Les Hydravions CAMS
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Nom De L'avion : Cams 37-2 Type D'avion : Hydravion D'observation Triplace MOTORISATION : Lorraine-Dietrich 12Ed
Nom de l'avion : Cams 37-2 Type d'avion : Hydravion d'observation triplace MOTORISATION : Lorraine-Dietrich 12Ed Moteur de 12 cylindres en V inversé refroidi par liquide Puissance développée: 1050 ch au décollage, 1100 ch à 3700 m et 2950 ch ARMEMENT 2 mitrailleuses Lewis en bossage 2 mitrailleuses Lewis en position dorsale 4 bombes de 75 kg sous les ailes PERFORMANCES Vitesse maximale= 175 km/h au niveau marin - 170 km/h à 2000 m Temps montée= 1000 m en 8' - 2000 m en 19' - 3000 m en 42' Plafond pratique= 3400 m Rayon action= 6h à 1000 m DIMENSIONS Envergure : 14,50 m Longueur : 11,45 m Hauteur : 4,20 m Surface alaire : 59,90 m2 MASSES Vide : 2170 kg Charge : 3000 kg Maximal : 3125 kg HISTOIRE Le CAMS 37 était un hydravion entre-deux guerres construit en France qui a vu le service répandu dans l'aéronavale française à la fois à la maison et à l'étranger. Au moins un exemple volait toujours dans une unité de Vichy en 1942. Bien que peut-être pas aussi connu que d'autres hydravions français tels que le Farman Goliath, le CAMS 55 ou le Breguet Bizerte, pratiquement tous les pilotes français de l'époque aurait volé un , le type en cours de déploiement dans les Antilles, l'Indo-Chine et Tahiti et à bord du navire. Conçu à l'origine pour la reconnaissance militaire, trois versions principales ont été produites en série et plus tard utilisées dans un certain nombre de rôles secondaires, y compris la liaison et de la formation. -
GQ WW2 Aircraft Data
General Quarters Aircraft *=Carrier capable **=Catapult floatplane/amphibian/flying boat ***=Land -based flying boat/seaplane Type Mission Cruising Endurance Tactical Ceiling AA Bombload Speed (Map Speed Strength (Hexes/Map Turns) ("/Game Turn) Turn) Argentina Hawk H75-O F/FB 9 5/7 28” C 2 1x 500 lb For G.55* – see Italy; for Walrus – see Great Britain, for J2F Duck – see United States Australia B-339-23 F/FB 10 5 29” H 2 2x 100 lb P-43 Lancer F/FB/R 14 4/6 35” C 2½ 2x 100 lb Boomerang F/R 13 5/6 30” C 2½ Beaufighter 21 F/FB 13 6/8 33” H 2½ [4] 2x 500 lb Beaufort V/VA/VII B/R/T 12 6 23” H ½ Stick/Torpedo Beaufort VIII B/R/T 12 7 23” H 1 Stick/Torpedo Lincoln Mk.30/30A/31* B 13 7 22” C ½ 7 Sticks Mosquito FB.Mk. 40* F/FB 15 6/9 38” C 2 ½ 4x 500 lb CA-1 Wirraway F/FB/R 9 5 20” M ½ 2x 250 lb CA-16 Wirraway D 9 5 20” M – 3x 500 lb CA-11 Woomera B/R/T 12 10 24” M ½ Stick/torpedo S.23 Empire (C-Class) P/C*** 8 5 18” H – 1 platoon/¼ unit For Demon, Bulldog II/IIA, Gladiator, Hurricane I, Beaufighter IC, Spitfire VC, Firefly FR I, Sea Fury FB.11*, Meteor F8, Audax, Wapiti, Lysander, Battle, Halifax II/V, Halifax III/VI, Baltimore, Anson, Sunderland, G Class, Walrus/Seagull - See Great Britain; for P-39D, Mustang 20* (P-51D), A-20C, B-25J, PBM Mariner, OS2U Kingfisher – See United States Austria CR.32 F/FB 10 3 22” H 1 1x 250 lb Belgium Fox B 7 5 15” M ¼ 1x 500 lb. -
The Hopes and the Realities of Aviation in French Indochina, 1919-1940
University of Kentucky UKnowledge Theses and Dissertations--History History 2017 THE HOPES AND THE REALITIES OF AVIATION IN FRENCH INDOCHINA, 1919-1940 Gregory Charles Seltzer University of Kentucky, [email protected] Author ORCID Identifier: https://orcid.org/0000-0001-6668-0764 Digital Object Identifier: https://doi.org/10.13023/ETD.2017.313 Right click to open a feedback form in a new tab to let us know how this document benefits ou.y Recommended Citation Seltzer, Gregory Charles, "THE HOPES AND THE REALITIES OF AVIATION IN FRENCH INDOCHINA, 1919-1940" (2017). Theses and Dissertations--History. 49. https://uknowledge.uky.edu/history_etds/49 This Doctoral Dissertation is brought to you for free and open access by the History at UKnowledge. It has been accepted for inclusion in Theses and Dissertations--History by an authorized administrator of UKnowledge. For more information, please contact [email protected]. STUDENT AGREEMENT: I represent that my thesis or dissertation and abstract are my original work. Proper attribution has been given to all outside sources. I understand that I am solely responsible for obtaining any needed copyright permissions. I have obtained needed written permission statement(s) from the owner(s) of each third-party copyrighted matter to be included in my work, allowing electronic distribution (if such use is not permitted by the fair use doctrine) which will be submitted to UKnowledge as Additional File. I hereby grant to The University of Kentucky and its agents the irrevocable, non-exclusive, and royalty-free license to archive and make accessible my work in whole or in part in all forms of media, now or hereafter known. -
Nasa.Gov/Search.Jsp?R=19740027166 2020-03-23T02:10:34+00:00Z
https://ntrs.nasa.gov/search.jsp?R=19740027166 2020-03-23T02:10:34+00:00Z NASA CR-134596 FRACTURE CONTROL METHODS FOR SPACE VEHICLES Volume I Fracture Control Design Methods BY A.F. Liu REPRODUCED BY NATIONAL TECHNICAL INFORMATION SERVICE U. S. DEPARTMENT OF COMMERCE SPRINGFIELD, VA. 22161 Cr; OF: PI *z1-1 m Ff 1x1 t.Q 1-1 Prepared for -4 = i a), mkrzr * I.nmu.5dw NATIONAL AERONAUTICS AND SPACE ADMINISTRATION =lIJ-1 I-I U .ri rn+mor! r Filffiid I IrlII-U Pi U U 4 1-rl 5 5 t PIO-Qh NASA Lewis Research Center Contract NAS 3-16765 FRACTURE CONTROL METHODS FOR SPACE VEH l CLE S Volume I Fractu re Control Design Methods by A. F. Liu Contract NAS3- 16765 NASA Lewis Research Center Cleveland, Ohio August 1974 * 1 Report No 2 Government Access~onNo 3 Reclptent s Cataloq No NASA CR-134596 4 Tttle and Subt~tle 5 Report Date Fracture Control Methods for Space Vehicles Volume I, August 19 74 Fracture Control Design Methods 6 Perforrntng Organlzatton Code 7 Author(s1 A.F. Liu 8 Perforrn~ngOrganlzatlon Report No SD 73-SH-0171-1 9 Perform~ngOrgantzatlon Name and Address 10 Work Unit No Space Division Rockwell International Corporation 11 Contract or Grant No Downey, CA 90241 NAS 3-16765 12 Sponsor~ngAgency Name and Address 13 Type of Report and Pertod Covered National Aeronautics and Space Administration Contractor Report .June 1972 through March 1974- 21000 Brookpark Rd. 14 Sponsortng Agency Code Lewis Research Center, Cleveland, OH 44135 15 Supplementary Notes Project Manager, Gordon T. -
1930-1934 Flights
Saigon – Bangkok – Amsterdam – Paris 1-12 January 1930 For the second departure of the combined Air Asia-KLM Saigon- Paris service via Bangkok, a two-line, framed cachet was employed to mark letters. It meant “by Dutch airmail.” The second departure occurred on New Year’s Day 1930. POSTAL MARKINGS SAIGON-CENTRAL COCHINCHINE 1-1 30 airmail and registration labels “by Dutch airmail” handstamp REVERSE PARIS 43 R. LITTRE 14-1 30 Saigon – Bangkok – Amsterdam – Paris 16-25 January 1930 For the third Air Asia-KLM service to Europe, the flight started at Saigon on 16 January. Mail arrived at Paris on 25 January. The “by Dutch airmail” cachet was always struck in red for the third airmail service. After this flight, the service was suspended until the fall of 1930. POSTAL MARKINGS SAIGON-CENTRAL COCHINCHINE 15-1 30 airmail and registration labels “by Dutch airmail” handstamp REVERSE SAIGON-CENTRAL COCHINCHINE 15-1 30 AJACCIO CORSE 28-1 30 Hanoi – Tourane – (Saigon) 12-14 April 1930 While the main purpose of the military’s 12-14 April flight was to transport mail to the S.S. Athos II at Saigon, some mail was delivered to Tourane, an intermediate stop on the Hanoi – Saigon route. POSTAL MARKINGS HA-NOI R.P. TONKIN 12-4 30 airmail label “Unknown” and “Return to Sender” handstamps REVERSE HA-NOI R.P. TONKIN 17-4 30 Hanoi - Saigon 25 April 1930 A military plane left Hanoi on 25 April carrying the mail to Saigon in order to make connections with the boat departing for Marseille. -
FRENCH PRE-WAR REGISTER Early Companies: CMA – Compagnie Des Messageries Aeriennes. Commenced 1.5.19 Paris-Lille; Paris-Londo
FRENCH PRE-WAR REGISTER Version 120211 Early Companies: CMA – Compagnie des Messageries Aeriennes. Commenced 1.5.19 Paris-Lille; Paris-London 26.8.19 (JV with Handley Page Transport). CGT – Compagnie Generale Transaerienne. Formed in 1909 to operate airships. Op Paris-London in 1920 in JV with AT&T. CGEA – Compagnie des Grands Express Aeriens. Formed 5.19 by Lt Villier and other air force officers. Paris-London wef 5.3.20. Compagnie Latecoere. Formed 24.12.18 to fly Toulouse-Barcelona; to Alicante 25.2.19; to Rabat 20.3.19; to Casablanca 1.9.19. CAF – Compagnie Aerienne Francaise. Nimes-Nice wef 17.4.19; Suspended 8.20. Aero Transport Compagnie Ernoult. Late 1919 operating Salmsons and Sopwiths Bordeaux-Agen-Toulouse-Narbonne- Bezier-Montpellier. Also op associate as Aero Publicite. TASO – Compagnie des Transports Aeriens du Sud Ouest. Formed 7.19; renamed Societe Franco Bilbaise des Transports Aeriens in 1920 (?). Biarritz-Bordeaux 8.19; to Sans Sebastian 9.19. Bayonne-Bilbao wef 13.6.20 Lignes Farman. Paris-London. To Casablanca & Port Etienne 11.8.19; to Copenhagen 13.8.19. Paris-London 9.19; to Briussels Compagnie Aero Transport. Paris-Geneva 1.7.20 in associateion with L’Ecole Aero Suisse (Sopwiths) CFRNA – Compagnie Franco Roumaine de Navigation Aerienne – formed 23.4.20. Paris-Strasbourg 20.9.20 (Salmson/Potez); to Prague 7.10.20. CGA – Compagnie Generale Aeronautique. Formed 1920 Societe des Transports Aeriens Guyannais. Formed 1919 (Levy seaplanes) St Laurent-Snini-Cayenne F-"ALxx" – Lignes Aeriennes Latecoere Note – Cie Generale d’Entreprises Aeronautiques formed 6/21 by Latecoere) F-ALAA Latecoere Breguet 14 (1) 6.20 [[173] M Latecoere, Toulouse F-ALAE Latecoere Breguet 14 (26) 6.20 [198] M Latecoere, Toulouse F-ALAI Salmson 2.A2 (31) 6.20 (141) M Latecoere, Toulouse. -
1910 - HENRI FABRE and the BIRTH of SEAPLANE Henri FABRE (1882-1984) Created the First Seaplane in the World from Zero
Very early on, humans dreamed of flying like birds. Sitting at the controls of his airplane, the Eole, Frenchman Clément Ader was the first man to report having flown using an engine, back in 1890. He was followed by the first controlled flight in a motorized airplane, by the WRIGHT brothers (USA) in 1903. In 1670, many forerunners would take an interest in how to make something heavier than air take flight from the water, and thus launched into the adventure of the flying boat or, as it quickly became known, the seaplane. For example, the manufacturer and pilot Blériot attempted to equip landplanes (like the Blériot II) with floats, but unsuccessfully. 1910 - HENRI FABRE AND THE BIRTH OF SEAPLANE Henri FABRE (1882-1984) created the first seaplane in the world from zero. Unfortunately, his first craft, built in 1908, the Trimoteur (model in the middle of the room), was too heavy to lift out of the water, due to the weight of its three engines. Fabre did manage to get his Canard with floats out of the water and land it on the Etang de Berre on March 28, 1910. The flight was certified in a report produced by a bailiff (copy of the report). A float from the Fabre Canard is on display at the back of the workshop. Henri Fabre, the son of a family of sailors and shipwrights, received financial support for his projects from his family. Once it became too costly to manufacture planes, he devoted himself to the creation of floats for the airplanes of other pioneers and aviators. -
Circular Knitting Machine of the Type Having Two Needle Beds for Knitting Rib Patterned Tubular Fabrics
iuropaisches Patentamt 9J iuropean Patent Office 2) Publication number: @ 036 194 >ffice europeen des brevets EUROPEAN PATENT APPLICATION 2) Application number: 81101871.2 n) Int. CI.3: D 04 B 9/38 22) Date of filing: 13.03.81 @ Priority: 19.03.80 IT 2076980 © Applicant: COSTRUZIONI MECCANICHE LONATI S.p.A. 26.03.80 IT 2093680 ViaS. Polo, 11 1-25100 Brescia(IT) @ Date of publication of application: (72) inventor: Lonati, Francesco 23.09.81 Bulletin 81/38 Via Valsorda 28 1-25100 Brescia(IT) @ Designated Contracting States: DE FR GB @ Representative: Modiano, Guido et al, MODIANO & ASSOCIATI S.A.S. Via Meravigli, 16 1-20123 Milan(IT) @ Circular knitting machine of the type having two needle beds for knitting rib patterned tubular fabrics. In a circular knitting machine of the type having two needle beds or needle-carrying structures (1,8) for knitting plain and purl stitches, the lower needle-carrying structure (1) comprises a cylinder and the upper needle-carrying structure (8) has a substantially bell-like shape and needle tricks (11) of arcuate shape for correspondingly arcuately bent needles (13). The arcuately bent needles (13) are controlled by select- ing jacks (12), in turn controlled by cams (18) arranged around the substantially bell-like structure (8). Such a machine can have the same number of needles (3,13) on both needle- carrying structures (1,8), and accordingly, a higher fineness for a given diameter than traditional cylinder and dial <machines. It also enables knitting loops to be transferred between all of the needles (3,13) in the two structures (1,8), ' both from the purl stitch side to the plain and from the plain 0)stitch side to the purl, thus enabling the knitting of various types of rib pattern, such as 1:1, 2:2, etc., without requiring any jack replacement. -
Cercle Aérophilatélique Français » De Contribuer À Rétablir L’Équilibre
BULLETIN D’INFORMATION Mars 2014 N°63 Cercle SOMMAIRE Aérophilatélique - La poste aérienne au LIBAN p 1 à 15 - Mission Paris - Saigon, Noguès 1930 p 16 à 17 Français - Nouvelles du CAF p 18 à 20 - Reprise des relations aériennes avec l'Égypte Air France (2 sept.1958) p 21 - Autour d’un tract p 22 à 23 - Chronique aérophilatélique p 24 1 Affiche Air France 1959 LE DEVELOPPEMENT DE LA Par Lucien TOUTOUNJI POSTE AERIENNE DU LIBAN 1919- 1945 Avec l'intensification des combats au Moyen Orient pendant la Première Guerre Mondiale, les Ottomans et leurs alliés Allemands ressentirent en 1916 la nécessité de disposer d'une base aérienne avancée. Ils choisirent le site de Rayak, dans la plaine de la Bekaa à une soixantaine de kilomètres à l’Est de Beyrouth pour construire le premier aérodrome du pays, qui après le partage du Moyen-Orient (accords secrets Sikes-Picot entre la France et la Grande Bretagne conclus le 16 mai 1916), prendra le nom d’État du Grand Liban (1 septembre 1920), puis de République Libanaise (23 mai 1926). La position géographique du Liban à l'Est de la Méditerranée et celle de Beyrouth au bord de la mer, en faisaient la porte d'accès naturelle vers les pays d'Orient, en particulier à une époque où le transport aérien de long courrier se faisait encore par hydravion. Le premier courrier aérien connu est une lettre recommandée envoyée depuis une base militaire Indienne dans la région de Bagdad à destination d'Alexandrie en Égypte. Le cachet de départ est celui du bureau de poste militaire Indien 310 daté du 4 août 1919, suivi d'un cachet de transit du FPO 333 près de Bagdad daté du 8 août 1919. -
TMS-MC-015 Revision 30 Page 2 of 104 01 April 2016 * REVISED ** ADDED ______
Lockheed Martin Aeronautics Company Supplier Tooling Manual (Tool Manufacturing Specification - Material Control - 015) TMS-MC -015 Applicable to FORT WORTH – MARIETTA - PALMDALE Sites To the extent specified herein REVISION 30 CONTROLLED AND APPROVED BY: Lockheed Martin Aeronautics Company Supplier Quality Management May 2016 IMPORTANT NOTICE: A hard copy of this document may not be the document currently in effect. The current version is ALWAYS the version on the LOCKHEED MARTIN network. TMS-MC-015 Revision 30 Page 2 of 104 01 April 2016 * REVISED ** ADDED _____________________________________________________________________________ TABLE OF CONTENTS PART I. AIRCRAFT ITEMS AND TOOLING - SELLER REQUIREMENTS *1.0 SCOPE Page 5 *2.0 TOOLING DEFINITIONS Page 6 *3.0 INTERCHANGEABLE-REPLACEABLE (I/R) Page 10 4.0 “TO MATCH” HOLE PATTERNS AND OTHER I/R FEATURES Page 10 *5.0 CONTROL OF RECORDS FOR BUYER FURNISHED TOOLING Page 10 *6.0 REPORTING REQUIREMENTS Page 11 *7.0 CONTROL OF BUYER-FURNISHED TOOLS Page 12 8.0 TOOL QUALITY CODE CATEGORIES Page 13 9.0 TOOL PROTECTION AND STORAGE REQUIREMENTS Page 14 *10.0 SHIPPING AND RECEIVING INSTRUCTIONS Page 14 *11.0 TOOLING PERIODIC INSPECTION AND RE-VERIFICATION Page 16 (PI/V) *12.0 TOOLING PERIODIC INSPECTION AND RE-VERIFICATION Page 18 (PI/V) RECORDS 13.0 BUYER FURNISHED AND SELLER TO SELLER TRANSFER OF TOOLS Page 19 14.0 LOCKHEED MARTIN SUBCONTRACT SOURCE BOOKS Page 19 *15.0 BASIC PRINCIPLES FOR PRODUCTION USE OF TOOLING Page 19 PART II. MANUFACTURED SPECIAL TOOLING ONLY – SELLER REQUIREMENTS 1.0 GENERAL Page 20 *2.0 NON-RECURRING TOOL MANUFACTURING Page 20 3.0 SPECIAL TOOLING INSPECTION AND QUALITY REQUIREMENTS Page 21 *4.0 TOOL IDENTIFICATION AND SHIPPING REQUIREMENTS Page 23 5.0 PROCESS FOR TRANSFER OF TOOL DESIGNS FROM SELLER Page 24 TO BUYER 6.0 SEALING CRITICAL LOCATORS Page 24 *7.0 DUPLICATE TOOL MANUFACTURING Page 24 8.0 INTERCHANGEABLE- REPLACEABLE (I/R) DESIGN AND MANUFACTURING Page 24 9.0 NON (I/R) DESIGN AND MANUFACTURING Page 25 PART III. -
Nationalité Non Détaillée# ? 185/45 216/20
Index des Constructeurs http://www.aero-index.com/ Editions Larivière - Fanatique de l'Aviation Pays >> Constructeur >> Modèle >> Numéro/Page - Spécification (*) (*) A : sujet principal dans l'article ; L : statistiques, listes de production, d'affectation ; Ph : photo ; Ph-c : dont couleur ; Pf : profil couleur ; Pl : plan ; Px : dessin, profil n&b, écorché #Nationalité non détaillée# ... #Nationalité non détaillée# -suite- ? ... AAB -suite- ? ... AAB1 / Ju 88 -suite- 185/45 334/22 216/20 (px) 384/60 253/6 355/56 AAC 452/12 (ph-c) AAC1 Toucan / Ju 52 478/14 171/14 491/14 (ph) 186/4 AR 2 213/6 (ph-c) 441/48 270/40 ASK 27 296/24 235/7 340/14 Baby Bullet 341/24 311/26 342/44 Butler 343/48 225/55 380/36 Command Air S-C-3C 408/20 448/60 (ph-c) 409/52 Finnis 410/14 308/52 410/62 HM 8 411/14 210/51 412/14 MD-12F 413/14 227/6 414/16 Minimoa 416/18 227/14 417/18 Miss Ashley II 443/40 359/26 445/14 Molniya 474/14 (ph) 308/52 MTB-2A Abraham 430/68 Iris 2 Pegaz 208/51 227/6 R11 Cimbora Adams Wilson 227/14 XH-1 Hobbycopter Skyote 218/4 (ph) 389/8 219/4 (ph) Tummelisa 453/10 (ph-c) Ader YC-24 B Avion 470/28 (ph) 251/27 254/23 AAB 367/11 AAB1 / Ju 88 403/20 298/48 Index des Constructeurs http://www.aero-index.com/ Editions Larivière - Fanatique de l'Aviation Pays >> Constructeur >> Modèle >> Numéro/Page - Spécification (*) (*) A : sujet principal dans l'article ; L : statistiques, listes de production, d'affectation ; Ph : photo ; Ph-c : dont couleur ; Pf : profil couleur ; Pl : plan ; Px : dessin, profil n&b, écorché .. -
Aeronautics Nationaladvisorycommttee
. AERONAUTICS EIGHTEENTH ANNUAL REPORT OF THE NATIONALADVISORY COMMTTEE FOR AERONAUTICS 1932 - INCLUDING TECHNICAL REPORTS NOS. 401 TO 440 UNITEOSTATES GO~ PRINTINGOFPICB WASHINGTON: 19~ FcaL=IebytheSnmrintandentofDocmnai%Washfn@n,D.C. - . - - - . PI-Ice$2&l(mmkrmn) . I LETTER OF SUBMITTAL To the &?ww-88oj th6 untied ~e% In compliance with the act of March 3, 1915, which established the National Advisory Committee for Aeronautics, I submit herewith the eighteenth apual report of the committee for the fiscal Year ended June 30, 1932. It is noted that the ccnnmittee reports material and gratifying improvements in aircraft performance and reliability, and that the steady advances in technical development have increased the relative importance of aviation M an arm of national defense and ss an agency of transportation. In the new phase of the industrial age upon which the country is entering, substantial achievements will rest largely on the stimulation given to soienti6c research. The remarkable progress of aeronautics since the war is a demonstration of the valuo and necessity of research. The National Advisory Committee for Aeronautics is the governmental agency for coordinating and con- ducting fundamental research in aeronautics. I concur in the committee’s opinion that America should keep at least abreast of other nations in the development of aviation and believe that the best way to ssaure this is to provide for the continuous prosecution of organized scientific research. HERBERTHOOVER. THE WrrITEHout-m, December 8, 19%??.- In LETTER OF TRANSMI!M’AL NATIONALADVISORYCOMMITTEEFORAERONAUTICS, W(uhington, D. C., November 26, 19%!?. Mr. PRESIDENT: In complirmce with the protilone of the act of Gmgrem approved March 3, 1915 (U.