Reportlinker Adds The Military Aircraft Avionics Market 2009-2019

5.3.4 Modular Open Architecture Displays

5.3.5 Terrain Awareness Warning Systems (TAWS)

5.3.6 Traffic Collison Avoidance Systems (TCAS) / Traffic Alert Systems (TAS)

5.3.7 Flight Control Systems / Mission Management (FCS/MM)

5.3.8 Electro-Optic Infra Red (EOIR) Systems

5.3.9 Night Vision Systems

5.4 Radar Systems and Electronic Warfare (EW)

5.4.1 Weather Systems

5.4.2 Electronic Warfare (EW) Systems

5.4.3 Electronic Flight Bags

5.5 Trends in Military Aircraft Avionics Systems

5.5.1 Ageing Legacy Avionics Interfaces

5.5.2 Automation in Avionics

5.5.3 Communication, Navigation and Surveillance Systems for Air Traffic Management (CNS/ATM)

5.5.4 Commercial-Off-The-Shelf (COTS) Components

5.5.5 Modular Open Architecture

5.5.6 Stand-Alone Rugged Box

6. SWOT Analysis of the Military Aircraft Avionics Market 2009-2019

6.1 Strengths

6.1.1 Pressing Need to Upgrade Ageing Legacy Avionics Systems

6.1.2 Strong US Investment in Airborne ISR Systems is Driving Avionics Upgrades

6.1.3 Evolving Airspace is Driving the Avionics Upgrades Market

6.1.4 Network Centric Warfare Environment

6.1.5 Major Programs Such as the F-35 JSF, Eurofighter and E-2D Hawkeye

6.1.6 Embracing Commercial-Off-The-Shelf (COTS) Components

6.1.7 UAVs Driving Growth in Avionics

6.2 Weaknesses

6.2.1 Defence Budgets Being Frozen due to the Global Recession

6.2.2 Defence Budget Cuts are Driving Increased Avionics Retro-Fits and Upgrades

6.2.3 Difficulties in Integrating Legacy Analogue Systems with Modern Digital Systems

6.2.4 Increased Complexity of Avionics Systems Will Limit Opportunities for New Entrants

6.3 Opportunities

6.3.1 Budget Cuts are Leading to Increased Avionics Retro-Fits and Upgrades

6.3.2 The Current Escalation in Military Operations Worldwide

6.3.3 Increased Application of Unmanned Aerial Vehicles (UAVs)

6.3.4 Special Missions are a Niche Market for Customised Avionics Systems

6.3.5 The Retro-Fit Market Will Exhibit the Most Technological Innovation

6.4 Threats

6.4.1 Tightening Defence Budgets Could Lead to Significant Cuts in Avionics Spending

6.4.2 Once GATM Upgrades are Completed, the Market May Revert to a Lower Level

6.4.3 Increasingly Relying on COTS Components Creates Challenges

6.4.4 Future Bandwidth Limitations

7. Expert Opinion

7.1 Thales UK Limited

7.1.1 Key Trends in Military Aircraft Avionics

7.1.2 Technical Issues Surrounding Military Aircraft Avionics

7.1.3 Challenges and Opportunities in Military Aircraft Avionics

7.1.4 Market Growth Drivers in Military Aircraft Avionics

7.1.5 Market Restraints in Military Aircraft Avionics

7.1.6 Technical Developments in Military Aircraft Avionics

7.1.7 Regions with Growth in Military Aircraft Avionics

7.1.8 Growth Rates for Military Aircraft Avionics

7.1.9 Military Shifting to COTS Components

7.2 ITT Corporation

7.2.1 Key Trends in Military Aircraft Avionics

7.2.2 Challenges and Opportunities in Military Aircraft Avionics

7.2.3 Market Growth Drivers in Military Aircraft Avionics

7.2.4 Integrating Functions in Military Aircraft Avionics is Making the Market More Challenging

7.2.5 The Markets Restraints for Military Aircraft Avionics

7.2.6 The Cyclic Nature of the Military Aircraft Avionics Market

7.2.7 What is Driving the Military Aircraft Avionics Market?

7.2.8 Technical Developments in Military Aircraft Avionics

7.2.9 Regions with Growth in Military Aircraft Avionics

7.2.10 Growth in Military Aircraft Avionics?

7.2.11 Reasons for Decline in US Military Aircraft Avionics

7.2.11 The Cyclic Nature of Defence Spending and How ITT is Responding to Evolving Warfare

8. Leading Military Aircraft Avionics Companies