The satellite manufacturing industry is experiencing a steady growth in the coming decade, although a fallout from the extended and slow economic recovery will see the number of satellites in the near future drop significantly (almost 10 percent).

  • The regional satellite demand is influenced by a complex set of parameters. For example, in a country like Japan where advanced terrestrial networks provide majority of communication needs, the commercial markets for communication are not very lucrative.
  • However, applications such as earth observation are key to sustaining the need for information for disaster management, meteorology, oceanography and even reconnaissance.
  • Low-cost production capabilities of countries such as India and China challenge the future satellite manufacturing market share of developed countries, however, the lack of proven space heritage means that it will only be in the long-term that this seriously threatens the established participants.

Public Private Partnerships will benefit the space industry with innovative and cost efficient activities, which will provide a continuing momentum for new space missions.

Future Trends

By 2013 the industry will bounce back, and is forecasted to close the decade with approximately 10-15 percent more satellites launched (927) in comparison to the last decade.

  • Communications accounts for almost 44 percent of the total satellites launched in the forecast period (2009-2018), closely followed by Earth Observation and Reconnaissance at about 40 percent, and the remaining made of Navigation and research and development (16 percent).
  • In wake of the Copenhagen Summit and the growing environmental resources concerns, the role of Earth Observation satellites is increasingly viewed as critical in mapping and controlling the changing dynamics.
  • Government (Civil and Military) projects will continue to drive demand (68 percent), however commercial satellites is forecasted to increase its share by about 5 percent.
  • In the forecast period, orbit optimisation is driving the satellites (especially the communication satellites) towards heavier and more efficient platforms. However, fleet rationalisation may lead to a significant increase in medium sized satellites.

Table Of Contents

Executive Summary

• Global Space Industry Overview
• Key Market Trends
• Key Market Drivers and Restraints
• Market Environment
• Market Regions
• Key Findings & Conclusions

Market Characteristics and Trends
• Market Overview
• Market Statistics
• The Value chain
• PESTLE Analysis
• Industry Challenges
• Market Drivers and Restraints
• Market Trends : Macro- Regions
• Market Trends : Macro- Regulations
• Market Trends : Macro- Economic
• Market Trends : Micro- Satellite Demand
• Market Trends : Micro- Satellite Supply

Competitive Overview
• Regional Analysis
• Boeing: Space and Intelligence Systems
• EADS Astrium
• Indian Space Research Organisation: ISRO
• Lockheed Martin: Space Systems
• Orbital Sciences Corporation
• Thales Alenia Space
• Loral Space Systems
• Mitsubishi Electric: Space Systems
• GenCorp: Aerojet
• Harris Corporation
• ITT Corporation: Space Systems
• The Saft Group: Space
• Jena-Optronik GmbH
• RUAG Aerospace
• OHB System AG
• L-3 Communications: Space and Navigation
• APCO Technologies SA
• Market Dynamics: Porter’s 5 Forces Model

End-user Assessment Overview
• Key End-users
• End-user Expectations
• Supplier Expectations
• Strategic Evaluation of Application Opportunities
• Technical Insights

Market Engineering
• Replacement Satellite Manufacturing Projections : 2009 - 2018
• Satellite Manufacturing (World) Forecasts By Application : 2009 - 2018
• Satellite Manufacturing (World) Forecasts By Segment : 2009 - 2018
• Satellite Manufacturing (World) Forecasts By Mass : 2009 - 2018
• Satellite Manufacturing (World) Forecasts By Orbit : 2009 - 2018
• Satellite Manufacturing (World) Revenues : 2009 - 2018

Strategic Conclusions
• Key Findings and Conclusions
• Market Opportunities & Recommendations

• Decision Support Database
• About Frost and Sullivan