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Reconnaissance and Transport Aircraft
Development of this aircraft began in 1935, although production did not begin until spring 1937 and the aircraft was introduced until the early winter of 1937. The plane was simply constructed with the fuselage welded from steel pipes and skinned with fabric. The aircraft's fixed landing gear had two spring supports. The cockpit housed a crew of three and had an excellent field of vision. The aircraft had unique flight characteristics requiring only 30 meters to take off and only 16 meters of runway to land using wheel brakes. The aircraft was very versatile and as well as fulfilling its main role of reconnaissance and unit liason, it could also be used to evacuate wounded (a stretcher could be placed in the cabin), drop goods or even serve as a light bomber capable of carrying a bomb load of up to 150kg. It was used throughout the War on all fronts and remained in production until early 1945.
Development of this aircraft began in July 1938. Except
for the double tail assembly, the FW-189 did not in fact differ from conventional
planes. It had an all-metal construction. The three-spar wing had a rectangular
center section with an almost fully glazed crew gondola in the middle.
The main and rear spars passed through the gondola. The aircraft boasted
excellent responsiveness and fairly good flight characteristics. Production
began in the summer of 1940.
Nicknamed "Tante Ju" (Auntie Ju) and "Iron
Annie", the Junkers Ju-52 was the most famous German transport of
the war. In April 1931, the single-engined Ju-52 prototype was fitted
with three engines and designated the Ju-52/3m. Performance improved tremendously
and production of the new model began. Development by the Luftwaffe as
a medium bomber and military transport saw the introduction of the Junkers
Ju52/3mge in 1936. The Ju-52 was built of a corrugated metal skin and
paid little attention to beauty, features of a typical Junkers design.
The airframe was poorly streamlined and the corrugated skin, though much
stronger than fabric and metal tubes, created stronger air resistance.
On the right side of the fuselage, there was a cargo door that opened
horizontally. The constructed aircraft had good flight characteristics
and could be used by underqualified pilots. Its low landing speed meant
it could use small airdromes. The well-thought-out fuselage construction
made it possible to use the aircraft for cargo operations with maximum
effectiveness. The aircraft saw service during the Spanish civil war,
initially as a medium bomber and then solely as a transport aircraft.
The huge Messerschmitt Me-321 "Gigant" transport
glider was introduced in February 1941. The aircraft incorporated a welded
construction with a fabric skinning on top of a wooden framework. The
glider's carrying capacity was a maximum of 20 tons or 200 fully equipped
troops. The cargo section was accessed from the front of the fuselage
through two large two-way doors and the cockpit was situated in the upper
part of the fuselage. The glider's armament consisted of four, 7.92mm
MG 15's, two of which were placed in mountings on the upper part of the
front hatch folds, the other two being installed in side windows in the
rear of the fuselage. Initially three Bf-110C planes were used to tow
the aircraft into the air, but in 1942 the tow was replaced by a super-powered
Heinkel He-111Z aircraft. To make glider take-off easier, up to 4 RATO
(Rocket-Assisted Take-Off) devices were used. They were placed under the
glider wing, had 750kg of thrust and worked for 30 seconds. For quick
braking when landing, a parachute placed in the tail section of the fuselage
was used. However the aircraft's large carrying capacity made it difficult
to tow and awkward to control. Its large size and poor flight performance
made it vulnerable in flight despite its ability to absorb considerable
damage.
The disadvantages related to the complicated towing system
for the Me-321 glider spurred the idea of creating an Me-321 with engines
that could support the glider after take-off on the tow or, if possible,
assist independent take-off of the glider at full load. The possibility
of mounting a combination of four or six aviation engines on the plane
was considered. A French Gnome Rhone GR 14N 48 engine, produced under
German license, was chosen. |