncotton charge in the warhead and included an improved guidance system.
The Whitehead Mark 2 torpedo was a Whitehead torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York secured manufacturing rights in 1892. It was identical to the Whitehead Mark 1 torpedo, except for some mechanical details.
The Whitehead Mark 2C torpedo, also designated Torpedo Type C was a Whitehead torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York secured manufacturing rights in 1892. It was probably based on the Whitehead Mark 1B, rather than a modification of the Whitehead Mark 2.
The Whitehead Mark 3 torpedo was a Whitehead torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York secured manufacturing rights in 1892.
The Bliss-Leavitt Mark 1 torpedo was a Bliss-Leavitt torpedo adopted by the United States Navy for use in an anti-surface ship role after the E. W. Bliss Company of Brooklyn, New York, which had been building Whitehead torpedoes for the US Navy, began designing and manufacturing their own torpedoes in 1904.
Numerous 45 cm torpedoes have been used by the Imperial Japanese Navy and Imperial Japanese Navy Air Service. The size category has not been used by Japan since the end of the Second World War.