The Aerospace History Blog - Page 17
Vertical take-off in the 1930s This German aircraft project from 1936/37 is probably unknown to most people. Ewald Engler from Wilhelmshaven reported on it in a magazine in 1955.    He wanted to improve the performance of the helicopters that were still under development before the war. A vertical take-off and landing aircraft seemed ideal to him. The long wings commonly used at the time for aircraft did not allow high flight speeds. Engler carried out model tests and came up with the wing shape shown here. In the single- engine version, the wings were slightly twisted against the direction of flight to compensate for the propeller torque.    He submitted his designs to the German Aviation Research Institute in Adlershof in 1936. The institute replied in writing on June 9, 1937: "Further development cannot be recommended, as the proposal is not considered technically feasible."
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2 ilustrations: Uwe W. Jack collection Contact
Posted by Uwe W. Jack
Beautiful airliner on Gran Canaria island More than a dozen years ago, my wife and I went on vacation to Gran Canaria. At the airport, in a kind of "museum", there was a Douglas DC- 7C, actually a beautiful airplane. However, the condition was pitiful.The former EC-BBT was built in 1958 and flew for Spantax until its retirement in 1978.    I recently learned that the Canarian regional airline Binter had stripped the Douglas of its old paint and repainted it - thank you!
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5 photos: Uwe W. Jack Contact
Posted by Uwe W. Jack
A sight of misery! The beautiful plane has almost become a wreck due to numerous layers of paint and the salty sea air.
Video-stil from Binter Air
With this campaign, the employees of Binter Air have achieved two successes at the same time: They have restored a valuable aircraft to its former glory and at the same time promoted their airline.
Shopping with the Flying Car Not all dreams come true! This pretty vision from the 1950s will probably have to wait a little longer before it is realized - what a pity!    This funny everyday scene from the future was used for an advertisement by the American electrical industry, and readers were promised that this would soon come true.
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Illustration: America’s Independent Electric Light and Power Companies Contact
Posted by Uwe W. Jack
Rocket engine of the Messerschmitt Me 163 In a facebook forum I have been asked questions regarding the thrust levels of the engine of the rocket fighter Messerschmitt Me 163.    The HWK 109-509 A rocket engine can be regulated in three steps. These steps are controlled by a rotary handle in the cockpit. A button there starts the turbopump first. Three valves at the top of the engine block (no. 11 in the drawing) release the fuel for each group of three injection nozzles in the combustion chamber. The three thrust steps are 5 kN, 10 kN and 15 kN.    In the cockpit drawing, the controls for the pilot are located at numbers 13, 14, 15 and 16.
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5 illustrations: Uwe W. Jack collection Contact
Posted by Uwe W. Jack
Cockpit layout of the Messerschmitt Me 163 rocket fighter. (click to enlarge - the file may not be modified - commercial use is prohibited.)
The engine HWK 109-509 A with turbo pump system (left) and combustion chamber (right). (click to enlarge - the file may not be modified - commercial use is prohibited.)
The injection nozzeles of a Me 163 rocket engine.
The turbo pump assembly with the pump at the lower end (exhaust to the left) and the three valves for the three thrust levels at the top.
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