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Communiqué De Presse
Paris, 6th June 2017 PRESS RELEASE First Flight of Russian Aircraft MC-21 Nexeya supplies avionics integration and simulation tools Russia United Aircraft Corporation (UAC) successfully completed the maiden flight of their new MC-21- 300 commercial aircraft at Irkutsk Aviation Plant airfield. Being a modern aircraft, the MC-21 operates with numerous state of the art computer-controlled systems supporting safety-critical flight functions. While this may have been the first time its complex avionics systems have been tested in flight, they have been successfully integrated and tested on the ground thanks to TechSAT’s Avionics Development System ADS2 platform solution. This ADS2 platform enabled UAC Integration Center to test and validate the full MC-21 avionic suits prior to the first flight. Holistic tests including complex operational scenarios were performed during every phases of the design and development of the program ensuring maximum safety and superior performance of the aircraft. TechSAT (a Nexeya company) is proud to be part of the MC-21 program. «TechSAT solutions were designed and built on schedule; all test rigs were thus completed on time», says Victor SINITSYN, head of section at the UAC Integration Center. «ADS2 is a powerful, flexible, and stable product, to perform all required tests. ADS2 keeps its promises. ADS2 functionality is 100% reliable. TechSAT teams are open and skilled to meet customer needs». Marco Häde, TechSAT director of operations : «The key feature of TechSAT’s solutions for MC-21 simulation systems is the integration of all LRUs involved and the cockpit into a real hardware-in-the-loop setup. -
Air Defence in Northern Europe
FINNISH DEFENCE STUDIES AIR DEFENCE IN NORTHERN EUROPE Heikki Nikunen National Defence College Helsinki 1997 Finnish Defence Studies is published under the auspices of the National Defence College, and the contributions reflect the fields of research and teaching of the College. Finnish Defence Studies will occasionally feature documentation on Finnish Security Policy. Views expressed are those of the authors and do not necessarily imply endorsement by the National Defence College. Editor: Kalevi Ruhala Editorial Assistant: Matti Hongisto Editorial Board: Chairman Prof. Pekka Sivonen, National Defence College Dr. Pauli Järvenpää, Ministry of Defence Col. Erkki Nordberg, Defence Staff Dr., Lt.Col. (ret.) Pekka Visuri, Finnish Institute of International Affairs Dr. Matti Vuorio, Scientific Committee for National Defence Published by NATIONAL DEFENCE COLLEGE P.O. Box 266 FIN - 00171 Helsinki FINLAND FINNISH DEFENCE STUDIES 10 AIR DEFENCE IN NORTHERN EUROPE Heikki Nikunen National Defence College Helsinki 1997 ISBN 951-25-0873-7 ISSN 0788-5571 © Copyright 1997: National Defence College All rights reserved Oy Edita Ab Pasilan pikapaino Helsinki 1997 INTRODUCTION The historical progress of air power has shown a continuous rising trend. Military applications emerged fairly early in the infancy of aviation, in the form of first trials to establish the superiority of the third dimension over the battlefield. Well- known examples include the balloon reconnaissance efforts made in France even before the birth of the aircraft, and it was not long before the first generation of flimsy, underpowered aircraft were being tested in a military environment. The Italians used aircraft for reconnaissance missions at Tripoli in 1910-1912, and the Americans made their first attempts at taking air power to sea as early as 1910-1911. -
National Transportation Safety Committee Ministry of Transportation Republic of Indonesia 2012
FINAL KNKT.12.05.09.04 NNAATTIIOONNAALL TTRRAANNSSPPOORRTTAATTIIOONN SSAAFFEETTYY CCOOMMMMIITTTTEEEE Aircraft Accident Investigation Report Sukhoi Civil Aircraft Company Sukhoi RRJ–95B; 97004 Mount Salak, West Java Republic of Indonesia 9 May 2012 NATIONAL TRANSPORTATION SAFETY COMMITTEE MINISTRY OF TRANSPORTATION REPUBLIC OF INDONESIA 2012 This Final report was produced by the National Transportation Safety Committee (NTSC), 3rd Floor Ministry of Transportation, Jalan Medan Merdeka Timur No. 5 Jakarta 10110, Indonesia. The report is based upon the investigation carried out by the NTSC in accordance with Annex 13 to the Convention on International Civil Aviation Organization, the Indonesian Aviation Act (UU No. 1/2009) and Government Regulation (PP No. 3/2001). Readers are advised that the NTSC investigates for the sole purpose of enhancing aviation safety. Consequently, the NTSC reports are confined to matters of safety significance and may be misleading if used for any other purpose. As the NTSC believes that safety information is of greatest value if it is passed on for the use of others, readers are encouraged to copy or reprint for further distribution, acknowledging the NTSC as the source. When the NTSC makes recommendations as a result of its investigations or research, safety is its primary consideration. However, the NTSC fully recognizes that the implementation of recommendations arising from its investigations will in some cases incur a cost to the industry. Readers should note that the information in NTSC reports and recommendations -
Copyrighted Material
PART 1 The Proton in the East COPYRIGHTED MATERIAL 1 Vladimir Chelomey: From the V1 to Proton Vladimir Nikolayevich Chelomey was born on June 17, 1914 (Julian calendar), or June 30, 1914 (Gregorian calendar) into a family of teachers in Sedletz (Poland). He spent his childhood in Poltava and then moved to Kiev in 1926. At 18 years of age, he finished his studies at the Technicum Automobile of Kiev (Ukraine) and entered the Institut PromEnergetik, studying the internal combustion engine. But the young Vladimir was interested in the then emerging field of aviation. He was accepted into the aerospace faculty at the Kiev Polytechnic Institute (since renamed the National Aerospace University). During his first year, while studying, he also worked as a technician in the subsidiary of the Institute of Civil Aviation. Figure 1.1. Vladimir Chelomey (source: rights reserved) In 1936, while still a student, he published a paper on vector analysis and taught vibration theory to engineers working at the Zaporozhye aircraft engine factory. This production facility, no. 29 (now Motor Sich), had the manufacturing license for French engines Gnome and Rhône at the time. In 1937, a year ahead of his fellow 4 The Proton Launcher students, he successfully received his qualifications from the Institute. He was then accepted to the Institute of Mathematics at The National Academy of Sciences (NAS) of Ukraine where, in July 1939, he presented a PhD proposal in Technical Sciences (“Dynamic Stability of Elements in Aerospace Construction”). In 1940, he was selected by the NAS to be part of a special group of 50 PhD students, bringing together some of the best doctorate candidates in the country. -
Russia and Asia: the Emerging Security Agenda
Russia and Asia The Emerging Security Agenda Stockholm International Peace Research Institute SIPRI is an independent international institute for research into problems of peace and conflict, especially those of arms control and disarmament. It was established in 1966 to commemorate Sweden’s 150 years of unbroken peace. The Institute is financed mainly by the Swedish Parliament. The staff and the Governing Board are international. The Institute also has an Advisory Committee as an international consultative body. The Governing Board is not responsible for the views expressed in the publications of the Institute. Governing Board Professor Daniel Tarschys, Chairman (Sweden) Dr Oscar Arias Sánchez (Costa Rica) Dr Willem F. van Eekelen (Netherlands) Sir Marrack Goulding (United Kingdom) Dr Catherine Kelleher (United States) Dr Lothar Rühl (Germany) Professor Ronald G. Sutherland (Canada) Dr Abdullah Toukan (Jordan) The Director Director Dr Adam Daniel Rotfeld (Poland) Stockholm International Peace Research Institute Signalistg. 9, S-1769 70 Solna, Sweden Cable: SIPRI Telephone: 46 8/655 97 00 Telefax: 46 8/655 97 33 E-mail: [email protected] Internet URL: http://www.sipri.se Russia and Asia The Emerging Security Agenda Edited by Gennady Chufrin OXFORD UNIVERSITY PRESS 1999 OXFORD UNIVERSITY PRESS Great Clarendon Street, Oxford OX2 6DP Oxford University Press is a department of the University of Oxford. It furthers the University’s objective of excellence in research, scholarship, and education by publishing worldwide in Oxford New York Athens -
KB (Design Bureaux)
KB Page 1 Ver. 1.0 KB (Design Bureaux) 1. No. 2. Name 3. Subsidiary 4. Location 5. Branch 6. Ministry 7. Other details 8. Designer 9. Date 10. Source units 1 KB-1, ELEC MRP (1980) radar Kuksenko, 1980 C74 (pp. 466, 492-3) MRP Bunkin 1 KB-1, OAO ARMS VSNKh (1931) KB-1 of Orudiino-Arsenalnogo 1931 G13 Ob"edineniya 1 KB ARMS NKAP (1940) bomb and torpedo for aircraft Shul'gin 1940 G26 1 KB-1, Moscow AERO MV (1950), formed 1950 from SB-1; Moscow air Kuksenko1950- 1950-97 A7 C33 (p. 236) D39 (3/2/93) D25 Tret'e MSM (1953), defence missile systems p/ya 1323; MV 3, ( S.L. Beriya (30/7/94, 24/5/97) C28 (p. 294) D35 Glavnoe MRP (1965) till 1953 when transferred to eng.1950-3), (vol. 1/97, p. 3, N3/97, p. 68) G1 Upravlenie Minsredmash and shortly after to MOP; Yelyan 1953, D63 (22-25/8/97) 11/53 OKB-2 split off (later MKB Fakel); Vladimirskii three separate SKBs split off c1955 1953?, Lukin SKBs-30,31 & 41; became TsKB(MKB) 1954, Chisov 'Strela' & from 1967 TsKB 'Almaz' and 1954-?, now NPO TsKB 'Almaz' Rapletin 1953- 67, Bunkin 1967– 1 KB-1 z-da Moscow OTHER VSNKh (1930) gas warfare equipment 1930 A2 1 Glavkhim 1 KB-1 z-da Moscow AERO VSNKh (1932), based at z-d 1 and joined in 2/39 by Kocherign 1932- 1932-41 C24 C4 E2 G26 1 GUAP (Khodynka) NKTP (1933), OKB of Polikarpov and from mid-1939 41 NKOP (1936), OKO-1 of Mikoyan, which became OKB NKAP (1939) z-da 1 in 12/39; Kocherigin evacuated to Novosibirsk to join Polikarpov in 10/41; source G26 has Kocherigin OKB sent to z-d 156 2/39 1 KB OKB z- Khimki AERO created in reorganization within OKB in 1959-62 D7 (N11-2/96, pp. -
DCS: Su-27 Flanker Flight Manual
[SU-27] DCS DCS: Su-27 Flanker Eagle Dynamics i Flight Manual DCS [SU-27] DCS: Su-27 for DCS World The Su-27, NATO codename Flanker, is one of the pillars of modern-day Russian combat aviation. Built to counter the American F-15 Eagle, the Flanker is a twin-engine, supersonic, highly manoeuvrable air superiority fighter. The Flanker is equally capable of engaging targets well beyond visual range as it is in a dogfight given its amazing slow speed and high angle attack manoeuvrability. Using its radar and stealthy infrared search and track system, the Flanker can employ a wide array of radar and infrared guided missiles. The Flanker also includes a helmet-mounted sight that allows you to simply look at a target to lock it up! In addition to its powerful air-to-air capabilities, the Flanker can also be armed with bombs and unguided rockets to fulfil a secondary ground attack role. Su-27 for DCS World focuses on ease of use without complicated cockpit interaction, significantly reducing the learning curve. As such, Su-27 for DCS World features keyboard and joystick cockpit commands with a focus on the most mission critical of cockpit systems. General discussion forum: http://forums.eagle.ru ii [SU-27] DCS Table of Contents INTRODUCTION ........................................................................................................... VI SU-27 HISTORY ............................................................................................................. 2 ADVANCED FRONTLINE FIGHTER PROGRAMME ......................................................................... -
Sukhoi's Fullback
TECHNOLOGY EXPLAINED Sukhoi Fullback by Dr Carlo Kopp While the region has seen the deployment and from the wide fuselage tunnel. As a result of this manufacture of hundreds of Flankers since the the aircraft’s effective wing loading is much lower early 1990s, all of these have been incremen- than that of aircraft with different configurations. tal developments of the baseline Su-27S and This is reflected in superb high alpha handling and Su-27UB tandem seat airframes. sustained turn rates. The enlarged LERX/canards Since the early 1980s the Sukhoi bureau has been migrated to a range of other Flanker variants, in- developing a family of derivative airframes, which cluding the Su-35, Su-37 and production Su-30MKI. utilise side by side seating. With ongoing industry Experience from initial Su-27K flight testing and speculation about regional buys of these aircraft, trials indicated that major issues would arise with this month’s analysis will explore the features, capa- training pilots for carrier recoveries. Without the bilities and growth potential of the Fullback family large range of aircraft types, and specialised carrier of Flanker derivatives. trainers operated by the US Navy, the Soviet AV-MF needed an aircraft which was identical in handling Sukhoi Su-27KUB to the basic Su-27K but dual seated, without the for- The navalised Su-27K for Korabl’ny was devel- ward visibility impediments of the existing tandem oped for the Project 1143.5 55,000 tonne class air- configuration Su-27UB. craft carrier, of which four were to have been built. Design of the dual navalised combat trainer de- The Su-27K is the Russian equivalent to the US Navy rivative began in 1989, the aim being to produce an F-14, but also important as it was the prototype for airframe suitable for a range of other carrier based design features which migrated to a wide range of roles such as reconnaissance, aerial refuelling, mari- other Flanker variants and derivatives. -
PERSA Working Paper No. 22
Numbered Soviet Aviation Factories, 1921–1941 Keith Dexter University of Warwick [email protected] PERSA Working Paper No. 22 Political Department of Economics Economy Research in Soviet Archives Version: 15 October 2002 Numbered Soviet Aviation Factories, 1921-1941 Keith Dexter World War 1 accelerated the growth of the Russian aviation industry which, towards the end of 1917 employed 10-12,000 people in 27 factories of which, 14 manufactured aircraft, 7 aeroengines, 3 propellers and skis, 2 electrical engine components and 1 aviation instruments. Sources differ from a minimum total of 21 to a maximum of 29 aviation factories but the figures quoted above seem sensible. All these facilities were privately owned. In addition, seven more plants were being built. However aircraft technology had not kept pace with the rest of Europe; all engines and 70% of airframes were still based on foreign designs. In spite of the civil unrest which erupted in 1917 1,099 aircraft and 374 engines were built. The Revolution and Civil War reduced these numbers in 1918 to 225 and 79 respectively and the upheavals wrought by the continuation of the Civil War ensured that only 668 new aircraft and 264 aeroengines were produced during that time; it is understandable that throughout this troubled period aircaft could not be given high prority. Nationalisation of the aircraft industry began slowly in January 1918 and continued until the end of the year at the earliest. In June 1918 Lenin signed a decree to extend the nationalisation to cover all means of production; a lengthy process and one fraught with many problems. -
Print This Page
The Magazine by and for Serving and Ex-RAAF People, Vol 47 and others. Page 13 It’s Elementary. Anthony Element Reflections on Terrorist Alerts. We were sitting in Harvey’s garage. I’ve told you about Harvey; Vietnam Vet, thousand yard stare, a homespun philosopher with a greying ponytail and more than his fair share of tats. He tends to think for a while before he speaks. And he reckons he does his best thinking while listening to the Grateful Dead at volumes that blister the paint on his garage walls. Fortunately, he’s got extremely tolerant neighbours. We’d just cracked our first tinnies of the day and were watching out the door as the sun eased down towards the horizon, tinting a few streaky clouds crimson and gold. Alongside Harvey stood his immaculate, gleaming Harley and beside that stood his equally gleaming, perfectly laid out tool board. I don’t have a tool board at my place. In fact, I don’t even have any tools. My wife says I’m dangerous with a tool in my hand. I don’t really know what to make of that… but on the plus side it does get me out of a fair few home maintenance chores. (See, I’m not as stupid as I look; well, not quite.) Anyway, we watched nature’s light show for a bit, then Harvey says, “What do you make of this heightened terrorism alert.” “Well,” I replied, “I’m not expecting anything too exciting in our street any time soon.” “I guess,” he said, “life must seem fairly simple to anyone who thinks the solution to every problem is to blow something up.” I took a long drink while I thought about it. -
Wonsan Air Festival 2016 TEXT & PHOTOS - PATRICK ROEGIES & JURGEN VAN TOOR
Wonsan Air Festival 2016 TEXT & PHOTOS - PATRICK ROEGIES & JURGEN VAN TOOR The very first air show organized in the DPRK took place in September 2016 at Kalma international airport located in the Wonsan Kumgangsan region. Patrick Roegies & Jurgen Van Toor reports from North Korea. $ A two ship of Su-25K’s fighter bomber passing by during their demonstration flight at the Wonsan Air Festival 2016. Photo by Patrick Roegies 58 59 Wonsan Air Festival 2016 Civil participants The Democratic People’s Republic of Korea The Air Festival event was organized with the (DPRK) is one of the most isolated nations in purpose to promote the spirit of international the world and from an aviation point of view not peace and friendship through a joint passion much is known concerning the aircraft within the towards aviation. Patrick Roegies and Jurgen operational inventory of their Air Force. van Toor report. Until recently there were no air shows in the A wide variety of participants took part in the air Democratic People’s Republic of Korea (DPRK). show. The Wonsan air club, Air Koryo and the Military exercises could only be attended by DPRK Air Force were the main contributors of the DPRK leaders and officials on invitation of the air displays supplemented with remote controlled government. model aircraft and sky diving performances of the Pyongyang Air Club. The very first air show organized in the DPRK took place in September 2016 at Kalma During the Saturday Air Koryo supplied flying international airport located in the Wonsan displays of the Ilyushin Il-18, Ilyushin Il-62, Kumgangsan region. -
Breakthrough Orders Breathe Life Into
R16 Aviation International News • www.ainonline.com September 17-19, 2003 September 17-19, 2003 Aviation International News • www.ainonline.com R17 commonality with the other CFM56-5s cargo variants. The first extended-fuselage An-148 assembly line, AVIC I used in the rest of the A320 family. An-74TK-300, now under assembly at the Kharkov has so far com- ARJ21 KhGAAP factory in Kharkov, will enter pleted the wing box and ANTONOV duty as a freighter for a Ukrainian cargo outer panels for the first An-74TK-300–After completing a 219- hauler. Antonov still has not decided prototype. Ulan-Ude con- mission flight-test program essentially on whether it will offer a stretched version of tinues work on the second schedule, Antonov and the Kharkov State the airplane in passenger configuration. assembly line, while the Aviation Production Company (KhGAPP) The An-74TK-300 uses 14,300-pound- Antonov plant in Kiev won AP-25 certification for the An-74TK- thrust ZMKB Progress D36-4A turbofans, nears completion of the modified to fit into the program’s third fuselage, Antonov under-wing nacelles, whose intended for structural test- An-74TK-300 additional noise-reduction ing. It plans to roll out the panels render the airplane first example this Decem- ICAO Stage 4 compliant. ber and fly it in March. Under the current Show, represents China’s most comprehen- Unlike the D36s found on schedule, the next two prototypes will fol- sive effort to build an international supplier earlier An-74s, the -4A low at four-month intervals. base for an indigenous aircraft.