Transportation of people and cargo between low Earth orbit and the surface of the Moon will be one of the most important elements in a lunar base program. This paper identifies some of the important lessons from the space shuttle program and discusses their application in future lunar vehicle operations. Also, some unique challenges in flight planning, training, vehicle servicing, payload integration, and flight control for lunar transportation are outlined. This paper relies heavily on recent studies of space shuttle development and operations with the goal of applying shuttle experience in the design of a practical and efficient lunar transportation system
The Spring 1990 Introduction to Design class was asked to conceptually design second generation luna...
The Lunar Space Tug is a sustainable transportation system able to rendezvous with a target body in...
NASA's strategic planning for technology investment draws on engineering studies of potential future...
This paper will discuss the conceptual design of a transportation system for supporting a permanent ...
Lunar transportation architectures exist for several different mission scenarios. Direct flights fro...
Important to the planning for a lunar base is the development of transportation requirements for the...
The 1990\u27s and Space Station Freedom are the next critical, steps in our space endeavors which wi...
This paper examines the lunar lander stages that will be necessary for the future exploration and de...
A first order orbital mechanics analysis was conducted to examine the possibility of utilizing the S...
In 1961 the former Soviet Union successfully launched the first human into space marking the beginni...
This paper will examine the lunar lander stages that u_ll be necessary for the future expk)ration an...
Space Station Freedom technology will have the potential for numerous applications in an early lunar...
This year's project, like the previous Aerospace Group's project, involves a lunar transportation sy...
The students of the Florida A&M/Florida State University College of Engineering continued their desi...
The feasibility of returning humans to the Moon by 2004, the 35th anniversary of the Apollo 11 landi...
The Spring 1990 Introduction to Design class was asked to conceptually design second generation luna...
The Lunar Space Tug is a sustainable transportation system able to rendezvous with a target body in...
NASA's strategic planning for technology investment draws on engineering studies of potential future...
This paper will discuss the conceptual design of a transportation system for supporting a permanent ...
Lunar transportation architectures exist for several different mission scenarios. Direct flights fro...
Important to the planning for a lunar base is the development of transportation requirements for the...
The 1990\u27s and Space Station Freedom are the next critical, steps in our space endeavors which wi...
This paper examines the lunar lander stages that will be necessary for the future exploration and de...
A first order orbital mechanics analysis was conducted to examine the possibility of utilizing the S...
In 1961 the former Soviet Union successfully launched the first human into space marking the beginni...
This paper will examine the lunar lander stages that u_ll be necessary for the future expk)ration an...
Space Station Freedom technology will have the potential for numerous applications in an early lunar...
This year's project, like the previous Aerospace Group's project, involves a lunar transportation sy...
The students of the Florida A&M/Florida State University College of Engineering continued their desi...
The feasibility of returning humans to the Moon by 2004, the 35th anniversary of the Apollo 11 landi...
The Spring 1990 Introduction to Design class was asked to conceptually design second generation luna...
The Lunar Space Tug is a sustainable transportation system able to rendezvous with a target body in...
NASA's strategic planning for technology investment draws on engineering studies of potential future...