“Grief” in Combat

By MSW Add a Comment 8 Min Read
Grief in Combat

In last few months of the war the He 177 was used on the
Eastern Front and for the first time pattern bombing was used. Horst von
Riesen, by now Kommodore KG 1, led his Geschwader against the railway centre of
Velikye Luki, some 480km west of Moscow. It must have been an impressive
sight-a Stab of four aircraft followed by three Gruppen of 27 aircraft in vics
at about 6,000m. But the time for Luftwaffe strategic missions was past: most
targets were well out of range. Quite apart from any other considerations, fuel
was by now so short that such missions were out of the question. Von Riesen was
then ordered to send his huge bombers out on anti-tank sorties. After losing
several aircraft, with no commensurate return in tanks destroyed, the order was
rescinded.

Beset by technical difficulties in development, the He 177
had a troubled history in service. Overly demanding design requirements of long
range, high speed, heavy bomb load, and dive bombing capability didn’t help.
Although the He 177 entered service in 1942 it was far from operational. In an
assessment of the aircraft on 9 April 1942, the newly activated
Erprobungsstaffel 177 reported that the Greif had good flying characteristics,
but had unacceptable engine troubles and problems with its airframe strength.
As an emergency measure it was used to supply the encircled 6th Armee at
Stalingrad, where it was found to be unsuited for the transport role, carrying
a little more cargo than the smaller, more reliable Heinkel He 111, and proving
useless for the evacuation of wounded. As a result the He 177s reverted to
bombing and flak-suppression missions near Stalingrad. Only 13 missions were
flown, and seven He 177s were lost to fire without any action attributable to
the enemy.

As the war progressed, He 177 operations became increasingly
desultory. Fuel and personnel shortages presented difficulties, and He 177s
were sitting on airfields all over Europe awaiting new engines or engine
related modifications. Of the 14 He 177 sent out during Operation Steinbock,
one suffered a burst tire, and eight returned with overheating or burning
engines. Of the four that reached London, one was lost to night fighters. These
aircraft were brand new, delivered a week before the operation and not fully
flown in, because the air unit had moved to a new airfield the day before, and
lacked sufficient maintenance personnel and material. Constant attacks against
Luftwaffe long-range combat units in France made continuous operations
difficult.

While Steinbock was unsuccessful, the He 177 did achieve
some successes. They typically carried two 1,800 kg (3,970 lb) and two 1,000 kg
(2,200 lb) bombs. Climbing to 7,000 m (22,965 ft) while still over German
territory, the He 177s approached the target in a shallow dive, each aircraft
throttled back, the pilot putting his aircraft into a gliding descent to take
it across the bomb release-point at about 4,500 m (14,760 ft). After releasing
the bombs the pilot re-opened the throttles, but continued the descent at
approximately 200 m (656 ft) per minute. The bombers typically re-entered
German airspace at an altitude of 750 m (2,460 ft), and headed back to base. By
such means, the He 177s were able to keep up speeds of about 600 to 700 km/h
(370 to 430 mph) during their withdrawal phase. The higher speed and constant
change of altitude made interceptions difficult, increasing the survivability
of the aircraft, but decreased accuracy. With an average loss rate of 60% for
all types of bomber used in Operation Steinbock, the He 177’s loss rate below
10% made them the most survivable bomber in the campaign.

During operations on the Eastern Front in early 1944, often
carried out in daylight at about 6,000 m (19,690 ft) or higher, losses were
relatively light. The Soviet Air Force, equipped mainly for low-level
interception and ground-attack roles, was able to do little to hinder the
high-flying bombers.

In common with most German bombers, the He 177 was grounded
from the summer of 1944 as Allied bombing crippled German fuel production. The
He 177 can be compared with the Boeing B-29 Superfortress[citation needed]
which also took about two years to have its problems ironed out, after which it
found success. However the He 177 was never to achieve its full potential.

Heinkel He 177 Greif

In the Second World War, the greatest deficiency in the
Luftwaffe was the lack of a true strategic bomber. The He 177 was the nearest
the service ever got to it, although compared to contemporary British and
American heavy bombers it was far short of ideal. The 1938 specification stated
a warload of 2,000kg over a radius of 1,600km at a speed of 500kph. This
aircraft duly emerged as the He 177, which made its first flight on 19 November
1939, piloted by Carl Francke, the man who ‘sank’ the Ark Royal.

In an attempt to improve performance by minimising drag, it
was powered by two pairs of coupled engines, which gave only half the frontal
area of a conventional four-engined bomber, for the same power. In concept this
was not too far removed from the ill-fated British Avro Manchester, which used
two monster 24-cylinder Rolls Royce Vultures which were effectively two
12-cylinder engines mounted above and below a common crankshaft-and with much
the same results: unreliability, overheating, and in-flight fires. But whereas
the Manchester was quickly abandoned in favour of the more conventional
Lancaster, the Luftwaffe persevered. This was a major error. Losses due to
engine fires were unsustainable, and while a handful of He 177s entered
service, notably with I/KG 40 from July 1942, delays mounted while solutions to
the problems were sought. Eventually they were found, but by then it was far
too late.

The He 177 was used to carry up to three Hs 293 missiles in
the antishipping role; it was also used during ‘Steinbock’ and on the Eastern
Front, but never on true strategic missions. One aircraft was modified to carry
a nuclear weapon, ready for when and if this should be developed. A German
engineer is said to have remarked: ‘If we succeed in this, we shall rule the world!’

Maximum speed 488kph; cruising speed 415kph; service ceiling
8,000m; range 5,000km plus.

By MSW
Forschungsmitarbeiter Mitch Williamson is a technical writer with an interest in military and naval affairs. He has published articles in Cross & Cockade International and Wartime magazines. He was research associate for the Bio-history Cross in the Sky, a book about Charles ‘Moth’ Eaton’s career, in collaboration with the flier’s son, Dr Charles S. Eaton. He also assisted in picture research for John Burton’s Fortnight of Infamy. Mitch is now publishing on the WWW various specialist websites combined with custom website design work. He enjoys working and supporting his local C3 Church. “Curate and Compile“
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