This study is a first look at the problem of building a lunar lander to support a small lunar surface base. One lander, which can land 25 metric tons, one way, or take a 6 metric ton crew capsule up and down is desired. A series of trade studies are used to narrow the choices and provide some general guidelines. Given a rough baseline, the systems are then reviewed. A conceptual design is then produced. The process was only carried through one iteration. Many more iterations are needed. Assumptions and groundrules are considered
The best available concepts for a 100 kW Solar Lunar Power Plant based on static and dynamic convers...
The design of the Lunar Lander Ground Support System (LLGSS) is examined. The basic design time line...
At the turn of the century NASA plans to begin construction of a lunar base. The base will likely co...
This paper is a first look at the problems of building a lunar lander to support a small lunar surfa...
The projected development and production costs of each of the Lunar Base's systems are described and...
Selenium Technologies has been conducting preliminary design work on a manned lunar lander for use i...
NASA has a long range goal of constructing a fully equipped, manned lunar outpost on the near side o...
This trade study was initiated at NASA/JSC in May 1992 to develop and evaluate main propulsion syste...
The future of the U.S. space program outlined by President Bush calls for a permanently manned lunar...
The results of a student project to design a lunar lander in the context of a specifically defined m...
A payload delivery system will be required to support the buildup and operation of a manned lunar ba...
Conceptual designs for three categories of lunar surface transportation were described. The level of...
The primary objective was to develop conceptual designs of two pilot plants to produce oxygen from l...
Since 2006 NASA has been formulating robotic missions to the lunar surface through programs and proj...
The design philosophy that will guide the design of early lunar habitats will be based on a compromi...
The best available concepts for a 100 kW Solar Lunar Power Plant based on static and dynamic convers...
The design of the Lunar Lander Ground Support System (LLGSS) is examined. The basic design time line...
At the turn of the century NASA plans to begin construction of a lunar base. The base will likely co...
This paper is a first look at the problems of building a lunar lander to support a small lunar surfa...
The projected development and production costs of each of the Lunar Base's systems are described and...
Selenium Technologies has been conducting preliminary design work on a manned lunar lander for use i...
NASA has a long range goal of constructing a fully equipped, manned lunar outpost on the near side o...
This trade study was initiated at NASA/JSC in May 1992 to develop and evaluate main propulsion syste...
The future of the U.S. space program outlined by President Bush calls for a permanently manned lunar...
The results of a student project to design a lunar lander in the context of a specifically defined m...
A payload delivery system will be required to support the buildup and operation of a manned lunar ba...
Conceptual designs for three categories of lunar surface transportation were described. The level of...
The primary objective was to develop conceptual designs of two pilot plants to produce oxygen from l...
Since 2006 NASA has been formulating robotic missions to the lunar surface through programs and proj...
The design philosophy that will guide the design of early lunar habitats will be based on a compromi...
The best available concepts for a 100 kW Solar Lunar Power Plant based on static and dynamic convers...
The design of the Lunar Lander Ground Support System (LLGSS) is examined. The basic design time line...
At the turn of the century NASA plans to begin construction of a lunar base. The base will likely co...