Drawings and diagrams of proposed rockets by various scientists in America and Germany, including Goddard, Valier, Sander, Eisfeld,Reinhold, and Richard Tiling. Models of rocket. Two pictures to show contrasting features of rocket models. Various parts of rockets aligned against a scale. An experimental unit. Pictures of rocket in motion. A man stands near a rocket. Labeled drawings of rocket. A man with a long hose pipe. Rocket models of Sander, Eisfield and Valier. A graphical presentation.
Testing of Reinhold Tiling's 120 cm model rocket in July, 1929, at Arenshorst and on August 29, 1929, in a demonstration for the Navy, at Meppen, Germany.
Views of Johannes Winkler's first prototype (HW1-A) liquid fuel rocket. Preparations in the field for testing the HW1A. Views of Winkler and associates setting up and fueling the prototype. Photographs of The first test of a liquid fuel rocket (Winkler's HW1-A)in Europe, on February 21, 1931, in Dessau, Germany. Sketches of his model HW1-C. Photograph of Winkler sitting next to the HW1-c, on a bench in the laboratory. A so-called Shear diagram pertaining to stresses experienced by the HW1-C rocket.
July 7, 1930, Oberth and Nebel jointly achieved conrtolled burn with their cone nozzle for a rocket. Diagram of their cone nozzle and view of it being placed in a test frame outdoors. A burn diagram showing steady output. Diagram of the small (mini-rocket) named "Mirak." Views of the test stand set up in Bernstadt, Germany, with instrumentation. Rudolf Nebel standing on a small ladder looking at the rocket. The Mirak in flight. A Mirak explosion. Several buildings comprising Nebel's rocket facilities. Diagram of liquid-fueled rocket motor. Rudolf Nebel and Hermann Oberth at the test stand with their apparatus and views of it in snowy field. Test stand for the burner test in Berlin, 1931 and an explosion that occurred. View of the device with hole blown in it
First test of a precursor to the Mirak rocket in Germany. Diagram of the so-called Achenstaber rocket.. Rocket pioneer, Klaus Riedel, and an associate, hold the long slender rocket. A barn with sandbagged window is seen behind them. The men lower the rocket through guidance brackets in a wooden pole. The rocket fuse is ignited and the rocket rises fairly high into the sky but tilts over and dives, crashing into the ground. Riedel and associates stand near a truck carrying metal framework designed to guide a rocket.
Liquid Rocket motor design drawings of various pioneers in the field, from the American Rocket Society, including: Constantin Paul van Lent (aka Constantin Tselentis,aka Constantin Lent, aka Dr. Constantin Paul van Lent) 1936; Alfred Africano, 1937; Reed,1937; Wild,1938; H.F. Pierce and Nathan Carver, 1938. Slates refer to the post World War I period through about 1938, as the beginnings of rocket flight, and the immediate subsequent period as the second phase of achievement that could lead to high altitude and long range rocket missiles and even manned spaceships. Slate suggests that future of rocketry is limited only by our imagination. Next are imaginary, science fiction scenes like a science fiction movie, showing a major city, in Germany, as a rocket ship travels away from it, and eventually showing Europe, and the earth from outer space, as the rocket travels into the blackness, beyond. Slate comments about eternal longings related to human flight.
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