The Global Airborne ISR Market 2009-2019 : Market Research Report

The Global Airborne ISR Market 2009-2019

Published by: Visiongain

Published: Sep. 15, 2009 - 223 Pages

1. Executive Summary
2. Introduction to the Airborne ISR Market: 2.1 Success of Airborne ISR; 2.2 Unmanned Airborne ISR Systems; 2.3 Systems Interoperability and Network Centricity; 2.4 Airspace Management; 2.5 Sensors and Subsystems; 2.6 The Benefits of This Report; 2.7 Methods
3. The Global Airborne ISR Systems Market
4. Regional Airborne ISR Systems Markets: 4.1 US Airborne ISR Systems Market; 4.2 Significant US Airborne ISR Contracts; 4.3 UK Airborne ISR Systems Market; 4.4 Significant UK Airborne ISR Contracts; 4.5 Indian Airborne ISR Systems Market; 4.6 Significant Indian Airborne ISR Contracts; 4.8 Significant Japanese Airborne ISR Contracts; 4.9 South Korean Airborne ISR Systems Market; 4.10 Significant South Korean Airborne ISR Contracts; 4.11 French Airborne ISR Systems Market; 4.12 Significant French Airborne ISR Contracts; 4.13 Pakistani Airborne ISR Systems Market; 4.14 Significant Pakistani Airborne ISR Contracts; 4.15 Australian Airborne ISR Systems Market; 4.16 Significant Australian Airborne ISR Contracts; 4.17 Italian Airborne ISR Systems Market; 4.18 Significant Italian Airborne ISR Contracts; 4.19 German Airborne ISR Systems Market; 4.20 Significant German Airborne ISR Contracts; 4.21 Turkish Airborne ISR Systems Market; 4.22 Significant Turkish Airborne ISR Contracts; 4.23 Chinese Airborne ISR Systems Market; 4.24 Significant Chinese Airborne ISR Contracts; 4.26 Significant Russian Airborne ISR Contracts; 4.27 Spanish Airborne ISR Systems Market; 4.28 Significant Spanish Airborne ISR Contracts; 4.29 Saudi Arabian Airborne ISR Systems Market; 4.30 Significant Saudi Arabian Airborne ISR Contracts; 4.31 Canadian Airborne ISR Systems Market; 4.32 Significant Canadian Airborne ISR Contracts; 4.34 Significant Singapore Airborne ISR Contracts; 4.35 Israeli Airborne ISR Systems Market; 4.36 Significant Israeli Airborne ISR Contracts; 4.37 Thailand Airborne ISR Systems Market; 4.38 Significant Thailand Airborne ISR Contracts; 4.39 Iraqi Airborne ISR Systems Market; 4.40 Significant Iraqi Airborne ISR Contracts; 4.41 ROW Airborne ISR Systems Market; 4.42 Significant ROW Airborne ISR Contracts
5. Airborne ISR Systems Sub-Markets Analysis: 5.1 The Manned Airborne ISR Systems Market; 5.2 The Unmanned Airborne ISR Systems Market; 5.3 The Rotary Wing Airborne ISR Systems Market; 5.4 The Aerostat Airborne ISR Systems Market
6. Subsystem Technologies for Airborne ISR: 6.1 Electro-Optical/Infrared (EO/IR) Sensors; 6.2 Radar Systems; 6.3 Communications Datalinks; 6.4 Signals Intelligence (SIGNIT); 6.5 Network Centric Systems & Interoperability; 6.6 UAV Ground Control Stations (GCS); 6.7 Remote Viewing Terminals (RVT); 6.8 Empire Challenge
7. SWOT Analysis of the Airborne ISR Systems Market: 7.1 Strengths; 7.2 Weaknesses; 7.3 Opportunities; 7.4 Threats
8. Expert Opinion: 8.1 General Atomics Aeronautical Systems Inc; 8.2 FLIR Systems Inc; 8.3 Wood & Douglas Ltd
9. Leading Airborne ISR Systems Companies: 9.1 AAI Corporation; 9.2 AeroVironment Inc; 9.3 BAE Systems; 9.4 Boeing Corporation; 9.5 Controp Precision Technologies; 9.6 European Aeronautic Defence and Space Company (EADS); 9.7 Elbit Systems Ltd; 9.8 Embraer (Empresa Brasileira de Aeronáutica SA); 9.9 FLIR Systems Inc; 9.10 General Atomics Aeronautical Systems Inc; 9.11 General Dynamics; 9.12 Goodrich Corporation; 9.13 Hawker Beechcraft Corporation; 9.14 Honeywell; 9.15 Israel Aerospace Industries Ltd (IAI); 9.16 Kawasaki Heavy Industries; 9.17 L-3 Communications; 9.18 Lockheed Martin; 9.19 Northrop Grumman Corporation; 9.20 QinetiQ; 9.21 Raytheon Company; 9.22 Saab; 9.23 Selex Sensors and Airborne Systems (Selex S&AS); 9.24 Thales Group
10. Conclusions: 10.1 Growth in Emerging Markets; 10.2 Manned Airborne ISR Systems Still Important; 10.3 Increasing Shift to UAVs; 10.4 Subsystems and Sensors Increase Capabilities; 10.5 Network Centric Interoperability; 10.6 Future UAV Concepts
List of Tables and Figures: Table 3.1 Drivers and Restraints in Airborne ISR Systems 2009-2019; Table 3.2 Global Airborne ISR Systems Market 2009-2019; Table 4.1 Regional Airborne ISR Systems Markets 2009-2019; Table 4.2 US Airborne ISR Systems Market 2009-2019; Table 4.3 UK Airborne ISR Systems Market 2009-2019; Table 4.4 Indian Airborne ISR Systems Market 2009-2019; Table 4.5 Japanese Airborne ISR Systems Market 2009-2019; Table 4.6 South Korean Airborne ISR Systems Market 2009-2019; Table 4.7 French Airborne ISR Systems Market 2009-2019; Table 4.8 Pakistani Airborne ISR Systems Market 2009-2019; Table 4.9 Australian Airborne ISR Systems Market 2009-2019; Table 4.10 Italian Airborne ISR Systems Market 2009-2019; Table 4.11 German Airborne ISR Systems Market 2009-2019; Table 4.12 Turkish Airborne ISR Systems Market 2009-2019; Table 4.13 Chinese Airborne ISR Systems Market 2009-2019; Table 4.14 Russian Airborne ISR Systems Market 2009-2019; Table 4.15 Spanish Airborne ISR Systems Market 2009-2019; Table 4.16 Saudi Arabian Airborne ISR Systems Market 2009-2019; Table 4.17 Canadian Airborne ISR Systems Market 2009-2019; Table 4.18 Singapore Airborne ISR Systems Market 2009-2019; Table 4.19 Israeli Airborne ISR Systems Market 2009-2019; Table 4.20 Thailand Airborne ISR Systems Market 2009-2019; Table 4.21 Iraqi Airborne ISR Systems Market 2009-2019; Table 4.22 ROW Airborne ISR Systems Market 2009-2019; Table 5.1 Global Manned and Unmanned ISR Systems Market 2009-2019; Table 5.2 Drivers and Restraints in Manned Airborne ISR Systems 2009-2019; Table 5.3 Leading Examples of Manned Airborne ISR Systems 2009; Table 5.4 Global Manned Airborne ISR Systems Market 2009-2019; Table 5.5 Drivers and Restraints in Unmanned Airborne ISR Systems 2009-2019; Table 5.6 Leading Examples of Unmanned Airborne ISR Systems 2009; Table 5.7 Global Unmanned Airborne ISR Systems Market 2009-2019; Table 5.8 Leading Examples of Rotary Wing Airborne ISR Systems 2009; Table 5.9 Leading Examples of Aerostat Airborne ISR Systems 2009; Table 6.1 Global Electro-Optical/Infrared (EO/IR) Airborne ISR Sensors Market 2009-2019; Table 6.2 Leading Examples of Airborne ISR Sensor Systems 2009; Table 6.3 Leading Examples of Airborne ISR Radar Systems 2009; Table 7.1 SWOT Analysis of the Airborne ISR Systems Market 2009-2019; Table 9.1 Global Top 15 Airborne ISR Systems Companies Market Share 2009; Figure 2.1 Global Manned vs Unmanned Airborne ISR Systems Market 2009; Figure 3.1 Global Airborne ISR Systems Market 2009-2019; Figure 4.1 Regional Airborne ISR Systems Market Share 2009; Figure 4.2 Regional Airborne ISR Systems Market Share 2019; Figure 4.3 US Airborne ISR Systems Market 2009-2019; Figure.4.4 UK Airborne ISR Systems Market 2009-2019; Figure 4.5 Indian Airborne ISR Systems Market 2009-2019; Figure 4.6 Japanese Airborne ISR Systems Market 2009-2019; Figure 4.7 South Korean Airborne ISR Systems Market 2009-2019; Figure 4.8 French Airborne ISR Systems Market 2009-2019; Figure 4.9 Pakistani Airborne ISR Systems Market 2009-2019; Figure 4.10 Australian Airborne ISR Systems Market 2009-2019; Figure 4.11 Italian Airborne ISR Systems Market 2009-2019; Figure 4.12 German Airborne ISR Systems Market 2009-2019; Figure 4.13 Turkish Airborne ISR Systems Market 2009-2019; Figure 4.14 Chinese Airborne ISR Systems Market 2009-2019; Figure 4.15 Russian Airborne ISR Systems Market 2009-2019; Figure 4.16 Spanish Airborne ISR Systems Market 2009-2019; Figure 4.17 Saudi Arabian Airborne ISR Systems Market 2009-2019; Figure 4.18 Canadian Airborne ISR Systems Market 2009-2019; Figure 4.19 Singapore Airborne ISR Systems Market 2009-2019; Figure 4.20 Israeli Airborne ISR Systems Market 2009-2019; Figure 4.21 Thailand Airborne ISR Systems Market 2009-2019; Figure 4.22 Iraqi Airborne ISR Systems Market 2009-2019; Figure 4.23 ROW Airborne ISR Systems Market 2009-2019; Figure 5.1 Global Manned and Unmanned Airborne ISR Systems Market 2009-2019; Figure 5.2 Global Manned vs Unmanned Airborne ISR Systems Market Share 2009; Figure 5.3 Global Manned vs Unmanned Airborne ISR Systems Market Share 2019; Figure 5.4 Global Manned Airborne ISR Systems Market 2009-2019; Figure 5.5 Global Unmanned Airborne ISR Systems Market 2009-2019; Figure 6.1 Global Electro-Optical/Infrared (EO/IR) Airborne ISR Sensors Market 2009-2019; Figure 9.1 Global Top 15 Airborne ISR Systems Companies Market Share 2009; Companies Mentioned in This Report; AAI Corporation; ADI; Aerlyper; Aeronautics Defence Systems; Aerosonde Pty Ltd; AeroVironment Inc; Air France Industries (AFI); Alenia Finmeccanica; Argon ST Inc; APL GmbH; Applied Signal Technology Inc (AST); Aselsan; Australian Aerospace; BAE Systems Australia; BAE Systems; BAE Systems Integrated System Technologies; Bell Helicopters; Boeing Australia Limited; Boeing Corporation; Boeing Defence & Space Group; Boeing Information, Space & Defence Systems; Boeing Integrated Defense Systems; Bombardier; Breguet Atlantique; CASA; Cedip Infrared Systems; Concurrent Technologies Corporation (CTC); Controp Precision Technologies; Dassault Aviation; DRS Technologies; EADS (European Aeronautic Defence and Space); EADS Astrium; EADS CASA; EADS Defence Electronics (DE); EADS Defence & Security Division; EADS Group; EADS Military Air Systems (MAS); Elisra Electronics Systems Ltd; ELTA Systems Ltd; Elbit Systems Ltd; Elbit Systems Electro-Optics Elop Ltd; Embraer (Empresa Brasileira de Aeronáutica SA); Enerdyne; Enerlinks; Ericsson; Ericsson Microwave Systems AB; Eurocopter; EuroHawk GmbH; Exclusive Charter Services; Finmeccanica; FLIR Systems Inc; FLIR Government Systems; Galileo Avionica; General Atomics; General Atomics Aeronautical Systems Inc (GA-ASI); General Atomics Aircraft Systems Group; General Atomics Photonics Division; General Atomics Reconnaissance Systems Group; General Electric; Global UAV Organisation; Goodrich Corporation; Goodrich Corporation Surveillance and Reconnaissance Systems (SRS); Goodrich ISR Systems; Gulfstream; Gyrocam Systems; Harris Corporation; Hawker Beechcraft Corporation (HBC); Honeywell; Honeywell Defense and Space Electronic Systems; ILC Dover; Ilyushin; Indonesian Aerospace; Indra; Insitu Inc; Industri Pesawat Terbang Nusantara (IPTN); Ishikawajima Harima Heavy Industries; Israel Aeronautics DS; Israel Aerospace Industries Ltd (IAI); Israel Aerospace Industries Ltd TAMAM Division; Israel UAV Partnership (IUP); ISTAR; Kawasaki Heavy Industries; KB Luch; Korea Aerospace Industries (KAI); Kulon Scientific Production Institute; L-3 Communications; L-3 Communications Integrated Systems (L-3 IS); L-3 Communications MAS Canada; L-3 Communications Systems West (L-3 CS West); L-3 Communications EO/IR Inc; Lockheed Martin; Lockheed Martin Advanced Technology Laboratories; Lockheed Martin Electronic Systems; Lockheed Martin Missiles and Fire Control; Lockheed Martin Skunk Works; Lockheed Martin Systems Integration; LogicaCMG; MacDonald Dettwiler and Associates Ltd (MDA); Microsoft; Millennium Cell Inc; Mission Technologies (MiTex); Mitsubishi; Nippon Airplane Manufacturing; Northrop Grumman Corporation; Northrop Grumman Defense Mission Systems Inc; Northrop Grumman Electronics Sensors and Systems; Northrop Grumman Unmanned Aircraft System (UAS) Center of Excellence; Pratt & Whitney; Protonex Technology Corporation; QinetiQ; Raytheon Aircraft Company; Raytheon Company; Raytheon Defense and Civil Mission Solutions; Raytheon Integrated Defense Systems; Raytheon Intelligence, Surveillance and Reconnaissance Systems; Raytheon Systems Limited; Rheinmetall AG; Rockwell Collins; RUAG Aerospace; Saab; Saab Microwave Systems; Sagem SA; Sandia National Laboratories; Science Applications International Corporation (SAIC); Schiebel Industries AG; Schweizer; Selex Galileo; Selex Sensors and Airborne Systems (Selex S&AS); Shaanxi Aircraft Company; Sierra Nevada Corporation; Sikorsky; Singapore Technologies Aerospace; Slingsby Aviation; Spectral Solutions; Stark Aerospace; Surveillance Australia Ltd (SAPL); SurveyCopter; Tadiran Spectralink Communications and Datalinks; Thales Australia; Thales Group; Thales UK; Turkish Aerospace Industries (TAI); UAV Tactical Systems Ltd (U-TacS); Vega Group; ViaSat Inc; Wood & Douglas Ltd; Zeta Associates; Government Agencies and Organisations Mentioned in This Report; Australian Army; Australian Defence Force; Australian Defence Science and Technology Organisation (DSTO); British Army; British Army 32nd Regiment; Canadian Air Force; Canadian Army; Canadian Department for National Defence (DND); Chilean Navy; Chinese Air Force; Colombian Air Force; Colombian Ministry of Defense; Egyptian Air Force; Federal Aviation Administration (FAA); Florida Miami-Dade County Police Department; France's Aviation Navale; French National Aerospace Research Centre; French Air Force; French Army; French Army Rapid Reaction Corps; French DGA Procurement Agency; French Electronic Armaments Centre; French General Directorate of French Customs; French Landes Test Centre; French Ministry of Defence; French National Aerospace Research Centre; French Special Forces; German Air Force; German Army; German Ministry of Defence (MoD); German Bundesamt f�r Wehrtechnik und Beschaffung (BWB); Greek Hellenic Air Force; Indian Air Force; Indian Coast Guard; Indian Defence Research & Development Organisation (DRDO); Indian Navy; Indian Special Forces; Iraqi Air Force; Israeli Air Force; Israeli Army; Israeli Defence Force (IDF); Israeli Defence Forces (IDF) Ground Forces Command (GFC); Israeli Ministry of Defence (IMoD); ISR Task Force; Italian Air Force; Italian RIS; Japan Maritime Self Defense Force (MSDF); Japan Tactical Reconnaissance Group's 501st Squadron; Japanese Air Force; Japanese Air Self Defence Force (ASDF); Japanese Defence Ministry; Japanese Defence Ministry Technical Research and Development Institute; Japanese Maritime Self Defence Force (MSDF); Japanese Navy; Mexican Air Force; NASA; Netherlands Defence Materiel Organisation (DMO); North Atlantic Treaty Organisation (NATO); NATO Alliance's Rapid Reaction Force; Norwegian Air Force; Pakistani Navy; Polish Ministry of Defense; Polish Special Forces; Republic of China Air Force (Taiwan); Republic of Singapore Air Force; Royal Moroccan Air Force (RMAF); Royal Thai Air Force; Russian Air Force; Russian Army; Russian Ministry of Defence; Singapore Army; Singapore Ministry of Defence; South Korean Army; South Korean Navy; Spanish Army; Spanish Ministry of Defence; Swedish Air Force; Turkish Air Force; Turkish Army; Turkish Ministry of Defence (MoD); United Arab Emirates MoD; UK Civil Aviation Authority (CAA); UK Defence Equipment and Support (DE&S) UAS Team; UK Ministry of Defence (MoD); UK Ministry of Defence (MoD) Defence Logistics Organisation; UK Royal Air Force (RAF); UK Royal Artillery; US Air Force (USAF); US Air Force Aeronautical Systems Center; US Air Force Research Laboratory (AFRL); US Army (USA); US Army Aviation Applied Technology Directorate; US Army Aviation & Missile Command; US Army Communications, Electronics, Research, Development and Engineering Center (CERDEC); US Army CERDEC LPI/LPD; US Army Night Vision Laboratories; US Army Program Executive Office for Intelligence, Electronic Warfare and Sensors; US Army Space and Missile Defense Command; US Central Command (CENTCOM); US Coast Guard (USCG); US Congress; US Cruise Missile Defense Systems Project Office; US Customs and Border Protection (CBP); US Defense Advanced Research Projects Agency (DARPA); US Defense Airborne Reconnaissance Steering Committee (DARSC); US Defense Security Cooperation Agency (DSCA); US Department of Defense (DoD); US Department of Homeland Security (DHS); US Department of Homeland Security (Customs and Border Protection); US Electronic Systems Center at Hanscom Air Force Base; US Government Accountability Office (GAO); US ISR Task Force; US Joint Forces Command (USJFCOM); US Joint Transformation Command Intelligence; US Marine Corps (USMC); US MultiService Explosive Ordnance Disposal Group; US National Guard; US Navy (USN); US Naval Air Systems Command; US Naval Air Warfare Center Weapons Station; US Naval Research Laboratory (NRL); US Naval Research Laboratory (NRL) Chemistry and Tactical Electronic Warfare Division; US Naval Surface Weapons Center Crane Division; US Office of the Secretary of Defense ISR Task Force; US Pentagon; US Special Operations Command (SOCOM); US Special Operations Forces; US 25th Infantry Division; US 332nd Air Expeditionary Wing; US 362nd Expeditionary Reconnaissance Squadron; US 653rd Electronic Systems Group

Abstract

Our latest defence report - The Global Airborne ISR Market 2009-2019 - covers the exciting opportunities presented by one of the defence industry’s growing markets. Our market study examines leading users of airborne Intelligence, Surveillance and Reconnaissance (ISR) systems, and explores the operational requirements which are driving global growth in this sector. We assess the commercial prospects and outlook for companies offering airborne ISR systems. This analytical report defines the current state of the airborne ISR systems market and discusses its potential for growth from 2009 onwards, with market forecasting at the global and national levels.

Based on our research, global government spending in 2009 on airborne ISR systems, both manned and unmanned, will total $16.4bn. We also analyse, quantify and forecast the manned and unmanned airborne ISR systems markets separately.

Worldwide, a multitude of factors are driving increased research, development, procurement and deployment of airborne ISR systems. The success of airborne ISR systems in Iraq and Afghanistan has reinforced their perceived importance and is increasing demand for further airborne ISR capability. A shortfall in persistent surveillance capability is also leading to increased interest in unmanned systems capable of loitering for hours or even days. Furthermore, the cancellation of the Satellite Based Radar (SBR) is also driving increased interest in airborne ISR platforms, both manned and unmanned.

There are an increasingly wide range of airborne ISR systems ranging from airliner based AWACS systems, to small turboprop aircraft, all the way down to lightweight hand launched micro UAV systems.

Within this report we analyse the following sub-sectors of the airborne ISR systems market

Manned airborne ISR platforms
Unmanned airborne ISR platforms
Rotary wing airborne ISR platforms
Aerostat airborne ISR platforms
Ground Control Stations (GCS)
Remote Viewing Terminals (RVT)
Electro-Optical / Infrared (EO/IR) sensor systems
Radar systems

We examine the combination of factors that are driving the increased procurement and deployment of these airborne ISR systems by armed forces around the world. Military decision-makers are developing operational strategies to benefit from the latest technological breakthroughs in this sector. Over our forecast period, we identify the ISR capability gaps that armed forces are seeking to fill by increasingly deploying unmanned airborne ISR systems.

The increasing investment in airborne ISR systems, both manned and unmanned, has resulted in the market becoming one of the few recession-resistant sub-sectors of the defence industry. We expect the airborne ISR systems market to flourish from 2009 onwards, with significant rewards for successful companies.

How much are individual countries planning to spend on airborne ISR systems between 2009 and 2019? How are new technologies changing the nature of airborne ISR systems? Who are the leading companies providing airborne ISR systems and what is their market share? Where are the growth opportunities over the next decade - in which geographical region and with which technology? These critical questions and many more are definitively answered in this comprehensive report.

A comprehensive analysis of the global airborne ISR market:

The Global Airborne ISR Market 2009-2019 report examines the global market for airborne ISR systems from an impartial standpoint. We offer a review of contracting activity, and products and services, based on our analysis of information obtained from multiple sources. The report draws on official corporate and governmental announcements, media reports, policy documents, industry statements and expert opinion.

The Global Airborne ISR Market 2009-2019 report provides detailed sales forecasts for the global airborne ISR market and leading national markets; a SWOT analysis; discussions of commercial and technological trends; and assessments of commercial drivers and restraints. This report also includes in-depth original interviews with industry experts. This package of analyses cannot be obtained anywhere else.

Why you should buy The Global Airborne ISR Market 2009-2019:

The main benefits of you purchasing this report are

You will gain an understanding of the current airborne ISR market and how it will develop, with detailed market forecasts from 2009 to 2019
You will receive global sales forecasts plus forecasts for the 20 leading national markets from 2009 to 2019
You will gain insight into the manned and unmanned airborne ISR sub-markets including market drivers, restraints and growth forecasts for each sub-market
You will gain insight into major government airborne ISR programmes being undertaken in the 20 leading national markets
You will gain knowledge of the leading contractors within the airborne ISR marketplace with market position and market share data
You will gain an understanding of the new emerging technologies that will affect the market
You will receive analyses for strengths, weaknesses, opportunities and threats for the airborne ISR market from 2009 onwards
You will also read original interviews from three leading experts in the field -
General Atomics Aeronautical Systems Inc - the market leader in UAV systems for airborne ISR applications
FLIR Systems Inc - one of the leading sensor systems companies
Wood & Douglas Ltd - a specialist video and data transmission equipment manufacturer.

The adoption of airborne ISR systems is expected to increase steadily over the next decade, despite general economic uncertainty and pressure on defence budgets. Airborne ISR systems are increasingly being seen as a highly attractive, cost-effective solution that underpins multiple defence-related applications.

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The Global Airborne ISR Market 2009-2019

Table of Contents

Abstract