

Searching in stories... |
Timeline |
Options
|
|
||
|
||
|
||
|
||
Show the latest entries |
||
Searching in stories... |
Timeline |
The Heinkel He 219 Uhu ("Eagle-Owl") was a twin-engined night fighter designed and built by Heinkel, which served with the Luftwaffe during the last two years of the Second World War. Together with the American Northrop P-61 Black Widow, it was one of the very few aircraft of the war designed from the outset for night fighting rather than adapted from a day fighter or a bomber.
The He 219 was a remarkably advanced design for its time: it introduced a pressurized cockpit, a tricycle landing gear with a steerable nosewheel (a first on an operational German aircraft) and, above all, compressed-air ejection seats for both crew members, making it the first operational military aircraft in the world so equipped. Fitted with Lichtenstein intercept radar and heavy cannon armament, including the upward-firing "Schräge Musik" installation, it proved formidable against RAF Bomber Command, and it was the only piston-engined German night fighter able to meet the de Havilland Mosquito on roughly equal terms.
Its development, however, was hampered by political rivalry between Ernst Heinkel, General Josef Kammhuber (commander of the night fighter force) and Field Marshal Erhard Milch (in charge of aircraft procurement at the Reichsluftfahrtministerium), by engine shortages and by Allied bombing. Production was officially ended on 25 May 1944, and only about 268 aircraft of all versions were completed (some sources give up to 294), so that the type never had the influence its qualities might have promised. Ernst-Wilhelm Modrow became its most successful pilot, with 33 of his 34 night victories scored on the He 219.
From the P.1055 to the P.1060
In the summer of 1940, engineer Robert Lusser, who had returned to Heinkel from Messerschmitt, began work on a fast multi-role bomber project designated P.1055. It was a shoulder-wing monoplane of all-metal stressed-skin construction, with twin fins and rudders on a tailplane with marked dihedral, and the two crew members seated back to back under a canopy blended into the nose. The project already included most of the features of the future He 219: pressurized cockpit, ejection seats, tricycle landing gear and remotely controlled FDSL 131 defensive turrets on the fuselage sides. It was to be powered by two DB 610 coupled engines. In August 1940, the Reichsluftfahrtministerium (RLM) rejected the P.1055 as too complex and too risky; the variants with different wingspans and engines that Lusser then offered, as well as the P.1056 night fighter armed with four 20 mm cannon, were turned down in turn in 1941.
At the same time, Josef Kammhuber was looking for a purpose-built aircraft for his rapidly expanding night fighter force, whose Messerschmitt Bf 110 and Junkers Ju 88 conversions were struggling against the growing RAF night offensive. Heinkel reworked the design as the slightly smaller P.1060, powered by two inverted V-12 Daimler-Benz DB 603 engines with annular radiators. The RLM rejected it once more in January 1942, preferring night fighter versions of the Ju 88 and Me 210, but Ernst Heinkel decided to finance the first prototype with his own company's money.
Prototypes and trials
Construction of the prototype began in February 1942. The DB 603 engines only arrived in August, and the He 219 V1 made its first flight on 6 November 1942 (the Smithsonian gives 15 November). Impressed by the aircraft, Kammhuber ordered it into production on 19 November 1942, against Milch's objections. Comparative trials against the Junkers Ju 188 in January 1943 were inconclusive and revealed a lack of stability, which Heinkel tackled by offering a cash prize to the engineers who could solve it. More thorough tests in March 1943 finally showed the He 219 to be superior to both the Ju 188 and the Dornier Do 217.
That same month, an RAF raid on the Heinkel works at Rostock destroyed about three-quarters of the production drawings, and the design office was moved to Vienna. During development, the rear-firing dorsal guns were deleted, as they tended to tear away from the fuselage when fired, and the forward armament was increased, with cannon in the wing roots and in a removable ventral tray. The early prototypes had four-bladed propellers, a blunter nose and a domed canopy, and carried the "Matratze" aerials of the UHF FuG 212 Lichtenstein C-1 radar; later aircraft received the VHF FuG 220 Lichtenstein SN-2 with its large "Hirschgeweih" (stag's antlers) aerials, which was immune to "Window" chaff.
A contested programme
Production took place mainly at Rostock-Marienehe and Vienna-Schwechat; at the latter site, a large part of the assembly workforce was made up of concentration camp prisoners from Mauthausen. The aircraft remained complex and expensive to build, and the planned engines never became available in quantity: the high-altitude DB 603G was never ready, and the Junkers Jumo 222 intended for later versions never reached series production.
From December 1943, Milch pushed for the cancellation of the He 219 in favour of the Ju 88G, arguing that it was good enough and that expanding He 219 production would disrupt the industry; he also favoured the Dornier Do 335. The dispute contributed to Kammhuber's removal from his command. On 25 May 1944, the programme was officially terminated in favour of the Junkers Ju 388 and the Focke-Wulf Ta 154, neither of which saw combat, but Heinkel continued low-rate production until the end of the war, and a few aircraft were even assembled in the field from spare parts.
The first pre-production He 219 A-0s were delivered in April 1943 to I./NJG 1 at Venlo in the Netherlands. The type made a spectacular debut on the night of 11-12 June 1943, when Major Werner Streib, flying the V9, shot down five bombers (four Halifaxes and a Lancaster) between 01:05 and 02:22 during an RAF raid on Düsseldorf; on his return, the flaps failed and the aircraft was wrecked on landing, though Streib and his radar operator escaped with minor injuries. A frequently repeated claim that three A-0s destroyed 20 RAF aircraft in ten days, including six Mosquitos, is not supported by the British loss records.
Once guided by ground control into the bomber stream, the He 219 crew located their targets with their own radar. Its performance, though not exceptional, was clearly superior to that of the Bf 110G and Do 217N and allowed a crew to attack several bombers during a single sortie. From the A-2 onward, many aircraft carried two 30 mm MK 108 cannon in a "Schräge Musik" installation behind the cockpit, firing obliquely upward: the He 219 could approach unseen from below and behind a bomber, out of reach of its gunners, and a few rounds were enough to bring down a Lancaster. On the night of 2-3 November 1944, one He 219 crew claimed six bombers in twelve minutes.
The He 219 was popular with its crews, who appreciated its excellent visibility, the arrangement of its weapons and its ejection seats, which saved a number of airmen; ground crews praised its ease of maintenance. The British test pilot Eric Brown, who flew several captured A-2s after the war, was more critical, considering it underpowered, with a poor rate of climb, and short on performance to deal with the Mosquito. Production problems meant that the type was used in strength by only one unit, NJG 1: on 10 January 1945, I./NJG 1 had 64 He 219s on strength, of which only 45 were serviceable.
At the end of the war, several aircraft were captured by the Allies at Grove airfield in Denmark. The RAF evaluated a few of them at Farnborough, while three were taken over in June 1945 by the American "Operation LUSTY" team. After the war, two He 219s rebuilt in Czechoslovakia from recovered components were used under the designation Letov LB-79, one of them as a jet engine test-bed.
The He 319 was an unbuilt multi-role project unrelated to the He 219, sharing only its number sequence.
The only complete surviving He 219 is the He 219 A-2 Werknummer 290202, belonging to the Smithsonian National Air and Space Museum. On 16 June 1945, it was one of three He 219s of NJG 1 seized at Grove, in Jutland (Denmark), by a 25-man US Army Air Forces intelligence team under Colonel Harold E. Watson, as part of "Operation LUSTY" (LUftwaffe Secret TechnologY). Made airworthy by "Watson's Whizzers", the aircraft were flown to Cherbourg and then shipped to the United States aboard the escort carrier HMS Reaper, together with 21 other captured German aircraft, and reassembled at Newark, New Jersey.
Given the foreign equipment number FE-614 (later T2-614), Werknummer 290202 was flight-tested at Freeman Field, Indiana, alongside another He 219 (FE-612), which was later scrapped. In 1946 it was moved to Orchard Place Airport at Park Ridge, Illinois, transferred to the Smithsonian's National Air Museum on 3 January 1949, and crated in 1955 for storage at the Paul E. Garber facility in Silver Hill, Maryland. The fuselage, tail and engines went on display at the Steven F. Udvar-Hazy Center in Chantilly, Virginia, while the wings were restored separately; the repainted wings were shown to the public in January 2016 and were joined to the aircraft in 2019. The missing radar aerials were reproduced by the museum's specialists. The aircraft, which incorporates fins and engine parts from the other two machines shipped to the United States, is now displayed next to the Arado Ar 234 and the Dornier Do 335.
In April 2012, the wreck of a previously unknown He 219 was recovered from the sea about 100 m off the beach north of Hirtshals, Denmark. It was displayed at the Forsvars- og Garnisonsmuseum in Aalborg, then sold in August 2015 to an Austrian enthusiast for restoration.
— — — = = — — —
— — — = = — — —
|
|
You choosed to show only the famous things! (Via the Options menu)
The comments below concern only this page (He 219 Uhu).
For a general question or remark about aircraftube, please use the general blog.