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SORTING ONE THING and another, I came upon the November 1966 issue of The Flyer magazine, Vol. 6, No. 8, 40¢. It offers interesting insights about general aviation of more than 50 years ago. Here, in Parts 1 and 2 today and tomorrow, are tidbits gleaned from this issue of The Flyer, together with my usual Internet sleuthing. The magazine’s words are in quotes.
Jungmeister Story. The first two Bucker-Jungmeister BU-133s accompanied the Hindenburg in its ill-fated 1936 flight to Lakehurst, New Jersey. In 1961, a third Jungmeister arrived in crates on a Spanish tramp steamer. It was refurbished by Frank D. Price, who had bought the plane from Count Jose Aresti, president of the Royale Aero Club, Madrid, Spain.
In this issue, The Flyer completed a three-part series on this “great akrobird.” The article included plans used by Harold Krier to build his Championship Krier Kraft, which combined “the best features of German Bucker and the American Great Lakes.”
Three Years Ahead of Time. This 15-foot inflatable balloon “may play an important role in man’s exploration of the moon. The silvery ball was devised to be placed on the moon’s surface, where it would reflect the sun’s rays and serve as a lunar landmark for astronauts.”
“Two have been built by Goodyear Aerospace under contract to NASA. They would be carried to the moon in unmanned spacecraft, then released and inflated automatically, to serve as lunar landing aids.”
The Flyer Ads. The magazine’s headquarters were in Columbus, Ohio. (See “Cross-Country Travel Takes Off, Sort Of,” for when Columbus was the eastern terminus of Transcontinental Air Transport.)
Most of the magazine’s advertising was general-aviation focused, much of it in the midwest.
However, this tantalizing ad showing a Karmann Ghia made an automotive appearance in The Flyer.
Computerized Air Traffic. One of the issue’s “Flight Editorials” shared the views of A.R. Applegarth, advanced planning v.p. at Narco Avionics: “Within the next ten years, Applegarth predicted, all U.S. airplanes will be navigated by a master ground-based computer, linked by radio to an airborn automatic control system during flight in controlled airspace. He also forecast that the ground computer will be automatically watched by an independent collision avoidance system which will override the computer control if an impending collision is detected. ‘The basic technology to fulfill these predictions is within today’s state of knowledge,’ Applegarth pointed out.”
More on “controlled” airspace: “Presently, it is only that airspace above 24,000 ft. but the FAA has tried to lower it.” Today, it’s rather more complicated, but Class A airspace extends from 18,000 ft. to 60,000 ft.
In 2011, Narco Avionics went belly-up after 65 years.
Tomorrow in Part 2, The Flyer entertains with a “10-Engine Flying Carpet,” instruction on magnetic compasses, a touch of misogynism, a counter to this, and Polynesian fascination. ds
© Dennis Simanaitis, SimanaitisSays.com, 2020
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Not in that issue, but similar was the much larger (141′ dia) Echo satellites of 1960 and later. https://en.wikipedia.org/wiki/Project_Echo. They were our first communications satellites, bouncing broadcast signals off them to widespread audiences … far better than weak AM radio and short range TV. Not mentioned by Wiki, but President Eisenhower bounced a short message off Echo 1a to the nation … thrilling at the time, and a portent of things to come.