The Following Is a Summary of the Types of Aircraft for Which the RAF Is

Total Page:16

File Type:pdf, Size:1020Kb

The Following Is a Summary of the Types of Aircraft for Which the RAF Is The following is a summary of the types of aircraft for which the RAF is currently seeking to enable operational use as part of the RAF Transport Fleet at RAF Keevil, subject to the new Tactical Landing Zone development approval and construction; 1. Lockheed Martin C-130J Super Hercules is a four-engine turboprop military transport aircraft, the newest version of the Hercules and the only one still in production, and include new Rolls-Royce AE 2100 D3 turboprops with Dowty R39 composite scimitar propellers, digital avionics (including head-up displays (HUDs) for each pilot), and reduced crew requirements. These changes have improved performance over its C-130E/H predecessors, such as 40% greater range, 21% higher maximum speed, and 41% shorter takeoff distance. 2. Boeing C-17 Globemaster III was developed for the United States Air Force (USAF) from the 1980s to the early 1990s by McDonnell Douglas. It is 174 feet (53 m) long and has a wingspan of about 170 feet (52 m). It can airlift cargo fairly close to a battle area. The C-17 is powered by four Pratt & Whitney F117-PW-100 turbofan engines, which are based on the commercial Pratt and Whitney PW2040 used on the Boeing 757. Each engine is rated at 40,400 lb f (180 kN) of thrust. The engine's thrust reversers direct engine exhaust air upwards and forward, reducing the chances of foreign object damage by ingestion of runway debris, and providing enough reverse thrust to back the aircraft up on the ground while taxiing. Page | 1 3. The Airbus A400M Atlas is a European multi-national four-engine turboprop military transport aircraft. It was designed by Airbus Military as a tactical airlifter with strategic capabilities. The A400M is positioned as an intermediate size between the Lockheed C-130 and the Boeing C-17. Page | 2 .
Recommended publications
  • Gas Turbines: Technological Limits and Future Directions
    Cranfield University Alexander David Nind A Technoeconomic Risk Assessment of Conventional Aero- Gas Turbines: Technological Limits and Future Directions School of Aerospace, Transport and Manufacturing PhD Thesis July 2016 Supervisors: Dr Vishal Sethi Dr Devaiah Nalianda Karumbaiah © Cranfield University, 2016 All rights reserved. No part of this publication may be reproduced without the written permission of the copyright holder Abstract Increasing environmental awareness, uncertain economic climates and fluctuating fuel prices have led to airlines investigating the means to lower aircraft fuel burn, emissions and noise, while maintaining the highest possible safety standards. This is done in order to reduce operating costs as well as a desire to offer customers more environmentally responsible transport options. The jet engine has been a fundamental part of passenger aircraft travel and has evolved to become more efficient and quiet. With an aim to improve the overall efficiency of the gas turbine, the industry has consistently sought to improve thermal and propulsive efficiency. Higher thermal efficiencies have been achieved through increased overall pressure ratios and the turbine entry temperatures, while higher propulsive efficiencies has been achieved through increase in bypass ratios. Conventional technology is however reaching the limits of any further improvements. This study seeks to investigate these design limits for the conventional aero gas turbine and focusses on the propulsion system of short to medium range jet aircraft, specifically catering to low cost airline operations in Europe. A techno-economic risk analysis approach was followed through the utilisation of a flexible multi-disciplinary framework. This allows a multitude of critical parameters and factors to be investigated and their effects established.
    [Show full text]
  • DE FRANCE US TOUR March 17 - May 6, 2017 EDITORIAL by the French Air Force Chief of Staff
    PRESS PACK - FRENCH AIR FORCE PATROUILLE DE FRANCE US TOUR March 17 - May 6, 2017 EDITORIAL by the French Air Force Chief of Staff is a highly symbolic year for the French and American Air Forces alike. 2017 It marks the centenary of the United States’ entry in the Great War, the 70th anniversary of the founding of the US Air Force, I00 years since the death of Georges Guynemer and, more generally, it is a year in which the French Air Force will commemorate the World War I flying aces. All this goes much deeper than outward symbols and commemorations, it under- scores not only the history of cooperation between our Air Forces, but also the fact that that cooperation is now more topical than ever. During World War I, the French and American airmen of the “La Fayette Escadrille” fought side-by-side, building the superiority in the air that was to play such a decisive role in changing the course first of the Battle of Verdun, then the Battle of the Somme, and then, irreversibly, all the battles which followed. Our aviators continue to fight side-by-side in today’s theaters of operations, protec- ting their fellow citizens. In the Levant, in the same Coalition force deployed to combat Islamic State, they fight the same enemy which has attacked innocent civilians both in France and the US. In the Sahel-Saharan Strip, the US Air Force provides support that enables the French forces to track down jihadist groups in a region the size of Europe and to sustain pressure in areas where they are active, thanks to ongoing air operations.
    [Show full text]
  • Safranin 2013
    SAFRAN IN 2013 2013 REGISTRATION DOCUMENT SAFR_1402217_RA_2013_GB_CouvDocRef.indd 1 26/03/14 12:12 Contents GROUP PROFILE 1 1 PRESENTATION OF THE GROUP 8 5.3 Developing human potential 203 5.4 Aiming for excellence in health, 1.1 Overview 10 safety and environment 214 1.2 Group strategy 14 5.5 Involving our suppliers and partners 224 1.3 Group businesses 15 5.6 Investing through foundations 1.4 Competitive position 32 and corporate sponsorship 224 1.5 Research and development 32 5.7 CSR reporting methodology and Statutory 1.6 industrial investments 37 Auditors’ report 226 1.7 Sites and production plants 38 1.8 Safran Group purchasing strategy 43 6 CORPORATE GOVERNANCE 232 1.9 Safran quality performance and policy 43 6.1 Board of Directors and Executive 1.10 Safran+ progress initiative 44 Management 234 6.2 Executive Corporate Officer 2 REVIEW OF OPERATIONS IN 2013 compensation 263 AND OUTLOOK FOR 2014 46 6.3 Share transactions performed by Corporate Officers and other managers 272 2.1 Comments on the Group’s performance 6.4 Audit fees 274 in 2013 based on adjusted data 48 6.5 Report of the Chairman 2.2 Comments on the consolidated of the Board of Directors 276 financial statements 66 6.6 Statutory Auditors’ report 2.3 Comments on the parent company on the report prepared by the Chairman financial statements 69 of the Board of Directors 290 2.4 Outlook for 2014 71 2.5 Subsequent events 71 7 INFORMATION ABOUT THE COMPANY, 3 THE CAPITAL AND SHARE FINANCIAL STATEMENTS 72 OWNERSHIP 292 3.1 Consolidated financial statements 7.1 General information
    [Show full text]
  • Moving the Moving the Moving
    MovingMoving thethe ““AtlasAtlas”” Adapting Siemens TAGMaster to seamlessly move the Airbus A400M tactical heavy lift aircraft Tony Sharp ~ Senior Engineer South Gloucestershire Council • The Airbus A400M “Atlas” is a four-engine turboprop military transport aircraft with STOL capabilities designed, in part, to replace the C-130 “Hercules” • Currently there are orders for 174 aircraft of which the first delivery of Aircraft took place mid 2013 Components are manufactured in Belgium; France; Germany; Spain; Turkey: South Africa and the UK before final assembly of the aircraft takes place in Spain (Seville) • Airbus have a factory at Filton on the South Glos/ Bristol City boundary on the former Bristol Airplane works • Filton is responsible for wing, fuel system & landing gear design within the Airbus group and in particular the composite wing surface manufacture for the A400M • It is a significant employer of “high tech” staff within South Glos (>4,000 on site in Filton with further 10,000 local “linked” jobs) and Airbus are currently making significant investment in the Filton site Early shipments of wings from Filton had been undertaken using the Airbus Beluga fleet Unfortunately an over commitment of these aircraft (and the closure of the Filton runway by its owners BAE) meant that this would not be an option from January 2013 For production of the wings to be viable at Filton the only option was to transport them on road to a purpose built storage building at Royal Portbury Docks from where they are shipped to Spain Initially there
    [Show full text]
  • Driver Training 2 Contents
    Driver training 2 Contents Aircraft components-------------------------------------------Page 3 Commercial aircraft ID---------------------------------------- Page 4-66 Helicopter ID-----------------------------------------------------Page 67-68 Business Jet ID---------------------------------------------------Page 69-74 Light aircraft ID--------------------------------------------------Page 75-77 Military aircraft ID----------------------------------------------Page 78-83 Aircraft Dimensions-------------------------------------------- Page 84-91 Taxiway signage------------------------------------------------- Page 92 Phonetic Alphabet--------------------------------------------- Page 93 Radiotelephony------------------------------------------------- Page 94 3 Aircraft Components Fin (Vertical Stabiliser) Wingtip Rudder Tail (Empennage) Airbrakes / Spoilers (Jet Aileron Elevator engines only) Fuselage Flaps Wind Shield (Cockpit) Horizontal Stabiliser Main Gear Nose Gear Wing Engines (nacelle) Nose (Radar Cone) Undercarriage Airbus A200-100 (Formally CS100) 4 Note Airbus purchased a 50.01% majority stake in the CSeries program in October 2017, with the deal closing in July 2018. The Airbus A220, previously known as Bombardier CSeries (or C Series), is a family of narrow- body, twin-engine, medium-range jet airliners marketed by Airbus but designed and built by the Canadian manufacturer Bombardier Aerospace. Airbus A200-300 (Formally CS300) Key Features • Double Emergency exits over wing • Winglets • Engines appear oversized compared to
    [Show full text]
  • Airbus A400M Atlas Demonstrated in New Zealand the Airbus A400M
    Airbus A400M Atlas demonstrated in New Zealand The Airbus A400M Atlas, the Royal Air Force’s advanced tactical and strategic airlift aircraft, impressed the public, international air forces, and defence chiefs alike in New Zealand over the weekend 25/26 February. This year marks the Royal New Zealand Air Force’s 80th anniversary and the RAF is proud to have been invited to take part in the celebrations at the Ohakea Air Tattoo. Atlas, a highly-capable aircraft, provides a wealth of options in both operational and humanitarian environments. The aircraft played host to a meeting between the heads of the Royal New Zealand Air Force and of the Royal Air Force. Later, gifts were exchanged and both thanked the crew and engineers for bringing the aircraft 11,600 miles from RAF Brize Norton, Oxfordshire, to Ohakea to celebrate a great partnership between the two nations. Air Chief Marshal Sir Stephen Hillier, Chief of the Air Staff, said: ‘As Chief of the Air Staff I am delighted the Royal Air Force has been able to come to New Zealand to help celebrate the 80th anniversary of the Royal New Zealand Air Force. We have a long and rich history together going back over decades, going back over operations, and everything we do today. ‘It is a fantastic new capability for the Royal Air Force, showing our ability to deploy all the way from the UK to the other side of the world really underlines the Air Force’s global mobility capability in support of operations, wherever they might be. We get here quickly and effectively in this fantastic new aircraft.’ The A400M Atlas is the newest aircraft in the RAF’s fleet.
    [Show full text]
  • Military Aircraft Markings Update Number 113, October 2014
    Military Aircraft Markings Update Number 113, October 2014 Serial Type (other identity) [code] Owner/operator, location or fate F5459 RAF SE5a <R> (G-INNY) [Y] Privately owned, Temple Bruer, Lincs KB976 Avro 683 Lancaster B X <ff> RAF Scampton Heritage Centre KF650 Noorduyn AT-16 Harvard IIB <ff> Sywell Aviation Museum PS001 Airbus Zephyr 7 HAPS Airbus Defence & Space/QinetiQ, UK RM221 Percival P31 Proctor IV (G-ANXR) Privately owned, Headcorn SM845 VS394 Spitfire FR XVIII (G-BUOS) [R] Spitfire Ltd, Humberside VF631 Auster AOP6 (G-ASDK) Privately owned, Hibaldstow VX281 Hawker Sea Fury T20S (G-RNHF) [120/VL] Naval Aviation Ltd, North Weald (on repair) WL732 BP P108 Sea Balliol T21 RAF Museum, Cosford XM404 Hunting Jet Provost T3 (8055BM) Privately owned, Bruntingthorpe XP924 DH110 Sea Vixen D3 (G-CVIX) [134/E] Fly Navy Heritage Trust, Yeovilton XV499 McD F-4M Phantom FGR2 <ff> Privately owned, Hixon, Staffs XV673 WS61 Sea King HU5 [27/CU] RN No 771 NAS, Culdrose XV714 WS61 Sea King ASaC7 [188] RN No 854 NAS, Culdrose XW217 WS Puma HC2 RAF No 33 Sqn/No 230 Sqn, Benson XW264 HS Harrier T2 <ff> Harrier Trust, Dorset XW281 WS Scout AH1 (G-BYNZ) [T] Privately owned, Dungannon, NI XW418 BAC Jet Provost T5A (9173M) [MT] RAF Museum, Cosford XX466 HS Hunter T66B/T7 <ff> [830] Guernsey Airport Fire Section XZ185 WS Lynx AH7 Sold to the USA, 2014 XZ307 WS Gazelle AH1 (G-CHBN) Sold to Russia, September 2014 XZ346 WS Gazelle AH1 AAC Middle Wallop, at main gate XZ585 WS61 Sea King HAR3 [A] RAF No 202 Sqn, D Flt, Lossiemouth XZ593 WS61 Sea King HAR3
    [Show full text]
  • Download The
    Vol. XLV · Special Issue 2021 ISSN 0722-3226 EUROPEANEUROPEAN AIRAIR TRANSPORTTRANSPORT COMMANDCOMMAND MILITARY TECHNOLOGY Special Issue 2021· 1 Letter from the Publisher Now, just a few weeks after the summer season started, and with data showing that the number of new coronavirus infections appears to be declining in many parts of the world, I am honoured to present to our worldwide readership our this year’s MILITARY TECHNOLOGY Special “European Air Transport Command”. The prefix ‘EATC’ stands for a unique command par excellance. What appeared in the media since about 2010 is that EATC evolved as a great success story. Last year, at the very beginning of the corona pandemic, EATC celebrated ten years of multinational air mobility, success and excellence. During that period of exciting times, EATC proved as a crucial capability, with seven member states bund- ling their capacities – and joining a single command – to offer large and flexible operational options for air transport, medical evacuation and air-to-air refuelling. In the course of the preparation of the Special Issue, key representatives at EATC HQ in Eindhoven provided most of the individual Chapters, with the information contained herein providing a deep insight into a challenging com- mand and force. I thank all those who were involved in this Special Issue for their kind assistance and support. A unique challenge, EATC herein pro- vides its DNA with great detail and authenti- city. I am convinced that the present Special Issue will offer our readership in NATO, EU and industry a well-profound database about a command that shows potential for extra oppor- tunities in the years to come.
    [Show full text]
  • Raw Materials in the European Defence Industry
    Raw materials in the European defence industry Claudiu C. Pavel & Evangelos Tzimas European Commission, Joint Research Centre Directorate for Energy, Transport & Climate Knowledge for Energy Union Unit - 2016 – Table of contents Acknowledgements ................................................................................................ 2 Executive summary ............................................................................................... 3 1. Introduction ...................................................................................................... 6 1.1 Background ............................................................................................... 6 1.1.1 EU Raw Materials Initiative and critical raw materials ................................ 6 1.1.2 Tackling the raw materials supply risks in Europe's defence industry ........... 7 1.2 Overview of international efforts to identify the raw materials used in the defence industry .............................................................................................. 7 1.3 An overview of the importance of raw, processed and semi-finished materials in the defence industry ................................................................................... 11 1.4 Scope of the study and approach ............................................................... 12 2. Overview of the EU defence industry .................................................................. 14 2.1 General considerations ............................................................................
    [Show full text]
  • El Orden De Batalla En 202 11
    Colectivo Lontra Ejército del Aire Español: el Orden de Batalla en 2021 Nuestra estimación arroja en la segunda mitad de 2021 un inventario de 364 aviones y 43/45 helicópteros. El número de aviones es ciertamente inferior al medio millar que poseía el Ejército del Aire hace dos décadas, pero la proporción de aeronaves de combate frente el total es hoy mucho más favorable. Su distribución organizativa también se ha alterado en los últimos años, sin suprimir bases, mientras la denominación y número de las unidades muestra una obvia tendencia a conservar tradiciones… Los actuales 364 aviones se distribuyen entre 158 de combate (englobando los 3 de patrulla marítima), 19 con capacidad de enseñanza y ataque, 105 de enseñanza, 61 de transporte (pero solo 23 usados como transportes tácticos) más otros 21 de usos varios… No sumamos los 4 RPAS. El conjunto se reparte entre 36 escuadrones agrupados en 14 alas y 8 grupos, habida cuenta de que dos de estos componen una de las alas. La pertenencia de dichas unidades a los mandos de Combate, General y de Personal no es unívoca ni homogénea; solo lo es en el Mando de Canarias. Así pues, renunciamos a mostrarlo en este informe, porque muchas de las alas/grupos pertenecen orgánicamente al Mando Aéreo General, mientras que a efectos de alistamiento y disponibilidad, adiestramiento, evaluación e instrucción, responden ante el Mando Aéreo de Combate (MACOM) o bien –las de escuela y reentrenamiento– ante el MAPER, Mando de Personal. La componente de combate Reuniremos aquí los diez escuadrones de aviones de combate de la Península y el de patrulla marítima, pero no los SF-5B que, aunque poseen una capacidad marginal de ataque, tienen la enseñanza como misión fundamental.
    [Show full text]
  • Wings News 11-12 2021 02 Wings News 11-12 2021
    SkyUp Airlines Boeing 737-700 Thai Airways Boeing 777-300ER Pan American World Airways Douglas DC-4 Interflug Ilyushin IL-62M WINGS NEWS 11-12 2021 02 WINGS NEWS 11-12 2021 Frachttor kann offen und geschlossen dargestellt werden. Freight door can be displayed open and closed. 14,8 cm 1/500 12,6 cm 1/500 535618 534284-001 Air France Boeing 777-300ER - 2021 livery – F-GSQF “Papeete” Airbus Industries BelugaXL (A330-700L) – F-GXLH - XL#2 15,1 cm 1/500 12,4 cm 1/500 535762 535625 Azerbaijan Airlines Airbus A340-600 – 4K-AI08 “Baku-8” British Airways Aérospatiale-BAC Concorde, nose down - Landor colors – G-BOAG Einmalige Auflage Formneuheit Geänderte Neuauflage Limited edition New type New, modified production 50 Modell überwiegend aus Metall Modell überwiegend aus Kunststoff Model mainly made of metal Model mainly made of high quality plastic Tatsächliche Modelllänge Das erste Modell in der Serie zum Actual model length Cover photo: RAAF Roulettes 50. Jubiläum der TriStar: Bei allen Modellabbildungen handelt es sich um Vorserienmuster. Änderungen The first model in the TriStar vorbehalten. 50th Anniversary series: All photos in this brochure have been taken from pre-production samples. News 09-10/2021 Model details are subject to change. 209502 Preisangaben sind unverbindliche Preisempfehlungen zum Zeitpunkt der Druckle- gung inkl. deutsche MwSt. Irrtum und Änderungen vorbehalten. All prices are recommended retail prices at press date, including German VAT. Errors and ommissions excepted. 10,8 cm 1/500 535632 535571 Lockheed Corporation Herpa Miniaturmodelle GmbH . 90599 Dietenhofen . Germany th L-1011-1 TriStar Eastern Air Lines Lockheed L-1011-1 TriStar - TriStar 50 anniversary – N333EA Printed in Germany 07/2021/ Tel.
    [Show full text]
  • Simulación Del Sistema Eléctrico Del A400M Y Comparación Con Sistemas Descentralizados
    Trabajo Fin de Máster Máster Universitario en Ingeniería Aeronáutica Simulación del sistema eléctrico del A400M y comparación con sistemas descentralizados Simulación del sistema eléctrico del A400M y comparación con sistemas descentralizados Autor: José María Peral González Tutor: Alejandro Marano Marcolini Autor: José María Peral González Tutor: Alejandro Marano Marcolini Departamento Ingeniería Eléctrica Escuela Técnica Superior de Ingeniería Universidad de Sevilla Sevilla, 2020 Departamento IngenieríaSevilla, 2020 Eléctrica Escuela Técnica Superior de Ingeniería Universidad de Sevilla 1 2 Trabajo Fin de Máster Máster universitario en Ingeniería Aeronáutica Simulación del sistema eléctrico del A400M y comparación con sistemas descentralizados Autor: José María Peral González Tutor: Alejandro Marano Marcolini Profesor contratado doctor Dep. Ingeniería eléctrica Escuela Técnica Superior de Ingeniería Universidad de Sevilla Sevilla, 2020 3 4 Trabajo Fin de Máster: Simulación del sistema eléctrico del A400M y comparación con sistemas descentralizados Autor: José María Peral González Tutor: Alejandro Marano Marcolini El tribunal nombrado para juzgar el Proyecto arriba indicado, compuesto por los siguientes miembros: Presidente: Vocales: Secretario: Acuerdan otorgarle la calificación de: El Secretario del Tribunal Fecha: 5 6 Agradecimientos El llevar a cabo este trabajo supone para mí alcanzar una meta y finalizar una etapa muy importante de mi vida. Se dejan atrás muchas cosas vividas durante estos años en aprendizaje y superación para alcanzar los objetivos. El apoyo de muchas personas de mi entorno día tras día ha sido vital para poder continuar adelante. Me gustaría agradecer a todas las personas que han estado ahí, como parte fundamental para lograr lo que para mí es un éxito. En primer lugar, a todos los profesores que me han enseñado tanto estos últimos años, en especial, a Alejandro Marano por su ayuda y dedicación al proyecto.
    [Show full text]