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Free FallThe Free Fall Research Page |
| If so, check out these survival tips from David Carkeet. |
We highly recommend both of these books, but good luck finding them, they are difficult to come by:
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Here's another book on the Caterpillar Club, though there's not much in it on falling it does include a great list of the early Caterpillar Club members:
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Subtitled "Incredible death-defying stories of survival against all odds," this book by John Adams describes a wide range of amazing survival stories. Pay special attention to the first 80 pages.
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Paul Brickhill, the author of "The Great Escape" wrote an article called "They Fell Without Parachutes - And Lived!" It appeared in the June 1950 issue of Blue Book magazine. Many thanks to William Contento and Mike Ashley for their help in locating this article for me. Brickhill was in prison camp with many aviators and spoke to Nicholas Alkemade, Joe Herman, and others about their experiences and recorded them in this article. This is likely the first published account of such stories. In regard to the Free Fall Research Page it is like the Rosetta Stone. |
For those of you who are interested in a scientific take on surviving falls from around 50 to 250 feet, you should look into the work of Richard G. Snyder. In the 1960s Snyder was the author or co-author of two interesting pieces of research:
Both of these articles are available from NTIS, the National Technical Information Service. If you are interested in purchasing either of these documents, NTIS can be reached at 800-553-6847 or www.ntis.gov. Update: One of Dr. Snyder's studies is available in its entirely on the web. See Study of Impact Tolerance through Free-Fall Investigations (1977). |
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IP Online, an international peer review journal for health professionals and others in injury prevention, has in its web-accessible database a 1942 study by Hugh de Haven called "Mechanical analysis of survival in falls from heights of fifty to one hundred and fifty feet." These folks didn't fall out of airplanes, in fact, it appears as if most jumped from apartment buildings. The writing is clinical and the subject is pretty gruesome, but de Haven's work takes the details from these sad tales of survival with the intent of using the knowledge gained to improve the survival chances of people in aircraft and automobile accidents. De Haven's work was continued by Richard Snyder (see above) whose research entitled "Human Survivability of Extreme Impacts in Free-Fall" and "Fatal Injuries Resulting from Extreme Water Impact" are part of the body of research that helped in the development of seatbelts and airbags. Snyder's work first came to our attention in Mary Roach's book "Stiff: The Curious Lives of Human Cadavers." Roach describes Snyder's work because of its value in determining the cause of an airline disaster over deep water, where the only evidence that may be available are the recovered bodies of passengers. Their injuries may provide clues about the cause of the accident. The de Haven study is overwhelming reading. When you are done reading you want to go outside and take a breath of air. It's not the kind of life's work that a typical person could face day-in/day-out. IP Online calls "Mechanical analysis..." an "Injury Classic." If you are interested in having a look, check out IP Online and search on "de Haven" to find de Haven's study. Note: Tim Hoult wrote in to say "De Haven's work is incredibly important in the field of crash protection - it seemed to kickstart the industry into actually doing something. Even more amazing is the fact that he might not have been around to write it. He was the only survivor in a mid-air collision of two JN-4s several hundred feet above the ground in 1917 - his major internal injuries only being caused by, ironically, his seat belt buckle!" |
I guess if you survive a fall with a failed parachute, you feel like writing a book:
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Some other interesting books:
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At least two important poems are based on stories of people who fell to their deaths from airplanes:
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