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Chapter 1 Introduction

Chapter 2 Demand and Solution Analysis of L2AS in the Future
2£®1 Mission requirement analysis for access to space
2£®2 Challenges to current technologies providing access to space
2£®3 Low-cost technology for access to space
2£®4 Environmental impact of large-scale access to space
2£®5 Value analysis

Chapter 3 Key Technologies
3£®1 Launch vehicles
3£®2 Propellant depot
3£®3 Electromagnetic launch vehicles
3£®4 Nuclear propulsion launch vehicle
3£®5 Space elevator

Chapter 4 Mission Mode and Solutions to L2AS in the Future based on Expendable Launch Vehicles
4£®1 Single rockets carrying multiple satellites
4£®2 Piggyback
4£®3 Exclusive small launch vehicles
4£®4 Airline flight mode of access to space in the future

Chapter 5 Management of New Enterprises for L2AS in the Future
5£®1 Representative emerging commercial aerospace companies
5£®2 Enterprise management characteristics for L2AS in the future
5£®3 Project risk management for L2AS in the future

Chapter 6 International Cooperation and Innovation Mode for L2AS in the Future
6£®1 International cooperation status and trends of the operation mode of L2AS
6£®2 The international cooperation mode assumption ofL2AS
Chapter 7 Relevant Laws and Policies
7£®1 Constraints of international space legal regulations faced by L2AS in the future
7£®2 Analysis of space legal issues driven by L2AS

Chapter 8 Conclusions and Recommendations
8£®1 Commercial aerospace has become irreversible and the quantity of payloads entering space will increase rapidly year-by-year
8£®2 Government guidance and control and international collaboration
are indispensable
8£®3 Further scientifically exploration and demonstration the requirements of large-scale access to space
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REFERENCES
LIST OF ACRONYMS
APPENDIX