Leseprobe Zeitschift Flugsport 1933
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Aircraft Name Aero A-101 Airspeed AS-6 Airspeed AS-8 American
Aircraft Name Aero A-101 Airspeed AS-6 Airspeed AS-8 American Eagle A-129 Arado Ar 66 C Arado Ar 68 E Arado Ar 95 A Arado Ar 95 W Avia 51 Avia BH-33 Avro 594 Avro 626 Avro 643 Beechcraft 17 Bellanca 28-70 Blériot-Spad 111 Blériot-Spad 51 Blériot-Spad 56 Blériot-Spad 91 Bloch MB-200 Bloch MB-210 Boeing 281 (P26 Peashooter) Breda Ba 25 Breda Ba 28 Breda Ba 33 Breda Ba 39 Breda Ba 64 Breda Ba 65 Breguet 460 M4 Breguet Br. 26T Breguet Br. XIX A2 Breguet-Wilbaut 470 T Bristol Bulldog II British Aeroplane Eagle British Aircraft British Aircraft L25 Bücker Bü 131 Bücker Bü 133 Cant Z-501 Cant Z-506 Caproni AP-1 Caproni Ca-100 Caproni Ca-135S Caproni Ca-310 CASA III Caudron C-272 / 273 Caudron C-282 Caudron C-286 Phalene Caudron C-440 to 448 Caudron C-59 / 490 Caudron C-600 / 601 Cierva C-19 Cierva C-30 A Clark GA-43A Comper CLA 7 Consolidated 20-A Consolidated Mod. 17 Fleetster Couzinet 101 de Havilland D.H. 60 de Havilland D.H. 80 de Havilland D.H. 82 de Havilland D.H. 83 de Havilland D.H. 84 de Havilland D.H. 85 de Havilland D.H. 87 de Havilland D.H. 89A de Havilland D.H. 9 de Havilland D.H. 90 Dewoitine D 27 Dewoitine D 370 series Dewoitine D 510TH Dewoitine D 53 Dewoitine D-332/333 Dornier Do 15 Wal Dornier Do 17E Dornier Do 17F Dornier Do 17P Douglas DC-1 Douglas DC-2 Fairchild 91 Fairchild K.R.22C-7E Fairey Feroce/Fantome Farman F-190 / 291 series Farman F-354 Farman F-402 Farman F-480 Fiat AS 1 Fiat BR 20 Fiat CR 20 Fiat CR 30 Fiat CR 32 Fiat G 50 Fiat G 8 Fieseler Fi 156 A / B Fieseler Fi 156 C Fleet 10 Focke-Wulf FW 56 Fokker C.X Fokker -
Inhaltsverzeichnis
Inhaltsverzeichnis Zur Gecchichte das Flugzeugs 7 7 Transavia PI-12 „Airtruk'7PL-12 U „Flying CHINA Mango" 36/570 1. Die Nachahmung des Vogelflugs 77 Harbin C-11 57/572 „Jie-Fang" 57/572 2. Die Vorbilder Nanchang F-6bis 58/572 für den Flug des Menschen 12 BELGIEN „Peking-1" 58/572 3. Die ersten Motorflugzeugprojekte 12 Avions Fairey „Tipsy Nipper" 37/570 4. Die Verwirklichung des Gleitflugs- SABCAS-2 37/570 Voraussetzung für den Motorflug 14 Stampe et Renard SV-4 C 38/570 CSSR 6. Der erste Motorflug der Brüder Wright 75 Aero Ae-02 59/572 6. Die ersten Motorflüge in Europa AeroA-42 59/572 und die Entwicklung der Luftfahrttechnik BRASILIEN Aero 145 60/572 bis zum Jahre 1914 76 AviaBH-3 60/572 7. Der erste Weltkrieg EMBRAER EMB-110 „Bandeirante" 39/570 Avia B-534 67/572 und die Luftfahrttechnik 17 EMBRAER EMB-200/201 „Ipanema" 39/570 AviaB-135 67/572 ITA „Urupema" 40/570 HC-2 „Heli Baby'7HC-102 62/572 8. Der Aufschwung der Luftfahrttechnik Neiva 360 C „Regente"/„Regenta Elo'7 L-13„Blanik" 63/572 in den Jahren 1919 bis 1939 19 „Lanceiro" 40/570 L-60 „Brigadyr" 63/572 8.1. Bauweisen 19 Neiva Paulistinha 56-C/56-D 47/570 L-40 „Meta Sokol" 64/572 8.2. Triebwerke 20 Neiva N-621 „Universal"/T-25 47/570 L-200 „Morava" 64/572 8.3. Aerodynamik 21 L-29 „Delfin" 65/572 8.4. Geschwindigkeiten 22 L-39 „Albatros" 65/572 8.5. Das Verkehrsflugzeug 24 L-410 „Turbolet" 66/572 8.6. -
Flying Ace Activities
Flying Ace Activities AVIATION CURRICULUM GUIDE FOR MIDDLE GRADE LEVELS 4-6 Edited by: Margaret R. Lindman,Ed.D. Professor Northeastern Illinois University Chicago, Illinois Department of Transportation Federal Aviation Administration Office of Human Resources and Management Washington, D.C. 20591 TABLE OF CONTENTS Page ACKNOWLEDGMENTS......................................................................................................iii FAA AVIATION EDUCATION REPRESENTATIVES .......................................................iv STUDY PHOTOGRAPHS .................................................................................................... v SELECTED AEROSPACE TOPICS IN CURRICULUM CONTEXT................................... x INTRODUCTION ................................................................................................................. 1 PROPERTIES OF AIR .......................................................................................................... 5 Fluidity....................................................................................................................... 6 Weight........................................................................................................................ 9 Pressure.................................................................................................................... 11 Expansion and Contraction....................................................................................... 17 Water Vapor/Air Holds Moisture............................................................................. -
Het Grote LUCHTVAARTKENNIS Register
Het grote LUCHTVAARTKENNIS register Het register van het Luchtvaart Historisch Tijdschrift ‘LUCHTVAARTKENNIS’ en de daaraan voorafgaande ‘Mededelingen’ van de Afdeling Luchtvaartkennis van de KNVvL geeft een overzicht van hetgeen in de afgelopen jaren is gepubliceerd, m.u.v. de eerste jaargang, die helaas niet meer te traceren blijkt. Uiteraard is v.w.b. De eerste jaargangen selectief opgetreden, aangezien daarin veel summiere feiten (vliegtuiggegevens etc.) staan, die zo niet achterhaald, dan toch eenvoudiger elders te vinden zijn. Ook de diverse publicaties van het vooroorlogse Nederlandse burgerlucht- vaartregister zijn weggelaten, omdat deze na het verschijnen van het boek ‘75 jaar Nederlandse burgerluchtvaartregisters’ als overbodig kunnen worden beschouwd. Aangezien eerst in 1987 een volledige paginanummering voor het gehele jaar werd ingevoerd, wordt tot dat jaar de vindplaats aangeduid met jaartal en nummer van de betreffende aflevering van de ‘Mededelingen’. Vanaf 1987 geschied zulks per pagina. De in de Luchtvaartencyclopedie verschenen onderwerpen worden aangeduid conform de aflevering waarin deze verschenen. In een enkel geval uit 1985/86 bleek dit niet te achterhalen. Wanneer in een artikel de gehele productie van een bepaalde fabriek wordt weergegeven, wordt volstaan met de vermelding van de fabriek en worden niet de afzonderlijke types vermeld. Bijgewerkt t/m jaargang 66 (2017) Artikel/Onderwerp Jaar/Nummer/Pagina 'Aalsmeer' (PH-TBM) 2014 02 64 Artikel Algemeen 'De Vliegende Hollander' 2014 03 95 Artikel Algemeen 'Eenige -
Internationaler Rundflug 1932
Das Muster Heinkel He 64 war mit insgesamt sechs Exemplaren im Europarundflug 1932 vertreten. Das Foto zeigt die Heinkel- Staffel in Paradeaufstellung in Staaken. Im Vordergrund die C6 (D-2304) von Morzik, dahinter von Massenbachs C6 (D-2303) und die A9 (D-2260) von Seidemann. Die letztgenannte Maschine war als einzige He 64 vollkommen rot gestrichen und hatte die D- Nummer in weißen Lettern aufgetragen. Die anderen Heinkel-Maschinen besaßen cremefarbene Flügel und Rumpfoberseiten; ihre Kennzeichen waren aber in schwarz am hinteren Rumpf angebracht und hoben sich auf Schwarz-Weiß-Fotos kaum von den roten Rumpfseitenwänden ab. (Archiv VFW Bremen) Vor nahezu 90 Jahren: INTERNATIONALER RUNDFLUG 1932 von Günter Frost (ADL) 05.2021 überarbeitete und erweiterte Fassung der Erstveröffentlichung im Fachmagazin JET & PROP Nr. 5/2002 bis 4/2003 In den Jahren 1929 bis 1934 wurde insgesamt viermal der »Challenge International d’Avions de Tourisme« ausge- tragen, im deutschen Sprachraum kurz „Europarundflug“ oder „Internationaler Rundflug“ genannt. Als Veranstal- ter dieser wohl bedeutendsten europaweiten Sportflug-Konkurrenz zwischen den beiden Weltkriegen zeichneten mehrere europäische Aero-Clubs verantwortlich, darunter auch der Aero-Club von Deutschland (AeCD). Ziel des Wettbewerbs war es, die Entwicklung gebrauchsfähiger Touren- und Reiseflugzeuge für den privaten Bedarf an- zuregen und zu fördern. Teilnehmen konnten Sport-und Reiseflugzeuge mit einem Leergewicht bis zu 400 kg. Es wurde dann nochmals un- terschieden zwischen Flugzeugen der 1. Kategorie (Leergewicht über 280 bis 400 kg) und solchen der 2. Kategorie (Leergewicht bis zu 280 kg) – in Anlehnung an die Weltrekord-Klassifikationen der F.A.I. Die ausgeschriebenen Preisgelder stellten die veranstaltenden Aero-Clubs zur Verfügung. -
Paraglider Pilot Ground School P1-P3 BEGINNING FLIGHT (P1) PART 1
Paraglider Pilot Ground School P1-P3 BEGINNING FLIGHT (P1) PART 1: Intro to Paragliding Why fly? Events National International Coupe Icare Types of flying Sledding Obstacle soaring Ridges Buildings Dunes Thermal flying Cross-country Vol biv Competition Tasks Distance Acro Launch types Foot launch Winch Car Boat Balloon Paragliding and You Physical aspects Mental aspects Good judgement Spatial judgement Concern for personal safety Ability to make reasonable decisions A bit of self-confidence (not too much) Positive attitude Will and desire to fly Fear and danger Flying involves risks Risks can be managed Fear is normal Should be manageable Helps us fly safely within our limits Practical learning progression Organizations USHPA CIVL From Past to Present Historical perspective 1 2 3 4 5 6 7 Paragliding realized PART 2: Wings and Gear The Wing The Wing 1 2 The lines 3 and 4 riser systems Overall arrangement The Harness The Harness The Harness Live demonstration Conventional Open Pod Acro Open only Hike and fly Open Pod Safety concerns Spinal protection mousse Airbag The reserve Reserve containers Single Dual The Reserve Design types Round Apex Single canopy Double canopy Rogallo Square Paraglider Care Environmental damage Laying wing on sharp objects Sitting on packed glider Harsh chemicals and dirt Excessive exposure to sunlight Exposure to water and damp storage Pulling on snagged lines Excessive heat Handling abuse Never step on glider or on lines over rocks Avoid allowing leading edge to hit the ground Other Equipment Helmets Full face Back Round -
C a S E F I L E Copy TECHNICAL MEMORANDUMS
17LE COPI j_NO. -W I C A S E F I L E COpy TECHNICAL MEMORANDUMS NATIONAL ADVISORY C0MLITTEE FOR AERONAUTICS No. 623 ELEVENTH RHN SOAPJTG-FLIGHT CONTEST, 1930 B:i Walter Georgii Zeitschrift fr Plugteciinik und. Lotor1uftschiffahrt Vol. 2J, No. 5, March 14, 1931 Verlag von B. Old.enbourg, M!nchen unci Berlin Tashint on Juno, 1931 NATIONAL ADVISORY COMMITTEE FOR AERONAUTICS TECHNICAL MEMORANDUM NO. 623 ELEVENTH RH8N SOARING-FLIGHT CONTEST, 1930* By Walter C.eorgii In 1930 the general conditions considerably increased, the difficulty of a successful cnduct of the contest. The economic situation made it very hard for the various soaring-flight clubs to obtain the requisite funds for participation in the contest. It was also difficult for those in charge to collect sufficient money for the expenses of management. Despite the general eco- nomic depression and the bad. weatb.er (it being possible to fly on only ten of the sixteen contest days, while rain and. clouds prevailed on the remaining days) , the success of the contest was unquestionably great. Progress was manifest not only in the fact that, despite the much less favorable flight conditions, the performances of the previous year were coasiderably excelled, but also by the general improvement in the maximum performances. There were not only outstanding performances by the best pilots., but these met with more competition and were pushed to still greeter performances during the progress of the contest, espe- cially in the endurance flights. With distance flights of over 100 km '(62 miles), Kronfeld is still ahead, but more interest was aroused in this most difficult of all soraing-flight con- tests by the fine performances of a number of younger contes- tants. -
19930094854.Pdf
NOTICE THIS DOCUMENT HAS BEEN REPRODUCED FROM THE BEST COPY FURNISHED US BY THE SPONSORING AGENCY. ALTHOUGH IT IS RECOGNIZED THAT CERTAIN PORTIONS - ARE ILLEGIBLE, IT IS BEING RELEASED IN THE INTEREST OF MAKING AVAIIABLE AS MUCH INFORMATION AS POSSIBLE. NATIONAL ADV ISORY CO .iITTFT T ARONAUTICS. TECHirI CAL 1!IENORANDUhi NO. 560. T} 1929 R}{ÔN SOARING-FLIGHT COHTEST.* By Alexander Lippiech. Soaring-Flight Coefficient as the Performaice Coefficient for Soaring G'iiders Tile limitation of the 1929 contest to performance gliders necessitated the establishment of a formula hich would make it possible to distinguish between eformaice gliders and school and training g1ider. he sinking speed was therefore adopted as the basis for such a distinction, and the requirement was made t:at the s1ni1ng speed CI a p erformance glider should not exceed 0.8 m/S (2.62 ft./sec. ). The question now is to find the simplest possible approxi- mation formula for calculating the .sitiking speed from the eas- ily determined data of a soaring glider. These data are Wing area = F (m2),. Span = b (m), Asp ect ratio. = A = b2/F, Flying weight = c- (kg). These datal can be easily obtained even at the time of entering the contest, thus enabling the calculation of the sinking speed * II TechTl isc llev Beriht des Rhn-3ege1flug_Wettbewerbs 1929. From Zeitschrift fur Flugtechnik und hotorluftschiffahrt, Feb. 28, 1930, pp .92-98. __________- 2 iT AC.A. Technical Memorandum No. 560 with the aid. of a simple formula, while the statements of the builder, as, for example, the data of the customary aerodynamic calculation on the basis of wind-tunnel tests with considera- tion of the always inaccurate residual drag of' the fuselage an tail, afford no guaranty of a correct conclusion. -
Flying Ace Activities
Flying Ace Activities AVIATION CURRICULUM GUIDE FOR MIDDLE GRADE LEVELS 4-6 Edited by: Margaret R. Lindman,Ed.D. Professor Northeastern Illinois University Chicago, Illinois Department of Transportation Federal Aviation Administration Office of Human Resources and Management Washington, D.C. 20591 TABLE OF CONTENTS Page ACKNOWLEDGMENTS......................................................................................................iii FAA AVIATION EDUCATION REPRESENTATIVES .......................................................iv STUDY PHOTOGRAPHS .................................................................................................... v SELECTED AEROSPACE TOPICS IN CURRICULUM CONTEXT................................... x INTRODUCTION ................................................................................................................. 1 PROPERTIES OF AIR.......................................................................................................... 5 Fluidity....................................................................................................................... 6 Weight........................................................................................................................ 9 Pressure.................................................................................................................... 11 Expansion and Contraction....................................................................................... 17 Water Vapor/Air Holds Moisture............................................................................. -
SPORTPLANE BUILDER Tony Bingelis
SPORTPLANE BUILDER Tony Bingelis WHAT does a wood aircraft look like? of construction. Actually, compared to the necessary manhours more freely It can look like an ordinary production metal construction, simple wooden than dollars. airplane ... but it doesn't have to. airplanes are cheaper to build and re- It can look like a perky little biplane, quire little or no special tools and equip- HOW LONG WILL IT LAST? an amphibian, or maybe like a plush low ment other than typical home workshop wing job with a sliding canopy. On the tools. No construction material will last other hand, it might look like something Certainly, most of us have more basic forever .. aluminum corrodes, steel out of the pages of history - a World experience working with wood than we rusts, composites decay, wood decays. War I or World War II fighter, perhaps. have with composites and metal alloys. However, with the proper protective Then again, it might look like a sporty When you complete your wood air- measures you can virtually eliminate open cockpit homebuilt obviously in- craft according to the plans, you will be rusting, corrosion and decay in what- tended for fun flying and airport hop- assured of a very stable structure, one ever material you choose to use. ping. It can even look like a sleek, remarkably resistant to a broad range Wood assembled with good glues speedy, high tech design with a tucked of stress factors ... and best of all it will and adhesives, and treated with protec- up landing gear, controllable prop and be fully paid for, easy to maintain, and tive coatings, can be made to last for loaded with instruments and avionics. -
1/72 AIRCRAFT (RESIN) Quick Reference List Kitbase - Keep Track of Your Kits! (Sample)
1/72 AIRCRAFT (RESIN) Quick Reference List KitBase - Keep track of your kits! (sample) http://www.suisoft.co.uk/kitbase/ ASJA SA-14E Norwegian version (KORA 1/72) AIRCRAFT (RESIN) Kits Austin A.F.T. 3 Osprey RFC (RVHP 1/72) "Upgraded" Supermarine Attacker (CZECHMASTER 1/72) Avia B-158 (RS MODELS 1/72) A.C.A.Z.C.2. Decals Belgium (OMEGA MODELS 1/72) Avia B-534 CSR Zurich (HR MODELS 1/72) AERFER Ariette (DUJIN 1/72) Avia B-534/IV CSR (HR MODELS 1/72) Aero A.14 CSA (HR MODELS 1/72) Avia B-534/IV Schlepp (HR MODEL 1/72) Aero A.14/A.15 (HR MODELS 1/72) Avia BH-2IJ (HR MODELS 1/72) Aero A.26 (Czech) (HR MODELS 1/72) Avia BH-33E/Avia BH-33E-SHS with decals (CZECHMASTER 1/72) Aero A-101 Decals Czech and Spanish Republican (PLANET MODELS 1/72) Avia Bk.534 CSR (HR MODELS 1/72) Aero A-300 (PLANET MODELS 1/72) Avia Bk.534 Luftwaffe (HR MODELS 1/72) Aeromot AMT 200S/TG 14 (DUJIN 1/72) Avia Bk.534 Luftwaffe D-IUIG (HR MODELS 1/72) Aeronautica Lombarda AR (LF MODELS 1/72) Avia Bk.534 Slovakia (HR MODELS 1/72) Aeronca TG-5 with decals (CZECHMASTER 1/72) Avia Bk.534/I CSR (HR MODELS 1/72) Aerostatoplane Zhuschenko ex- (KORA 1/72) Avia Bk.534/I Luftwaffe (HR MODELS 1/72) AGO C.IV. Now with decals! (CZECHMASTER 1/72) Avia Bk.534/I Slovakia (HR MODELS 1/72) Aichi A1A1 "Denko" (A & V MODELS 1/72) Avia Bk.534/II CSR (HR MODELS 1/72) Aichi E 11 "Laura" (PLANET MODELS 1/72) Avia Bk.534/II Luftwaffe (HR MODELS 1/72) Aichi E12A1 seaplane (A & V MODELS 1/72) Avia Bk.534/II Slovakia (HR MODELS 1/72) Aichi F1A1 (A & V MODELS 1/72) Avia Bk.534/III CSR with spats (HR MODELS 1/72) Aichi F1A1 seaplane (A & V MODELS 1/72) Avia Bk.534/III Luftwaffe (HR MODELS 1/72) Aichi H9A1 seaplane (PLANET MODELS 1/72) Avia Bk.534/III Slovakia (HR MODELS 1/72) Albatros C.III with decals (CZECHMASTER 1/72) Avia LM-02 glider (A & V MODELS 1/72) Ambrosini SAI 207 (LF MODELS 1/72) Avia S-199 Mule National Security Corps (KORA 1/72) Anbo IVL Lithuanian bomber and light reconaissance (KORA 1/72) Aviatik 30.24 Berg Triplane (RVHP 1/72) Anbo IVM ski version (KORA 1/72) Aviatik 30.27. -
Archivio.Xlw
ARCHIVIO.XLW MODELLO CAT. PROGETTISTA FONTE DATA AP. ALASUP.AL L.TOT TAVV PROF.ALA NAZ NOTE motore E001 M8bis MOVO OR 1951 88 10,3 70 2 p.conv I E002 M10-CR32 biplano Movo Greti OR 1936 104 15 + 10 77 2 p.conv I E003 M11 movo OR 1945 83 11,4 63 1 p.conv I E004 M12 Pizzigani Movo OR 1942 40,7 9,2 80 1 p.conv I E005 M13 S.79 semiriprod. Pizzigani Movo OR 1938 126 17,1 82,5 2 p.conv. I E006 M14 movo OR 1938 139 17,6 93 1 p.conv I E007 M17 idrovolante movo OR 1948 98 12,2 73,3 1 concavo I E008 A.P.11 Klemm kl35 semiriprod. Piattelli OR 1938 176 39 139 1 concavo I E009 TR.55 Wakef Filipponi Aviominima OR 1947 114 13 79 1 concavo I E010 picchio Aviominima Roma OR 1943 65 5 58,5 1 p.conv. I E011 Parioli Aviominima Roma OR ? 65 3,2 61 1 p.conv, I cerca data E012 P51mustang semiriprod. Aviominima Roma OR ? 67 7.04 59 1 p.conv I cerca data E013 Termic40 Filipponi Aviominima OR 1947 42 2,4 38 1 p.conv. I cerca fonte E014 zanzara Aviominima Modell.13 1948 1948 51 2,6 37 1 p.conv. I E015 Zanzarone Aviominima Roma OR 1943 75 6,8 56 1 concavo I E016 Stinson 150 semiriprod. Aviominima Roma OR 1947 74 6,8 56 1 p.conv. I cerca fonte E017 Macchi MB308 Aviominima Roma OR ? 81 9 54 1 p.conv.