X2000 is the nickname for NASA’s Advanced Deep Space System Development Program (ADSSDP). X2000 will deliver a series of flight and ground systems for flying outer planets and other space missions; as well as develop and bring to bear technologies that enable and enhance deep space missions. The program is managed by the Jet Propulsion Laboratory and is structured to deliver a new flight and ground system every 2-3 years. The first delivery will provide systems and equipment to meet the needs of missions to Pluto, Europa, the Sun, a comet, Mars, and potentially, many more. (Future deliveries are yet to be defined.) To achieve this, several overriding objectives have been set down: 1. Modular and scaleable architecture 2. Carry the PC and in...
Although it is not impossible, it is difficult to envision practical human exploration missions beyo...
The limits of space exploration are moving outwards with time; from sounding rockets, to Earth orbit...
Space flight will need to evolve rapidly in sophistication and accomplishment. The need to develop a...
NASA and the nation are again at a point of decision concerning the future direction of space explor...
The topics are presented in viewgraph form and include the following: an overview of the synthesis r...
The number of NASA science missions per year is increasing from less than one to more than six. At t...
NASA is in a period of frequent launches of low cost deep space missions with challenging performanc...
This paper will review the goals, status and progress of NASA\u27s commercial space development prog...
The current national spacelift architecture remains largely unchanged from the 60’s, consisting main...
This paper presents an overview of programs in the Advanced Systems and Technology Office at Marshal...
As the Space Age began in the \u2750\u27s and \u2760\u27s, new technologies were required to create ...
Reliable access to space through the use of a mixed fleet of launch vehicles, including the Space Tr...
As NASA\u27s designated Center of Excellence in Space Propulsion, Marshall Space Flight Center (MSFC...
This paper describes the potential role of an evolutionary family of advanced space nuclear power an...
This paper discusses the major mission objectives and technical characteristics of an evolutionary f...
Although it is not impossible, it is difficult to envision practical human exploration missions beyo...
The limits of space exploration are moving outwards with time; from sounding rockets, to Earth orbit...
Space flight will need to evolve rapidly in sophistication and accomplishment. The need to develop a...
NASA and the nation are again at a point of decision concerning the future direction of space explor...
The topics are presented in viewgraph form and include the following: an overview of the synthesis r...
The number of NASA science missions per year is increasing from less than one to more than six. At t...
NASA is in a period of frequent launches of low cost deep space missions with challenging performanc...
This paper will review the goals, status and progress of NASA\u27s commercial space development prog...
The current national spacelift architecture remains largely unchanged from the 60’s, consisting main...
This paper presents an overview of programs in the Advanced Systems and Technology Office at Marshal...
As the Space Age began in the \u2750\u27s and \u2760\u27s, new technologies were required to create ...
Reliable access to space through the use of a mixed fleet of launch vehicles, including the Space Tr...
As NASA\u27s designated Center of Excellence in Space Propulsion, Marshall Space Flight Center (MSFC...
This paper describes the potential role of an evolutionary family of advanced space nuclear power an...
This paper discusses the major mission objectives and technical characteristics of an evolutionary f...
Although it is not impossible, it is difficult to envision practical human exploration missions beyo...
The limits of space exploration are moving outwards with time; from sounding rockets, to Earth orbit...
Space flight will need to evolve rapidly in sophistication and accomplishment. The need to develop a...