Growth Opportunities in the Global Commercial Aero Turbofan Engine Market

Despite the adverse economic conditions that have prevailed recently, global commercial aero turbofan engine industry sales rose during the last five years (2006-2011). The turbofan engine market is expected to grow to $29.6 billion by 2017 at a CAGR of 6% over the next five years.
Lucintel, a leading global management con

sulting and market research firm, has analyzed the global commercial aero turbofan engine market and offers its findings in its comprehensive research report, “Global Commercial Aero Turbofan Engine Market, Supply Chain and Opportunities: 2012-2017” This report includes the turbofan engine markets for commercial aircraft and highlights narrow-body and wide-body aircraft growth paths for the near future.
This report is geographically segmented in four regions: North America, Europe, Asia Pacific (APAC), and Rest of World. APAC is expected to lead the global aerospace industry because of emerging economies such as India and China.
Lucintel has identified that increase in prices, tough government regulations, and stringent certification processes are the major growth challenges. Drivers such as increasing traffic forecast, demand for light aircraft and low-cost carriers, and fuel-efficient engines provide competition within the market.

Lucintel’s analysis indicates that OEMs and component suppliers for aircraft engines are anticipated to recognize two existing short-term and long-term business scenarios. Due to the effects of economic downturn, the industry is likely to experience small growth in the short run, while moderate opportunities exist in the long run driven by significant trends in demand quantity, consumption, and growth based on various aircraft types.

This Lucintel research report provides an important understanding of recent market scope, background and overview, market trends and analysis, cost comparison, product portfolio analysis, relative market attractiveness by region,

emerging trends, market price trends, and forecasts and analysis of the major market players.

This unique report from Lucintel provides valuable information, insights, and tools neede

d to identify new growth opportunities and operate your business successfully in this market. This report can save hundreds of hours of research time and will significantly benefit you in expanding your business in this market. In today’s volatile economy, you need every advantage that you can find.

To make business, investment, and strategic decisions, you need timely, useful information. Commercial aero turbofan engine market  report fulfills this core need and is an indispensable reference guide for multinational materials suppliers, product manufacturers, investors, executives, distributors, and many more that operate in this market.

Some of the features of this report:

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List of Figures

 

Chapter 2. Global Aero Engine Commercial Turbofan Industry Overview

Figure 2.1: Aerospace industry size (2011-2031)

Figure 2.2: Global aircraft demand (2012-2031)

Figure 2.3: Engine value as a percentage of aircraft value

Figure 2.4: Future Chinese aero engine development

 

Chapter 3. Global Aero Engine Commercial Turbofan Market Analysis: 2011

Figure 3.1: Global aero turbofan engine market by aircraft type

Figure 3.2: Global commercial aero turbofan engine 2011 deliveries by narrow-body airframes

Figure 3.3: Global commercial aero turbofan engine 2011 deliveries by wide-body airframes

Figure 3.4: Global commercial turbofan engine market share by engine manufacturers in 2011

Figure 3.5: market share of engine manufacturers in narrow-body aircraft active fleet

Figure 3.6: Market share of engine manufacturers in wide-body aircraft active fleet

Figure 3.7: Porter’s Five Forces analysis for global commercial turbofan aero engine market

Figure 3.8: Engine portfolio of various engine manufacturers based on thrust range

 

Chapter 4. Technology Trend of Commercial Turbofan Aero Engine Industry

Figure 4.1: CFM 56-7B

Figure 4.2: CF6 Engine

Figure 4.3: IAE V2500

Figure 4.4: Technology roadmap of turbofan aero engine

Figure 4.5: Material composition in turbofan aero engine by total weight of engine

Figure 4.6: Material penetration in aero turbofan engine

Figure 4.7: LEAP Engine

Figure 4.8: PW1000 Engine

Figure 4.9: Technology comparison between CFM LEAP and PW1000G

 

 Chapter 5. Global Commercial Aero Turbofan Engine Supply Chain Analysis    

Figure 5.1: Aero engine supply chain

Figure 5.2: Global commercial turbofan engine manufacturing process

Figure 5.3: Commercial aircraft design and development process

Figure 5.4: Geographical footprint of top aero engine manufacturers

Figure 5.5: Geographical footprint of CFM international

Figure 5.6: Product portfolio of CFM international aero engines

Figure 5.7: Tech insertion engines of CFM international

Figure 5.8: Geographical footprint of international aero engines

Figure 5.9: Geographical footprint of general electric

Figure 5.10: Product portfolio of general electric

Figure 5.11: Geographical footprint of Pratt & Whitney

Figure 5.12: Product portfolio of Pratt & Whitney

Figure 5.13: Geographical footprint of Rolls-Royce Holdings plc

Figure 5.14: Product portfolio of Rolls-Royce Holdings

Figure 5.15: Geographical footprint of Delta Air Lines, Inc.

Figure 5.16: Geographical footprint of American Airlines

Figure 5.17: Geographical footprint of Southwest Airlines

Figure 5.18: Geographical footprint of China Southern Airlines

Figure 5.19: Geographical footprint of Lufthansa Technik AG

 

Chapter 6. Trend and Forecast of Commercial Turbofan Aero Engine Industry

Figure 6.1: Global commercial turbofan aero engine market trend (2006-2011)

Figure 6.2: Global commercial turbofan aero engine trend by aircraft type (2006-2011)

Figure 6.3: Global commercial turbofan aero engine market forecast by manufacturer

(2006-2011)

Figure 6.4: Turbofan engine inventory by age and manufacturer for Airbus A319

Figure 6.5: Turbofan engine inventory by age and manufacturer for Airbus A320

Figure 6.6: Turbofan engine inventory by age and manufacturer for Airbus A321

Figure 6.7: Turbofan engine inventory by age and manufacturer for Airbus A330

Figure 6.8: Turbofan engine inventory by age and manufacturer for Airbus A340

Figure 6.9: Turbofan engine inventory by age and manufacturer for Boeing B737

Figure 6.10: Turbofan engine inventory by age and manufacturer for Boeing B747

Figure 6.11: Turbofan engine inventory by age and manufacturer for Boeing B757

Figure 6.12: Turbofan engine inventory by age and manufacturer for Boeing B767

Figure 6.13: Turbofan engine inventory by age and manufacturer for Boeing B777

Figure 6.14: Turbofan engine inventory by age and manufacturer for Delta Air Lines

Figure 6.15: Turbofan engine inventory by age and manufacturer for American Airline