PDF documents from Rogallo Files, the book

This section brings together the documents that support Rogallo Files: letters, patents, NASA reports, photographs and archive material quoted throughout the book. They are grouped by chapter, and each file can be downloaded as a PDF, so readers can check every claim against its original source. We chose to publish these sources rather than simply cite them: history should rest on documents that anyone can read and check.

The team

Documents

Chapter 1: At NASA

  • ana-01.pdfRogallo demonstrating Flexikites as gliders. — 359,65 Ko
  • ana-02.pdfArtist impression of the Paraglider Development Program. — 615,93 Ko
  • ana-03.pdfA parasail in a wind-tunnel. — 2,14 Mo
  • ana-04.pdfRyan Fleep and Flex Bee. — 122,89 Ko
  • ana-05.pdfNASA Paresev. — 52,95 Ko
  • ana-06.pdfFrancis Rogallo with wings that were not his inventions. — 403,80 Ko
  • ana-07.pdfNASA reports on parasails. — 1,30 Mo
  • ana-08.pdfResearch was conducted on various Parasail configurations. — 158,19 Ko
  • ana-09.pdfIrvin Parachute Delta II Parawing. — 88,85 Ko
  • ana-10.pdfEvidence of Rogallo, Miller and Palmer communication. — 376,55 Ko

Chapter 2: Before NASA

  • bna-01.pdfLavezzari and Platz hang gliders. — 820,82 Ko
  • bna-02.pdfFlexikite shown with illegal patent number labels. — 528,53 Ko
  • bna-03.pdfRejection letter for the first Rogallo Flexible Kite patent. — 2,15 Mo
  • bna-04.pdfRogallo amendments to their first Flexible King patent. — 803,53 Ko
  • bna-05.pdfPhoto and diagram of the Rogallo patented kite in flight. — 58,72 Ko
  • bna-06.pdfPhotos of the Doplex Flexikite. — 436,22 Ko
  • bna-07.pdfPictures of the Comet Flexikite. — 115,00 Ko
  • bna-08.pdfDrawing of the Jet and Rocket Flexikites. — 941,67 Ko

Chapter 3: Building the Myth

  • btm-01.pdfPictures of the "kitchen curtain" kite. — 400,41 Ko
  • btm-02.pdfScreenshots: From Kites To Wings. — 80,63 Ko
  • btm-03.pdfWingman, the Francis Rogallo Story. — 104,62 Ko
  • btm-04.pdfMagazine covers from the USA. — 736,74 Ko
  • btm-05.pdfBook covers from the USA. — 561,34 Ko
  • btm-06.pdfLow & Slow cover of issue #1. — 197,17 Ko
  • btm-07.pdfD. Kilbourne Dickenson Glider. — 156,91 Ko
  • btm-08.pdfLavezarri and Platz gliders called "Rogallo wings". — 347,00 Ko
  • btm-09.pdfOtto History newsletter. — 482,47 Ko
  • btm-10.pdfDickenson Glider at the Lilienthal Meet. — 90,59 Ko
  • btm-11.pdfR. Hawke article on the Lilienthal Meet. — 875,62 Ko
  • btm-12.pdfEarly Dickenson Glider appearances in the American Water Skier magazines. — 251,77 Ko
  • btm-13.pdfCover of books evoking B. Bennett and B. Moyes. — 5,36 Mo
  • btm-14.pdfB. Bennett in The Big Blue Sky. — 341,05 Ko
  • btm-15.pdfOther magazines and books cover. — 4,52 Mo
  • btm-16.pdfCatch the Wind, history section. — 1,24 Mo
  • btm-17.pdfFAI/CIVL rules, 1st hang gliding World championship. — 144,90 Ko
  • btm-18.pdfScreenshots. Rogallo-Moyes-Dickenson interview. — 528,13 Ko
  • btm-19.pdfDickenson fax to Channel 9. — 138,23 Ko
  • btm-20.pdfRogallo kite and Jalbert wing compared. — 101,62 Ko
  • btm-21.pdfPopular Mechanics. Jalbert testing his parachute. — 3,06 Mo
  • btm-22.pdfFrom the The Rogallo Foundation website. — 271,74 Ko
  • btm-23.pdfRogallo article in DHV Info. — 284,51 Ko
  • btm-24.pdfThe Rogallo Foundation Hall of Fame diploma. — 125,92 Ko
  • btm-25.pdfScreenshots: C. Jöst documentary Rogallo. — 937,59 Ko
  • btm-26.pdfScreenshots: documentary Francis Rogallo, Inventor of the Flexible Wing. — 103,02 Ko
  • btm-27.pdfG. Henderson's Concise Revised History of Hang Gliding. — 2,93 Mo

Chapter 4: Various Documents

  • doc-01.pdfMarch 1951 Ford Times. First Flexible Kite. — 2,10 Mo
  • doc-02.pdfMay 1952 Mechanix Illustrated. Go fly a kite. — 1,17 Mo
  • doc-03.pdfAugust 1956 Air Scoop. — 2,15 Mo
  • doc-04.pdfFlee and Flex Bee articles in Aviation Week and Popular Mechanics magazines. — 1,05 Mo
  • doc-05.pdfAugust 1963 Langley NASA Researcher. Rogallos Large Cash Award article. — 4,17 Mo
  • doc-06.pdfOctober 1963 front page of the The Daily Examiner. — 748,30 Ko
  • doc-07.pdfParaglider relevant sections from: On The Shoulder of Titans. — 952,98 Ko
  • doc-08.pdfParaglider relevant sections from: On The Frontier. — 203,06 Ko
  • doc-09.pdf1987 Rogallo. North Carolina Hall of Fame reception address. — 338,52 Ko
  • doc-10.pdf1990 Rogallo. A Brief History of Hang Gliding and Paragliding. — 275,93 Ko
  • doc-11.pdf1989 Rogallo. A Brief History of Hang Gliding and Paragliding. — 302,95 Ko
  • doc-12.pdf1991 Rogallo. Wakayama Address. — 437,55 Ko
  • doc-13.pdfAnd The World Could Fly. — 99,44 Ko
  • doc-14.pdfNASA Oral History Project; R. Thompson interview transcript. — 542,43 Ko
  • doc-15.pdfD. Barish interview in Hang Gliding & Paragliding magazine. — 123,55 Ko
  • doc-16.pdfParaglider relevant sections from: NASA First A. — 176,66 Ko
  • doc-17.pdfHow NASA Tried and Failed to Land Without Parachutes. — 1,66 Mo
  • doc-18.pdfAerostructures Skiplane. — 699,96 Ko
  • doc-19.pdfDavid Barish with his Sailwing. — 84,48 Ko
  • doc-20.pdf1922 Puy-de-Combegrasse meeting. — 1,78 Mo
  • doc-21.pdfNASA claim that Sled kites are Rogallo wings. — 180,83 Ko
  • doc-22.pdfEvolution of Dickenson Gliders. — 412,19 Ko
  • doc-23.pdfThe Chiringa. Popular Science magazine. — 1,39 Mo
  • doc-24.pdfThe Chiringa. The Complete Book of Kite and Kite Flying. — 923,84 Ko
  • doc-25.pdfSkywings - Did we really fly Rogallo wings? — 1,68 Mo
  • doc-26.pdfAllison’s Flexible Kite and its evolutions. — 597,58 Ko

Chapter 5: Patents of Interest

  • pin-01.pdfF. Lischtiak 1903. Patent US 743,301. — 252,25 Ko
  • pin-02.pdfU. Lee and W. Darrah 1911. Patent US 989786. — 484,17 Ko
  • pin-03.pdfH. Guillo 1912. Patent US 1,029,010. — 135,24 Ko
  • pin-04.pdfG. Denbigh 1924. Patent GB 213,981. — 141,28 Ko
  • pin-05.pdfF. Dudon 1924. Patent FR 585,513. — 284,71 Ko
  • pin-06.pdfD. Hurlburt 1928. Patent US 1,685,422. — 355,45 Ko
  • pin-07.pdfC. Dahl 1927. Patent US 1,632,822. — 365,92 Ko
  • pin-08.pdfE. Hoffman 1930. Patent US 1,780,190. — 399,82 Ko
  • pin-09.pdfR. Hart 1938. Patent US 2,117,319. — 295,04 Ko
  • pin-10.pdfJ. Overbeke Patent US 2,258,797. — 206,71 Ko
  • pin-11.pdfR. Bach 1941. Patent US 2,463,135. 1949. — 196,04 Ko
  • pin-12.pdfG. Wanner 1951. Patent US 2,537,560. — 186,55 Ko
  • pin-13.pdfW. Green 1957. Patent US 2,785,870. — 303,67 Ko
  • pin-14.pdfC. Craigo et al. Patent US 3,140,842. — 299,99 Ko
  • pin-15.pdfP. Girard 1964. Patent US 3,135,483. — 256,35 Ko
  • pin-16.pdfP. Girard 1964. Patent US 3,135,482. — 748,88 Ko
  • pin-17.pdfJ. Dickenson 1963. Patent application. — 819,29 Ko
  • pin-18.pdfJ. Fink 1965. Patent US 3,198,458. — 230,65 Ko
  • pin-19.pdfP. Girard 1967. Patent US 3,306,559. — 252,58 Ko
  • pin-20.pdfD. Jalbert 1964. Patent US 3,131,894. — 494,10 Ko
  • pin-21.pdfJ. Forhand 1966. Patent US 3,275,271. — 177,37 Ko
  • pin-22.pdfP. Girard 1966. Patent US 3,269,674. — 178,57 Ko
  • pin-23.pdfP. Girard 1965. Patent US 3,223,361. — 158,88 Ko
  • pin-24.pdfD. Jalbert 1966. Patent US 3,285,546. — 358,42 Ko
  • pin-25.pdfP. Girard et al. 1968. Patent US 3,361,388. — 331,59 Ko
  • pin-26.pdfP. Girard 1968. Patent US 3,381,919. — 241,97 Ko
  • pin-27.pdfH. Woodlief 1968. Patent US 3,384,329. — 510,49 Ko
  • pin-28.pdfW. Everett Jr. 1969. Patent US 3,428,277. — 460,22 Ko
  • pin-29.pdfW. Bennett 1972. Design Patent US 224,248. — 22,99 Ko

Chapter 6: Rogallo/Dickenson Letters

  • rdl-01.pdfF. Rogallo to J. Dickenson correspondence. Sept. 1964. — 102,97 Ko
  • rdl-02.pdfJ. Dickenson to F. Rogallo correspondence. Oct. 1964. — 53,35 Ko
  • rdl-03.pdfJ. Dickenson to F. Rogallo correspondence. Nov. 1964. — 1,89 Mo
  • rdl-04.pdfF. Rogallo to J. Dickenson correspondence. Jan. 1965. — 175,53 Ko
  • rdl-05.pdfJ. Dickenson to F. Rogallo correspondence. Feb. 1965. — 583,49 Ko
  • rdl-06.pdfF. Rogallo to J. Dickenson correspondence. Dec. 1965. — 121,02 Ko
  • rdl-07.pdfJ. Dickenson to F. Rogallo correspondence. Jan. 1966. — 1,68 Mo
  • rdl-08.pdfF. Rogallo to J. Dickenson correspondence. Dec. 1966. — 113,46 Ko
  • rdl-09.pdfF. Rogallo to J. Dickenson correspondence. Dec. 1968. — 141,35 Ko
  • rdl-10.pdfJ. Dickenson to F. Rogallo correspondence. Nov. 1969. — 299,21 Ko
  • rdl-11.pdfF. Rogallo to J. Dickenson correspondence. Jan. 1970. — 174,37 Ko
  • rdl-12.pdfJ. Dickenson to F. Rogallo correspondence. July. 1988. — 230,54 Ko
  • rdl-13.pdfF. Rogallo to J. Dickenson correspondence. Aug. 1988. — 264,23 Ko
  • rdl-14.pdfF. Rogallo to J. Dickenson correspondence. Jan. 1989. — 261,78 Ko
  • rdl-15.pdfJ. Dickenson to F. Rogallo correspondence. Jan. 1989. — 223,05 Ko

Chapter 7: Rogallo's Patents

  • rpa-01.pdfF. Rogallo 1943. Patent US 2,322,745. — 405,77 Ko
  • rpa-02.pdfG. Rogallo et al. 1951. Patent US 2,546,078. — 219,67 Ko
  • rpa-03.pdfG. Rogallo et al. 1956. Patent US 2,751,172. — 126,38 Ko
  • rpa-04.pdfF. Rogallo et al. 1961. Patent US 2,991,961. — 292,21 Ko
  • rpa-05.pdfF. Rogallo 1961. Patent US 3,185,412. — 714,32 Ko
  • rpa-06.pdfF. Rogallo 1965. Patent US 3,194,514. — 627,55 Ko
  • rpa-07.pdfF. Rogallo 1965. Patent US 3,197,158. — 403,03 Ko
  • rpa-08.pdfF. Rogallo 1967. Patent US 3,296,617. — 595,40 Ko
  • rpa-09.pdfF. Rogallo 1968. Patent US 3,396,921. — 339,88 Ko
  • rpa-10.pdfF. Rogallo 1969. Patent US 3,423,049. — 802,42 Ko
  • rpa-11.pdfF. Rogallo 1969. Patent US 3,423,050. — 855,69 Ko
  • rpa-12.pdfF. Rogallo 1969. Patent US 3,429,529. — 956,92 Ko
  • rpa-13.pdfF. Rogallo 1969. Patent US 3,446,458. — 324,13 Ko
  • rpa-14.pdfF. Rogallo 1969. Patent US 3,458,162. — 486,81 Ko
  • rpa-15.pdfF. Rogallo 1969. Patent US 3,460,784. — 313,82 Ko
  • rpa-16.pdfF. Rogallo 1969. Patent US 3,464,652. — 443,25 Ko
  • rpa-17.pdfF. Rogallo et al. 1967. Patent US 3,310,261. — 642,07 Ko
  • rpa-18.pdfF. Rogallo et al. 1969. Patent US 3,443,779. — 267,68 Ko
  • rpa-19.pdfF. Rogallo 1970. Patent US 3,534,931. — 338,20 Ko
  • rpa-20.pdfF. Rogallo 1968. Patent US Re. 26,380. — 440,84 Ko
  • rpa-21.pdfF. Rogallo 1970. Patent US 3,507,464. — 477,93 Ko

Chapter 8: Rogallo's Reports

  • rre-01.pdfIntroduction to Aeroflexibility. 1954. — 521,96 Ko
  • rre-02.pdfCharts from the December meeting with the Langley Committee on General Aerodynamics. 1958. — 374,74 Ko
  • rre-03.pdfFlexible Reentry Gliders. 1960. — 507,03 Ko
  • rre-04.pdfPreliminary Investigation of a Paraglider. 1960. — 933,64 Ko
  • rre-05.pdfFlexible Wing Research and Development. 1962. — 1,46 Mo
  • rre-06.pdfParawings for Astronautics. 1963. — 903,72 Ko
  • rre-07.pdfRésumé of Recent Parawing Research. 1965. — 1,64 Mo
  • rre-08.pdfNASA Research on Flexible Wings. 1967. — 1,36 Mo
  • rre-09.pdfFlexible Wings for Transportation. 1972. — 1,24 Mo

Chapter 9: Rogallo vs Allisson

  • rva-01.pdfW. Allison patent for Flexible Kite. 1956. — 165,34 Ko
  • rva-02.pdfRogallos deposition that they are the inventors of the flexible kite. — 722,91 Ko
  • rva-03.pdfCase forwarded to the Examiner of Interferences. — 486,40 Ko
  • rva-04.pdfRogallo Interference case. — 622,34 Ko
  • rva-05.pdfAllison preliminary statement. — 819,53 Ko
  • rva-06.pdfRogallo preliminary statement. — 477,25 Ko
  • rva-07.pdfExaminer requests additional information from Allison. — 365,10 Ko
  • rva-08.pdfAllison amended statement. — 699,19 Ko
  • rva-09.pdfRogallo concession of priority. — 352,55 Ko
  • rva-10.pdfExaminer register the Rogallo concession of priority. — 382,82 Ko
  • rva-11.pdfExaminer explains Rogallo waiver of right of appeal. — 311,28 Ko
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