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The Supermarine Walrus (originally designated the Supermarine Seagull V) was a British single-engine amphibious biplane reconnaissance aircraft designed by R. J. Mitchell and manufactured by Supermarine at Woolston, Southampton.

Walrus
Supermarine Walrus, 1935
Role Amphibious reconnaissance aircraft
National origin United Kingdom
Manufacturer Supermarine
Designer R. J. Mitchell
First flight 21 June 1933
Introduction 1935
Primary users Royal Navy
Irish Air Corps
Royal Air Force
Royal Australian Air Force
Produced 1936–1944
Number built 740
Developed from Supermarine Seagull

The Walrus first flew in 1933, the design effort having commenced as a private venture four years earlier. It shared its general configuration with that of the earlier Supermarine Seagull. Having been designed to serve as a fleet spotter for catapult launching from cruisers or battleships, the aircraft was largely employed in other roles, notably as a maritime patrol aircraft and as a rescue aircraft for ditched aircrew. The Walrus featured numerous innovations for the period, being the first British squadron-service aircraft to incorporate in one airframe a fully retractable main undercarriage, completely enclosed crew accommodation and an all-metal fuselage.[1] Early-build aircraft featured the original metal hull design for its greater longevity in tropical conditions, while later-build examples instead used a wooden counterpart to conserve the use of light metal alloys.

The first Seagull Vs entered service with the Royal Australian Air Force (RAAF) in 1935. The type was subsequently adopted in quantity by the Fleet Air Arm (FAA), Royal Air Force (RAF), Royal New Zealand Navy (RNZN) and Royal New Zealand Air Force (RNZAF). Walruses operated throughout the Second World War against Axis submarines. The Walrus was adopted by the RAF Search and Rescue Force for recovering downed personnel. It was intended for the Walrus to be replaced by the more powerful Supermarine Sea Otter, but this was not implemented.

The Walrus continued to serve in a limited capacity with several militaries around the world during the postwar era, while some aircraft were also operated in a civil capacity in regions such as Australia and the Antarctic. It was largely succeeded by the first generation of rescue helicopters.


Development



Origins


Supermarine Walrus I, serial number K5783, from the first production batch. Taken immediately prior to World War II. This aircraft served with the Royal New Zealand Navy cruisers HMNZS Achilles and HMNZS Leander.
Supermarine Walrus I, serial number K5783, from the first production batch. Taken immediately prior to World War II. This aircraft served with the Royal New Zealand Navy cruisers HMNZS Achilles and HMNZS Leander.

The Walrus was initially developed as a private venture in response to a 1929 Royal Australian Air Force (RAAF) requirement for an observation seaplane to be catapult-launched from cruisers and was originally called the Seagull V, although it only resembled the earlier Supermarine Seagull III in general layout. During 1930, the company commenced construction of a prototype; however, as a consequence of divided attention in favour of other commitments, Supermarine did not complete this aircraft until 1933.

The prototype was first flown by "Mutt" Summers on 21 June 1933.[2] Five days later, it made an appearance at the SBAC show at Hendon, where Summers startled the spectators (R. J. Mitchell among them) by looping the aircraft.[3] Such aerobatics were possible because the aircraft had been stressed for catapult launching. On 29 July Supermarine handed the aircraft over to the Marine Aircraft Experimental Establishment at Felixstowe. Over the following months extensive trials took place; including shipborne trials aboard Repulse and Valiant carried out on behalf of the Royal Australian Navy. There were also catapult trials carried out by the Royal Aircraft Establishment at Farnborough, the Wlarus becoming the first amphibious aircraft in the world to be launched by catapult with a full military load.[4] The latter flight was piloted by Flight Lieutenant Sydney Richard Ubee, later the commander of experimental flying at Farnborough and an Air Vice Marshal.

The strength of the aircraft was demonstrated in 1935, when the prototype was attached to the battleship Nelson at Portland.[5] With the commander-in-chief of the Home Fleet, Admiral Roger Backhouse on board, the pilot attempted a water touch-down, forgetting that the undercarriage was in the down position.[Note 1] The Walrus was immediately flipped over but the occupants only received minor injuries. The machine was later repaired and returned to service. Soon afterwards, the Walrus became one of the first aircraft to be fitted with an undercarriage position indicator on the instrument panel.[6] Test pilot Alex Henshaw later stated that the Walrus was strong enough to make a wheels-up landing on grass without much damage, but also commented that it was "the noisiest, coldest and most uncomfortable" aircraft he had ever flown.[7]


Production


An elephant pulling a Supermarine Walrus aircraft into position at a Fleet Air Arm station in India (c. June 1944).
An elephant pulling a Supermarine Walrus aircraft into position at a Fleet Air Arm station in India (c. June 1944).

The RAAF ordered 24 examples of the Seagull V in 1933, these being delivered from 1935. Production aircraft differed from the prototype and the aircraft flown by the RAF in having Handley-Page slots fitted to the upper wings.[8] The first order for 12 aircraft for the RAF was placed in May 1935; the first production aircraft, serial number K5772, flying on 16 March 1936.[9] In RAF service the type was named Walrus and initial production aircraft were powered by the Pegasus II M2, while from 1937 the 750 hp (560 kW) Pegasus VI was fitted. Production aircraft differed in minor details from the prototype; the transition between the upper decking and the aircraft sides was rounded off, the three struts bracing the tailplane were reduced to two, the trailing edges of the lower wing were hinged to fold 90° upwards rather than 180° downwards and the external oil cooler was omitted.[8]

A total of 740 Walruses were built in three major variants: the Seagull V, Walrus I and the Walrus II. The Mark IIs were constructed by Saunders-Roe in Addlestone, Surrey, with fuselages built by Elliotts of Newbury[citation needed] and the prototype first flew in May 1940. This variant had a wooden hull, which was heavier but economised on the use of light metal alloys.[10] Saunders-Roe license-built 270 metal Mark Is and 191 wooden-hulled Mark IIs.[10] The successor to the Walrus was the Supermarine Sea Otter, a similar but more powerful design. Sea Otters never completely replaced the Walrus and both were used for air-sea rescue during the latter part of the war. A post-war replacement for both aircraft, the Supermarine Seagull, was cancelled in 1952, with only prototypes being constructed. By that time, air-sea rescue helicopters were taking over the role from small flying-boats.[11] The Walrus was known as the "Shagbat" or sometimes "Steam-pigeon";[12] the latter name coming from the steam produced by water striking the hot Pegasus engine.[13]


Design


The Supermarine Walrus was a single-engine amphibious biplane principally designed to conduct the maritime observation mission. The single-step hull was constructed from aluminium alloy, with stainless-steel forgings for the catapult spools and mountings. Metal construction was used because experience had shown that wooden structures deteriorated rapidly under tropical conditions.[14] The fabric-covered wings were slightly swept back and had stainless–steel spars and wooden ribs.[15] The lower wings were set in the shoulder position with a stabilising float mounted under each. The elevators were high on the tail-fin and braced on either side by 'N' struts. The wings could be folded, giving a stowage width of 17 ft 6 in (5.33 m). The single 620 hp (460 kW) Pegasus II M2 radial engine was housed at the rear of a nacelle mounted on four struts above the lower wing and braced by four shorter struts to the centre-section of the upper wing. This powered a four-bladed wooden pusher propeller. The nacelle contained the oil tank, arranged around the air intake at the front to act as an oil cooler, as well as electrical equipment, and had a number of access panels for maintenance. A supplementary oil cooler was mounted on the starboard side.[15] Fuel was carried in two tanks in the upper wings.[15]

The Walrus' pusher configuration had the advantages of keeping the engine and propeller further out of the way of spray when operating on water and reducing the noise level inside the aircraft. The propeller was safely away from any crew standing on the front deck, when picking up a mooring line.[16] The engine was offset by three degrees to starboard, to counter any tendency of the aircraft to yaw due to unequal forces on the rudder caused by the vortex from the propeller. A solid aluminium tailwheel was enclosed by a small water-rudder, which could be coupled to the main rudder for taxiing or disengaged for takeoff and landing. Although the aircraft typically flew with one pilot, there were positions for two. The main, left-hand position had a fixed seat with the instrument panel in front, while the right-hand seat could be folded away to allow access to the nose-gun position via a crawl-way.[17] An unusual feature was that the control column was not fixed in the usual way but could be inserted in either of two sockets in the floor. It became a habit for only one column to be in use; when control was passed from the pilot to co-pilot or vice versa, the control column would simply be unplugged and handed over. Behind the cockpit, there was a small cabin with work stations for the navigator and radio operator.[17]

Typical armament configurations for the Walrus consisted of a pair of .303 in (7.7 mm) Vickers K machine guns, one each in the open positions in the nose and rear fuselage. In addition, there were provisions for carrying either bombs or depth charges mounted beneath the lower wings. Like other flying boats, the Walrus carried marine equipment for use on the water, including an anchor, towing and mooring cables, drogues and a boat-hook.[17] When flying from a warship, the Walrus would be recovered by touching-down alongside, then lifted from the sea by a ship's crane. The Walrus lifting-gear was kept in a compartment in the section of wing directly above the engine. A crewmember would climb onto the top wing and attach this to the crane hook. Landing and recovery was a straightforward procedure in calm waters but could be very difficult if the conditions were rough. The usual procedure was for the parent ship to turn through around 20° just before the aircraft touched down, creating a 'slick' to the lee side of ship on which the Walrus could alight, this being followed by a fast taxi up to the ship before the 'slick' dissipated.[18]


Operational history



Initial use


A Supermarine Walrus being launched from the catapult of HMS Bermuda, 1943
A Supermarine Walrus being launched from the catapult of HMS Bermuda, 1943

The first Seagull V, A2-1, was handed over to the Royal Australian Air Force in 1935, with the last, A2-24 delivered in 1937. The type served aboard HMAS Australia, Canberra, Sydney, Perth and Hobart. Walrus deliveries to the RAF started in 1936 when the first example to be deployed was assigned to the New Zealand Division of the Royal Navy, on Achilles– one of the Leander-class light cruisers that carried one Walrus each. The Royal Navy Town-class cruisers carried two Walruses during the early part of the war and Walruses also equipped the York-class and County-class heavy cruisers. Some battleships, such as HMS Warspite and Rodney carried Walruses, as did the monitor Terror and the seaplane tender HMAS Albatross.[citation needed]

By the start of the Second World War, the Walrus was in widespread use. Although its principal intended use was gunnery spotting in naval actions, this only occurred twice: Walruses from Renown and Manchester were launched in the Battle of Cape Spartivento and a Walrus from Gloucester was used in the Battle of Cape Matapan.[19] The main task of ship-based aircraft was patrolling for Axis submarines and surface-raiders and by March 1941, Walruses were being deployed with Air to Surface Vessel (ASV) radars to assist in this.[19][20] During the Norwegian Campaign and the East African Campaign, they also saw very limited use in bombing and strafing shore targets.[21] In August 1940, a Walrus operating from Hobart bombed and machine-gunned an Italian headquarters at Zeila in British Somaliland.[22] By 1943, catapult-launched aircraft on cruisers and battleships were being replaced by improved radar. A hangar and catapult occupied a considerable amount of space on a warship. Walruses continued to fly from Royal Navy carriers for air-sea rescue and general communications. The low landing speed of the Walrus meant they could make a carrier landing despite having no flaps or tailhook.[23]


Air-sea rescue


A Walrus lands on a Royal Navy carrier in the Indian Ocean, after rescuing under fire a pilot shot down while attacking Japanese positions on the Nicobar Islands
A Walrus lands on a Royal Navy carrier in the Indian Ocean, after rescuing under fire a pilot shot down while attacking Japanese positions on the Nicobar Islands

The Walrus was used for air-sea rescue in the Royal Navy and the Royal Air Force. The specialist RAF Air Sea Rescue Service squadrons flew a variety of aircraft, using Spitfires and Boulton Paul Defiants to patrol for downed aircrew, Avro Ansons to drop supplies and dinghies and Walruses to pick up them up from the water.[20] RAF air-sea rescue squadrons were deployed to cover the waters around the United Kingdom, the Mediterranean Sea and the Bay of Bengal.[24] Over a thousand aircrew were picked up during these operations, with 277 Squadron responsible for 598 rescues.[25]


Experimental use


In late 1939, a pair of Walruses were used at Lee-on-Solent for trials of ASV (Air to Surface Vessel) radar, the dipole aerials being mounted on the forward interplane struts. In 1940, a Walrus was fitted with a forward-firing Oerlikon 20 mm cannon, intended as a counter-measure against German E-boats. Although the Walrus proved to be a stable gun-platform, the muzzle flash rapidly blinded the pilot and the idea was not taken up.[26]


Other users


An aerial view of oyster beds at Narooma, New South Wales, from RAAF Supermarine Seagull V, A2-9, 1939
An aerial view of oyster beds at Narooma, New South Wales, from RAAF Supermarine Seagull V, A2-9, 1939

Three Walruses N.18 (L2301), N.19 (L2302) and N.20 (L2303) were to be delivered on 3 March 1939, and used by Irish Air Corps as maritime patrol aircraft during the Irish Emergency during the war.[24] They were scheduled to fly from Southampton to Baldonnel Aerodrome, Ireland. N.19 arrived but N.20 had to be rerouted to Milford Haven and N.18 and its crew of two (LT Higgins and LT Quinlan) were left with no choice but to go down during high seas causing damage to the hull. N.18 ditched near Ballytrent, just south of the former United States Naval Air Station, Wexford. It was decided to tow N.18, with help of the Rosslare Harbour lifeboat and a local fishing boat to the launch slip once used for the Curtiss H-16s during the First World War. It was then loaded on a truck to complete its journey to the Baldonnel Aerodrome where it was repaired. N.18 (also identified as L2301) is currently on display at the Fleet Air Arm Museum in Yeovilton, England and is one of only three surviving aircraft of the type.

A Walrus I was shipped to Arkhangelsk with other supplies brought on the British Convoy PQ 17. After sustaining damage it was repaired and supplied to the 16th air transport detachment. This sole Walrus flew to the end of 1943.[27] After the war, some Walruses continued to see limited military use with the RAF and foreign navies. Eight were operated by Argentina, two flew from the cruiser La Argentina as late as 1958.[28] Other aircraft were used for training by the French Navy's Aviation navale.[28]


Civil use


Walruses also found civil and commercial use. They were briefly used by a whaling company, United Whalers. Operating in the Antarctic, they were launched from the factory ship Balaena, which had been equipped with a surplus navy aircraft catapult.[28] The aircraft used were slightly modified; they were fitted with electrical sockets to power the electrically heated suits, worn by the crew under their immersion suits. A small, petrol-burning cabin heater was fitted to help keep the crews comfortable during flights that could last over five hours.[29] A Dutch whaling company embarked Walruses, but never flew them.[28] Four aircraft were bought from the RAAF by Amphibious Airways of Rabaul. Licensed to carry up to ten passengers, they were used for charter and air ambulance work, remaining in service until 1954.[30]


Variants


Seagull V
Original metal-hull version.
Walrus I
Metal-hull version.
Walrus II
Wooden-hull version.

Operators


Supermarine Walrus, seaplane training flight of RNZAF, c. 1944/45
Supermarine Walrus, seaplane training flight of RNZAF, c. 1944/45

Military operators


Argentine Navy Walrus MK-IV on board cruiser La Argentina, San Francisco, 1940
Argentine Navy Walrus MK-IV on board cruiser "La Argentina", San Francisco, 1940
 Argentina
 Australia
 Canada
 Egypt
 France
 Ireland
 New Zealand
 Soviet Union
 Turkey
 United Kingdom

Civilian operators


 Australia
 Canada
 Netherlands
 Norway
 United Kingdom

Surviving aircraft


Three examples survive in museums in addition to one that is privately owned.

Wreckage that is thought to be that of the Walrus assigned to the cruiser HMAS Sydney was photographed when the wreck of the vessel was rediscovered in 2008.[35]


Seagull V A2-4


A Seagull V in the Royal Air Force Museum London in 2007
A Seagull V in the Royal Air Force Museum London in 2007
One of the original Australian aircraft, and now on display at the Royal Air Force Museum London. Built in 1934, it arrived in Australia in early 1936 where it was initially allocated to No. 101 Flight RAAF, which shortly afterwards became No. 5 Squadron RAAF. Before the war, it had various duties, which included survey work and flying from HMAS Sydney. It served for most of the war with No. 9 Squadron RAAF in Australia.
In 1946, it was sold to civilian owners and allocated the civil registration VH–ALB. During the 1950s and 60s, it was flown by several Australian private owners before being badly damaged in a takeoff accident in 1970 at Taree, New South Wales. The vandalised, derelict wreck was subsequently acquired from its owner by the RAF Museum, in exchange for a Spitfire and a cash payment.[Note 2]
In 1973, it was flown back to the United Kingdom by an RAF Short Belfast via the Pacific and the United States, although the aircraft had to be fumigated in Hawaii due to the discovery of Black widow spiders. Restoration immediately began after its arrival at the RAF Museum store at RAF Henlow and it has been on display at the museum's London site (Hendon) since 1979.[36]

Walrus HD874


Walrus HD874 at the RAAF Museum in 2010
Walrus HD874 at the RAAF Museum in 2010
This aircraft is on display at the Royal Australian Air Force Museum. It was originally flown by the Fleet Air Arm, before being transferred to the Royal Australian Air Force in 1943. During the war, HD874 was flown by the RAAF's No. 9 Squadron and No. 8 Communication Unit.
Post-war, it was placed in storage until 1947, when it was issued to the RAAF's Antarctic flight, for use on Heard Island. The Antarctic Flight only flew it once before it was badly damaged by a storm. It was recovered in 1980, and restored between 1993 and 2002.[37]

Walrus L2301


Walrus L2301 at the Fleet Air Arm Museum, 2011
Walrus L2301 at the Fleet Air Arm Museum, 2011
The Walrus displayed at the Fleet Air Arm Museum at RNAS Yeovilton is a composite aircraft, constructed using the fuselage and engine of Walrus L2301. Built in 1939, this aircraft never flew in British military service. It was delivered to the Irish Air Corps, which flew it during World War 2,[38] when it carried the Irish designation N.18. During its delivery flight, on 3 March 1939, it suffered engine failure and later hull damage from ditching in the high seas. The aircraft was towed to the former launch strip for the Curtiss H-16s at the United States Naval Air Station, Ireland.
On 9 January 1942 N.18 was stolen by four Irish nationals who intended to fly to France to join the Luftwaffe. However, they were intercepted by RAF Spitfires and escorted to RAF St Eval; the aircraft and its occupants were returned to Ireland.[38]
After the war, it was transferred to Aer Lingus and given the Irish civil registration EI-ACC. However, the Irish airline never flew it and instead sold it to Wing Commander Ronald Gustave Kellett in 1946 for £150[38](equivalent to £10,000 in 2021, when adjusted for inflation).[39] It was given the British civilian registration G-AIZG and flown until 1949 by members of No. 615 Squadron RAF for recreation.[38] In 1963, it was recovered from a dump at Haddenham airfield (formerly RAF Thame)[40] by Fleet Air Arm crew from HMS Heron. They presented it to the Fleet Air Arm Museum who restored it between 1964 and 1966, it has been an exhibit at the Fleet Air Museum since then.[38]

Walrus W2718 (G-WLRS)


After wartime RAF service, this aircraft was operated by Somerton Airways on the Isle of Wight until it was decommissioned in 1947. It was subsequently used as a caravan.[41]
It became part of the collection of Solent Sky,[42] an air museum in Southampton. The museum began restoring the aircraft to flying condition. Later, the project was sold to James Lyle and the restoration work was restarted in 2011 at Vintage Fabrics, Audley End, Essex with the civil registration G-RNLI.[41]
In 2018, the aircraft was sold to another private owner, and was moved to the Aircraft Restoration Company at Duxford Aerodrome, who continued work on its restoration. At this time the aircraft was reregistered as G-WLRS.[41]

Specifications (Supermarine Walrus I)


Arrangement drawings for the Supermarine Walrus
Arrangement drawings for the Supermarine Walrus
A Seagull V embarked on the Australian light cruiser HMAS Hobart, 1939
A Seagull V embarked on the Australian light cruiser HMAS Hobart, 1939

Data from Supermarine aircraft since 1914,[43] Supermarine Walrus I & Seagull V Variants[44]

General characteristics

Performance

Armament

or 2x 250 lb (110 kg) bombs
or 2x 250 lb (110 kg) Mk.VIII depth charges

See also


Related development

Aircraft of comparable role, configuration, and era

Related lists


Notes


  1. Backhouse was being flown back from a conference in London: cloud cover forced the flight to be made at a low altitude, and then-current regulations required the undercarriage to be lowered when flying at less than 2,000 ft
  2. Spitfire Mk. XVI TE384 and Australian $5,000. The Spitfire was eventually restored to flying status.

References


  1. Brown 1972, p. 25.
  2. Kightly and Wallsgrove 2004, p. 11.
  3. Mitchell 2006, p. 135.
  4. Kightly and Wallsgrove 2004, p. 10.
  5. Nicholl 1966, p. 26.
  6. Mitchell 2006, p. 136.
  7. Shelton, John (30 June 2012). "Mitchell's Walrus – 'he looped the bloody thing'". R J Mitchell and Supermarine. Retrieved 28 January 2013.
  8. Nicholl 1966, p. 29.
  9. Thetford 1982, p. 321.
  10. London 2003, p. 179.
  11. London 2003, p. 232.
  12. "A2 Supermarine seagull V (Walrus)". RAAF Museum Point Cook. Retrieved 25 August 2020.
  13. "Walrus seaplane crashed at Rhu". Helensburgh Heritage Trust. Argyll & Bute Council. Retrieved 28 August 2020.
  14. Brown 1972, p. 28.
  15. Flight 1934, p. 299.
  16. Flight 1934, p. 298.
  17. "Supermarine Walrus Manual". Seawings. Retrieved 24 December 2009.
  18. Nicholl 1966, p. 48.
  19. London 2003, p. 177.
  20. London 2003, p. 182.
  21. London 2003, p. 178.
  22. "Italian Advance in Somaliland". The Times. No. 48691. London. 10 August 1942. p. 4.
  23. London 2003, p. 181.
  24. London 2003, p. 183.
  25. Nicholl 1966, p. 116.
  26. Brown 1972, p. 34.
  27. "British aircraft in Russia" by Viktor P. Kulikov, Air Power History, Spring, 2004.
  28. London 2003, p. 213.
  29. Grierson, John (June 1947). "Air-Whaling". Flight. 52 (2011).
  30. Brown 1972, p. 47.
  31. Brown 1972, p. 40.
  32. Kightly and Wallsgrove 2004, p. 116.
  33. Brown 1972, pp. 47–48.
  34. Kightly and Wallsgrove 2004, p. 128.
  35. "P09281.982". Australian War Mamorial. Archived from the original on 15 January 2013. Retrieved 5 December 2012.
  36. Simpson, Andrew (2007). "Individual History: Supermarine Seagull V A2-4/VH-ALB" (PDF). Royal Air Force Museum. Retrieved 27 October 2009.
  37. "Supermarine Walrus HD 874". RAAF Museum Point Cook. Retrieved 23 February 2013.
  38. "Supermarine Walrus (L2301)". Fleet Air Arm Museum. Retrieved 29 September 2010.
  39. UK Retail Price Index inflation figures are based on data from Clark, Gregory (2017). "The Annual RPI and Average Earnings for Britain, 1209 to Present (New Series)". MeasuringWorth. Retrieved 11 June 2022.
  40. Peter Chamberlain. "1945–1963". Haddenham Airfield: A history of a small Buckinghamshire airfield. Retrieved 29 September 2010.
  41. Fiddian, Paul (1 May 2018). "Walrus Makes a Move". Pilot.
  42. "Over 20 aircraft to discover and explore". Solent Sky Museum. Retrieved 9 August 2020.
  43. Andrews, C.F.; Morgan, Eric B. (2003). Supermarine Aircraft Since 1914 (2nd Revised ed.). London: Putnam Aeronautical. pp. 141–155.
  44. Brown 1972, p. 48.

Sources



Further reading




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На других языках

[de] Supermarine Walrus

Die Supermarine Walrus war ein einmotoriges amphibisches katapultfähiges Doppeldecker-Flugboot des britischen Herstellers Supermarine Aviation Works (ab 1928 Teil von Vickers-Armstrongs). Es wurde von Reginald Joseph Mitchell konstruiert, im Vorort Woolston von Southampton gebaut und ab 1935 in Dienst gestellt. Erster Nutzer war die Royal Australian Air Force (RAAF), die die Maschine als Supermarine Seagull Mk.V von den Kreuzern der Royal Australian Navy (RAN) und dem Seeflugzeugträger HMAS/später HMS Albatross zum Einsatz brachte. 1939 wurde die Walrus auf fast allen Kreuzern der Royal Navy als Bordflugzeug eingesetzt.
- [en] Supermarine Walrus

[fr] Supermarine Walrus

Le Supermarine Walrus (morse) était un hydravion à coque monomoteur utilisé pour la reconnaissance maritime. Il a été conçu par Reginald Mitchell et a été utilisé par la Fleet Air Arm (FAA). Il a aussi servi au sein de la Royal Air Force (RAF), de la Royal Australian Air Force (RAAF), de la Royal Canadian Air Force (RCAF), de la Royal New Zealand Navy (RNZN) et de la Royal New Zealand Air Force (RNZAF). C'était le premier appareil britannique opérationnel à posséder un train d'atterrissage entièrement rétractable, un cockpit entièrement fermé et un fuselage entièrement métallique[2].

[it] Supermarine Walrus

Il Supermarine Walrus (tricheco) era un aereo anfibio biplano a scafo centrale prodotto dalla britannica Supermarine Aviation Works Ltd, entrato in servizio a metà degli anni trenta ed impiegato come ricognitore marittimo durante la seconda guerra mondiale.

[ru] Supermarine Walrus

Супермарин Валрус (англ. Supermarine Walrus) — британский разведывательный гидросамолёт использовавшийся Авиацией Королевских ВМС. Также стоял на вооружении Королевских ВВС, Королевских Австралийских ВВС, Королевских Новозеландских ВВС, Королевских Канадских ВВС.


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