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市場調查報告書
全球的衛星製造・發射市場
Global Satellite Manufacturing and Launch Markets
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本報告已在2012年05月16日停止出版。
更改為出版
Global Satellite Manufacturing and Launch Markets, 2nd Edition
出版日期 : 2012年05月
商品編碼: 236928
過去1年全球的發射任務有74次，比2009年減少了6.5%，共發射了109座的酬載。其中40%為投入至低地球軌道（LEO），37.5%投入至靜止軌道（GEO），而在MEO、HEO、SSO等也進行了多次的投入。酬載數在近幾年衛星產業的下降週期，比起過去4年的平均115次還要減少當中。
本報告，調查分析全球衛星製造・發射市場的現狀與展望，彙整衛星區分・最終使用部門・地區別的接單實績以及預測（∼2025年）、發射實績以及預測（∼2025年）、製造收益的實績以及預測（∼2025年）、主要市場動向、主要產業動向等，由下列摘要形式闡述。
報告摘要
第1章 簡介・主要調查結果
第2章 市場概要・市場區分
第3章 衛星製造市場
- 靜止軌道（GEO）通訊衛星
- 低地球軌道（LEO）通訊衛星
- 低地球軌道（LEO）地球觀測衛星
- 軍事・政府專用通訊衛星
- 科學衛星・導航衛星
第4章 衛星發射市場
第5章 附錄：調查方式
圖表
Abstract
109 payloads were carried by 74 launch missions worldwide over the past 12
months, down from 2009 by 6.5%. These launches were largely into the "truly
steady" Geostationary Earth Orbit (37.5%) and "relatively fickle" Low Earth
Orbit (40%) although MEO, HEO, SSO and others also saw at least a couple of
launches last year. The number of payloads took a dip compared to the
four-year average of 115 keeping in line with the downward cycle that the
satellite industry is currently witnessing.
For the industry insider, it is imperative that top line figures be backed
with insight especially for a market where payloads manufactured or launch
contracts awarded are not always a "free and fair" bid. The industry
operates in a complex environment, and one can find ample projections in the
public domain. Building on these, NSR' s "bottom up" research methodology
picks up Micro-Trends and analyzes their Macro-Effects. Databases for
Satellites Manufactured, Launch Events, Bus Configurations, Transponders
and Earth Observation Missions are meticulously developed over a
year-round Secondary Research process. This is complemented with a Primary
Research effort wherein a team of NSR analysts has contacted every major
Launch Provider and Satellite Manufacturer. Interviews with these
decision-makers have been held face-to-face, over the telephone and even both
ways.
As with the launch and manufacturing market, there is more to this report than
meets the eye. For GEO telecom satellites, geographical regions are presented
not just by Region of Operator but also by the Region of Service
of the satellite. NSR has collated launch history right from Sputnik up
until Yahsat-1A (Q1 2011) and has also forecasted every data element for
the next fifteen years until 2025. These forecasts are then broken down by
segmentation according to Client, Orbit Region and Application as is
relevant. Keeping in mind the relevance to those ordering and those launching
satellites, both Year of Order and Year of Launch are used as
baselines. Finally, as with every effort NSR, the report goes beyond the
numbers to look at their impact on the industry and marketplace giving the
reader the reasoning behind the raw data. NSR' s analysts take a stand
on where the market is headed, and contentious issues like falling launch
costs, ITAR workarounds and the feasibility of the
manufacturer-turned-service-provider model are all discussed at length.
Comparison with Public Domain Projections
NSR' s Global Satellite Manufacturing and Launch Markets study is built on
the collation of public and private domain databases, but that is where
the similarity with other industry reports ends. Interviews have been
conducted with every major manufacturer and launch provider in nations as
diverse as Japan, India, China, Russia, Germany, France, Canada, and the
United States, among others. This gives the reader more than just the
intuitive "Super-Power-Skewed" analysis and highlights the evolution of
smaller launchers and the potential they hold for the industry.
Most satellite manufacturers and launch providers have weathered the
Economic Recession relatively unscathed, but it is difficult to ignore
the Bankruptcies, Back-to-Back Failures, Supplier Consolidation and Natural
Calamities whose impact is yet to be fully realized. NSR' s Global
Satellite Manufacturing and Launch Markets report crunches the numbers
widely tracked by the industry, segments the data with the reader in mind and
adds company-specific insight that goes beyond press releases.
Extensive Market Forecasts
Raising the bar for forecasts with this report, NSR presents parameters most
relevant to both Satellite Manufacturing and Launch industries:
- Satellite numbers are forecasted and broken down by orbit and
application along with segmentation by Launch Mass and Payload Power based on
expected order date AND launch date.
- Launch Vehicles are segmented by their Launch Capacity and Manifest
to allow those procuring contracts for future satellites to understand
evolutionary trends.
- Revenue Forecasts are segmented into those from Manufacturing and
those from Launch services with further segmentation as relevant.
- Regional Forecasts are segmented by the region of funding allow a
unique insight into the working of International Telecommunication Satellite
Operators that are responsible for the majority of procurement orders.
- Communication and Earth Observation satellites are given further
importance by touching upon mission specifications, transponder availability
etc.
Each of these figures is forecasted for a period of fifteen years from 2011
until 2025 for each of the five regions across the world. A complete analysis
of the figures in the Excel data file is contained in the body of the report.
Primary Questions Addressed in this Report Include:
- What are the Market Trends in each of the five regions that will shape the
Manufacturing and Launch markets over the next fifteen years?
- What are the key indicators that make certain manufacturer and launcher
configurations more promising than others for satellite operators?
- What impact will Bankruptcies, Failures Consolidation and Calamities have
on the manufacturing and launch markets around the globe?
- What are the trends in terms of Satellites Manufactured, Bus
Configurations, Launch Vehicles and Revenues for manufacturing and launch
providers the world over?
- How are manufacturing and launch markets in terms of satellites, vehicles
and revenues projected to grow/decline over the next fifteen years?
- How are specific parameters such as payload power and launch mass (among
others) projected to grow/decline over the next fifteen years?
- How are contentious issues of ITAR regulations,
manufacturers-turned-service providers and Launch costs expected to impact
both "Big" and "Small" players?
- How are each of the regions expected to gain/lose importance and/or
maintain their stronghold on manufacturing and launch markets?
- What are the conclusions one can draw from market indicators for each
individual market?
Who Should Purchase this Report:
- National, Regional and Global Satellite Operators
- Satellite Launch Service Providers
- Primes & Satellite Manufacturers
- Component Suppliers for Manufacturing & Launching
- Government Organizations & Space Ministries
- Regulators and Policy Makers
- Banks & Investors
Primary Elements of the Report Include:
Market Analysis
- Manufacturing Market
- Key Events
- Analysis By
- Orbit
- Applications
- Launch Mass
- Payload Power
- Frequency Band
- Program Type
- Market Trends
- Historic Trends
- State of the Industry
- Future Outlook
- Issues & Challenges
- Five Regions by Service & Operator
- Launch Market
- Analysis By
- Launch Capacity
- Launch Manifest
- Market Trends
- Historic Trends
- State of the Industry
- Future Outlook
- Issues & Challenges
- Five Regions by Service & Operator
- Industry Analysis
- Manufacturing Industry
- Company Specific Analysis
- Competitive Analysis
- Launch Industry
- Company Specific Analysis
- Competitive Analysis
- Market Forecasts (2011-2025)
- Satellite Manufacturing
- Orbit
- Applications
- Launch Mass
- Payload Power
- Satellite Launchers
- Launch Capacity
- Launch Manifest
- Revenues
- Launch Revenues
- Manufacturing Revenues
A Complete Analytical Perspective
Elements of the Report Include:
- Complete report document segmented by analysis on all regions,
frequencies, verticals and technologies
- An Excel file containing extensive data and charts so the client can
easily use this work as a basis for their own internal market projections
Table of Contents
Executive Summary
- E.1 Satellite Manufacturing Markets
- E.1.1 Market Analysis
- E.1.2 Market Forecasts
- E.2 Satellite Launch Markets
- E.2.1 Market Analysis
- E.2.2 Market Forecasts
1. Introduction and Key Findings
- 1.1 Satellite Manufacturing Markets
- 1.1.1 Market Analysis
- 1.1.2 Industry Analysis
- 1.1.3 Market Forecasts
- 1.1.4 Revenue Forecasts
- 1.2 Satellite Launch Markets
- 1.2.1 Market Analysis
- 1.2.2 Industry Analysis
- 1.2.3 Market Forecasts
- 1.2.4 Revenue Forecasts
2. Market Overview and Segmentation
- 2.1 Client Trends
- 2.1.1 Commercial Clients
- 2.1.2 Civil / Government Clients
- 2.1.3 Military Clients
- 2.2 Mass & Power Trends
- 2.2.1 Mass Trends
- 2.2.2 Power Trends
- 2.3 Regional Trends
- 2.3.1 North America Trends
- 2.3.2 Western Europe Trends
- 2.3.3 Central & Eastern Europe Trends
- 2.3.4 Asia Pacific Trends
- 2.3.5 Rest of World (Middle East & Latin America) Trends
- 2.4 Launch Trends
3. Satellite Manufacturing Markets
- 3.1 Analysis of the GEO ComSats Manufacturing Market
- 3.1.1 Market Analysis
- 3.1.2 Industry Analysis
- 3.1.3 Market Forecasts
- 3.1.4 Revenue Forecasts
- 3.2 Analysis of the LEO ComSats Manufacturing Market
- 3.2.1 Market Analysis
- 3.2.2 Industry Analysis
- 3.2.3 Market Forecasts
- 3.2.4 Revenue Forecasts
- 3.3 Analysis of the LEO Earth Observation Satellites Manufacturing Market
- 3.3.1 Market Analysis
- 3.3.2 Market Forecasts
- 3.3.3 Revenue Forecasts
- 3.4 Analysis of the Military & Government Telecom Satellites Manufacturing
Market
- 3.4.1 Market Analysis
- 3.4.2 Market Forecasts
- 3.4.3 Revenue Forecasts
- 3.5 Analysis of the Science & Navigation Satellites Manufacturing Market
- 3.5.1 Market Analysis
- 3.5.2 Market Forecasts
- 3.5.3 Revenue Forecasts
4. Satellite Launch Markets
- 4.1 Analysis of the GEO Commercial Launch Market
- 4.1.1 Market Analysis
- 4.1.2 Industry Analysis
- 4.1.3 Market Forecasts
- 4.1.4 Revenue Forecasts
- 4.2 Analysis of the LEO Commercial Launch Market
- 4.2.1 Market Analysis
- 4.2.2 Market Forecasts
- 4.2.3 Revenue Forecasts
- 4.3 Analysis of the Military & Civil Government Launch Market
- 4.3.1 Market Analysis
- 4.3.2 Industry Analysis
- 4.3.3 Market Forecasts
5. Annex: Methodology for Global Satellite Manufacturing & Launch Markets Research
- 5.1 Introduction
- 5.2 General Definitions & Assumptions
- 5.3 Regional Definitions & Assumptions
- 5.4 Forecast Methodology & Assumptions
- 5.5 Report Structure & Layout
List of Exhibits
- Ex. E.1 Number of Satellites Ordered, 1991-2020- Graph
- Ex. E.2 Number of Satellites Ordered, 1991-2020
- Ex. E.3 Number of Satellites Launched, 1996-2025- Graph
- Ex. E.4 Number of Satellites Launched, 1996-2025
- Ex. E.5 Number of Launches, 1996-2025- Graph
- Ex. E.6 Number of Launches, 1996-2025
- Ex. 1.1 Number of Satellites Ordered, 1991-2020- Graph
- Ex. 1.2 Number of Satellites Ordered, 1991-2020
- Ex. 1.3 Number of Satellites Launched, 1996-2025- Graph
- Ex. 1.4 Number of Satellites Launched, 1996-2025
- Ex. 1.5 Manufacturing Revenue from Satellites Ordered, 1991-2020- Graph
- Ex. 1.6 Manufacturing Revenue from Satellites Ordered, 1991-2020
- Ex. 1.7 Manufacturing Revenue from Satellites Launched, 1996-2025- Graph
- Ex. 1.8 Manufacturing Revenue from Satellites Launched, 1996-2025
- Ex. 1.9 Number of Launches, 1996-2025- Graph
- Ex. 1.10 Number of Launches, 1996-2025
- Ex. 1.11 Launch Revenues, 1996-2025- Graph
- Ex. 1.12 Launch Revenues, 1996-2025
- Ex. 2.1 Global Satellite Distribution by Mass of Satellites Launched,
1991-2020
- Ex. 2.2 Global Satellite Distribution by Mass of Satellites Ordered,
1996-2025
- Ex. 2.3 Global Satellite Distribution by Power of Satellites Ordered,
1991-2020
- Ex. 2.4 Global Satellite Distribution by Power of Satellites Launched,
1996-2025
- Ex. 2.5 Comparison of Major Commercial Launch Companies
- Ex. 3.1 Number of GEO ComSats Ordered, 1991-2020- Graph
- Ex. 3.2 Number of GEO ComSats Ordered, 1991-2020
- Ex. 3.3 Number of GEO ComSats Launched, 1996-2025- Graph
- Ex. 3.4 Number of GEO ComSats Launched, 1996-2025
- Ex. 3.5 Manufacturing Revenue from Satellites Ordered, 1991-2020- Graph
- Ex. 3.6 Manufacturing Revenue from GEO ComSats Ordered, 1991-2020
- Ex. 3.7 Manufacturing Revenue from GEO ComSats Launched, 1996-2025- Graph
- Ex. 3.8 Manufacturing Revenue from GEO ComSats Launched, 1996-2025
- Ex. 3.9 Number of LEO ComSats Ordered, 1991-2020- Graph
- Ex. 3.10 Number of LEO ComSats Ordered, 1991-2020
- Ex. 3.11 Number of LEO ComSats Launched, 1996-2025- Graph
- Ex. 3.12 Number of LEO ComSats Launched, 1996-2025
- Ex. 3.13 Manufacturing Revenue from LEO ComSats Ordered, 1991-2020- Graph
- Ex. 3.14 Manufacturing Revenue from LEO ComSats Ordered, 1991-2020
- Ex. 3.15 Manufacturing Revenue from LEO ComSats Launched, 1996-2025- Graph
- Ex. 3.16 Manufacturing Revenue from LEO ComSats Launched, 1996-2025
- Ex. 3.17 Number of LEO Earth Observation Satellites Ordered, 1991-2020-
Graph
- Ex. 3.18 Number of LEO Earth Observation Satellites Ordered, 1991-2020
- Ex. 3.19 Number of LEO Earth Observation Satellites Launched, 1996-2025-
Graph
- Ex. 3.20 Number of LEO Earth Observation Satellites Launched, 1996-2025
- Ex. 3.21 Manufacturing Revenue from LEO Earth Observation Satellites
Ordered, 1991-2020- Graph
- Ex. 3.22 Manufacturing Revenue from LEO Earth Observation Satellites
Ordered, 1991-2020
- Ex. 3.23 Manufacturing Revenue from LEO Earth Observation Satellites
Launched, 1996-2025- Graph
- Ex. 3.24 Manufacturing Revenue from LEO Earth Observation Satellites
Launched, 1996-2025
- Ex. 3.25 Number of MIL/GOV Telecom Satellites Ordered, 1991-2020- Graph
- Ex. 3.26 Number of MIL/GOV Telecom Satellites Ordered, 1991-2020
- Ex. 3.27 Number of MIL/GOV Telecom Satellites Launched, 1996-2025- Graph
- Ex. 3.28 Number of MIL/GOV Telecom Satellites Launched, 1996-2025
- Ex. 3.29 Manufacturing Revenue from MIL/GOV Telecom Satellites Ordered,
1991-2020- Graph
- Ex. 3.30 Manufacturing Revenue from MIL/GOV Telecom Satellites Ordered,
1991-2020
- Ex. 3.31 Manufacturing Revenue from MIL/GOV Telecom Satellites Launched,
1996-2025- Graph
- Ex. 3.32 Manufacturing Revenue from MIL/GOV Telecom Satellites Launched,
1996-2025
- Ex. 3.33 Number of Science & Navigation Satellites Ordered, 1991-2020-
Graph
- Ex. 3.34 Number of Science & Navigation Satellites Ordered, 1991-2020
- Ex. 3.35 Number of Science & Navigation Satellites Launched, 1996-2025-
Graph
- Ex. 3.36 Number of Science & Navigation Satellites Launched, 1996-2025
- Ex. 3.37 Manufacturing Revenue from Science & Navigation Satellites
Ordered, 1991-2020- Graph
- Ex. 3.38 Manufacturing Revenue from Science & Navigation Satellites
Ordered, 1991-2020
- Ex. 3.39 Manufacturing Revenue from Science & Navigation Satellites
Launched, 1996-2025- Graph
- Ex. 3.40 Manufacturing Revenue from Science & Navigation Satellites
Launched, 1996-2025
- Ex. 4.1 Number of GEO ComSat Launches, 1996-2025- Graph
- Ex. 4.2 Number of GEO ComSat Launches, 1996-2025
- Ex. 4.3 GEO ComSat Launch Revenues, 1996-2025- Graph
- Ex. 4.4 GEO ComSat Launch Revenues, 1996-2025
- Ex. 4.5 Number of LEO ComSat Launches, 1996-2025- Graph
- Ex. 4.6 Number of LEO ComSat Launches, 1996-2025
- Ex. 4.7 LEO ComSat Launch Revenues, 1996-2025- Graph
- Ex. 4.8 LEO ComSat Launch Revenues, 1996-2025
- Ex. 4.9 Number of Science & Navigation Launches, 1996-2025- Graph
- Ex. 4.10 Number of Science & Navigation Launches, 1996-2025
- Ex. 4.11 Number of LEO Earth Observation Launches, 1996-2025- Graph
- Ex. 4.12 Number of LEO Earth Observation Launches, 1996-2025
- Ex. 4.13 Number of MIL/GOV Telecom Launches, 1996-2025- Graph
- Ex. 4.14 Number of MIL/GOV Telecom Launches, 1996-2025
- Ex. 5.1 Glossary of Terms (General)
- Ex. 5.2 Glossary of Terms (Key Fields)
- Ex. 5.3 Glossary of Terms (Numeric Fields)
- Ex. 5.4 Glossary of Terms (Orbit Type)
- Ex. 5.5 Glossary of Terms (Customer Type)
- Ex. 5.6 Glossary of Terms (Application Type)
- Ex. 5.7 Glossary of Terms (Satellite Ordering Trends)
- Ex. 5.8 Glossary of Terms (Financials)
- Ex. 5.8 Regional Definitions
- Ex. 5.9 Calculations for Weighted Factor Ratings
- Ex. 5.10 Report Layout
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