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roswell

Office of the Secretary of Defense · 993 pages · text from the file's own layer

The Roswell Report: Fact versus Fiction in the New Mexico Desert was published in 1995 by Headquarters United States Air Force. It was written in response to Representative Steven H. Schiff's request and a General Accounting Office audit, and it contains Col. Richard L. Weaver's report and 1st Lt. James McAndrew's synopsis, along with attachments, appendices and photographs. The report says researchers found no evidence of an extraterrestrial craft or crew. It concludes that the 1947 debris came from a Project MOGUL balloon train.

  • p. 36 …The object turned out to be a radar tracking balloon" (included with Atch 11). Additionally, this…
  • p. 42 …He recalled that radar targets were used for tracking balloons because they did not have all…
  • p. 105 …The object turned out to be a radar tracking balloon. The main project· of the mont…
  • p. 202 …The artillery radar tracked the balloons with comer reflectors--this ga·ve the vo.inds aloft…
  • p. 205 …In the early flights at Alomorgodo, starting in June, 1947, we used radar targets to track…
  • p. 206 …The tracking was to be done by the Watson Labs radar for the V-2launches, etc…
  • p. 226 …projects -- one, the radar project from Watson Laboratories that was set to track the V-2…
  • p. 231 …Instead, the idea was that Peoples would provide tracking on the balloons with radar targets and…
  • p. 232 …so I'm quite sure that as a result of the failure of the radar tracking…
  • p. 246 …which the tracking of the flights was to be done by radar, tracking corner reflector targets…
  • p. 247 …To fly meteorological balloons, tracked by a Watson Lab radar on the ML-307B targets that…
  • p. 249 …The radar tracking turned out to be abysmally poor. I don't know why, but they…
  • p. 250 …flights which were to be tracked by radar, and the radar was unsuccessful. It's my…
  • p. 255 …our operation, we depended on radiosons and where we could get radar tracking for tracking air…
  • p. 266 …transmitters tracked by the SCR-658, the old bed springs; and then the radar wind. Ray…
  • p. 277 …The article in the paper talks about the use of reflectors for tracking purposes-the radar…
  • p. 323 …He tried to track the balloons using multiple radar targets.29 A radar target was a…
  • p. 325 …for improved balloon tracking and plotting. This eliminated the need for radar "comer reflectors" on the…
  • p. 326 …If it was to be tracked by radar for wind-speed measurement, a single corner reflector…
  • p. 329 …coordinated radar activities.43 Additionally, some of the details discussed (balloon sighting in Colorado, tracking by…
  • p. 454 …Used •••••••••••••••••••••••••••••••••••••••••• 65 Radio Direction-Finding ••••••••••••••••••••••••••••••••· 56 Radar and Optical Tracking •••••••••••••••••••••••••••••• 87 VI. Instrumentation ••••••••••••••••••••••••••••••••••••••••••• 67 Altitude Determination…
  • p. 455 …Positioning of balloon during flight be determined by ground tracking such as radar or radio direction…
  • p. 517 …Radar and Optical Tracking. Because of their limited range. ground radar sets and theodolites were only…
  • p. 567 …Radar~ RDF and theodolite were used to track the balloon.
  • p. 575 …Using radar and helicopter that balloon was tracked for nearly 2 hours at an altitude of…
  • p. 599 …switch, use of, !,2! Radar tracking, '15. 86 Radio direction-finding airborne, .!!.• 103, 110
  • p. 600 …60, 75 Tracking aircraft, 5, 7, 11, 12, 13-20, 86, 103 radar, 86, 75 radio…
  • p. 639 …APQ-13 radar, mounted atop a B-17, will greatly augment the horizontal tracking and will…
  • p. 672 …17 with top~ounted radar to search above the plane for tracking. Depending upon the noise…
  • p. 739 …When available, ground radar has been used in tracking the balloons, with good results. A series…
  • p. 841 …Tracking Projects: (l) Radar Tracking Set AN/MPS-6 • A letter was received from Watson Laboratories…
  • p. 842 Permission to use the MPS-6 in tracking further V-2 missiles having been received, plans…
  • p. 858 …SCR-658 Theodolite • • • • Aircraft Radio Compass • • • • • • • • • • • • • 52 • • • • • • • • • • • • 53 Radar • • • • • • • • • • • • • • • • • • • 53 Altitude Determination •••••••••••••• 53 Olland Cycle Pressure…
  • p. 907 …add radar targets (corner reflectors) to the flight train for such tracking. Using radar. the elevation…
STATEMENT OF WITNESS
Date: 8 Jwt 94 Place: NM
C/3!_4
I, Charles B Moore, hereby state that Jeffrey Buder, was identified as a Colonel, USAF and fun
McAndrew, was identified as a Lieutenant, USAF on this date at my home and do hereby,
volwttarily and of my own free will, make the foDowing statement This is done without having
been subjected to any coercion, unlawful influence or unlawful inducement. 0 {!> Jv!.
GeNII was the Project Engineer for the NYU balloon project during the 1947 time frame. I was not
aware that the project had the name MOGUL until1992 when I was contacted by an individual
who was working on some research related to the "RosweD Incident" and the relationship to the
NYU balloon project. Our only purpose for the NYU group was to develop constant level
balloons. In the early flights at Alomorgodo, starting in June, 1947, we used radar targets to track
the balloons (not all the balloons had targets). Some of the targets were apparently manufactured
by a toy or novelty company. Ed Istvan was the procurement officer and he had contacted some
company that extruded toothpaste tubes as weD as radar chaff. The early balloons were made of
neoprene and manufactured primarily by the Dewey Almy company in Cambridge and 1M
Kaysam company. Dewey balloons were 'dip type and the Kaysam ones were cast in a mold. The
neoprene balloons were susceptible to degradation in sunlight turning from a translucent milky
white to a dark brown . Some of the material would ahnost look like dark gray or black flakes or
ashes after exposure to the sun for only a few days. The balloon material and radar target material
would be scattered after returning to the earth depending on the surface winds. The balloon
material also had a peculiar acrid odor due to plasticizers and anti-oxidants. There is a recoDection
from another procurement person (Peterson) that he had obtained radar reflectors from a toy
manufacturer. I have a specific recoDection of reinforcing tape appHed to the scams of the
reflectors that had some symboJs such as arcs, flowers, circles and diamonds. These were pinkish
in color. To my knowledge, there were no radar rctlectors in New Mexico in 19471ilce the ones
we used 1mtil the NYU group arrived. The Columbia group was primarily involved in developing
low frequency microphoocs for long rmge detection of explosions. There was intense preSsure for
these developments, the constant altitude balloons and the microphone gear. I was involved in
1945 in China-Burma-India for the installation and maintaining of weather equipment in the war
against Japan. Our subsequent work with the balloons and microphones was highly classified and
we didn't know that there was a project name until1992. Concerning the make up of the balloon
trains, we used braided or twisted nylon lines-there were no monofilament tines during the 1947
time frame. Some of the balloons in early J1me carried radar targets for tracking purposes since
we did not have radiosonde ~ with us. Some also carried sonobouys for detecting the
pressure waves where we didn't have the Watson Lab microphone gear. AD the radiosondes were
coverend in white painted cardboard; I don't recall the color of the sonobouys but I betievc they
were covered in metal. On review of the photos in the Randle/Schmitt book, the material looks
like one of our balloon and target assembHes. The wooden beams were made of a balsa wood that
had been coated in an Elmcrs-like glue. The targets had eyelets where the various strings were
attached. The 307(B) model was more of an alumin\DD foil material than thc 307(C) model,
which was more of an aluminized paper. The targets we used appeared more fragile than the later
c:rs,-vf

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FOIA release, from the osd collection. The PDF is mirrored here; the original link is under it. 993 pages are in the text index: search them above, or from the library's search.