Add to ORKGOrbital maintenance concepts were investigated and the equipment for one-g demonstrations of axial and radial module exchange was designed in three control modes: manual direct control, supervisory control, and manually augmented control. Significant results obtained and the conclusions drawn are presented and discussed. The overall conclusion is that on-orbit servicing should be established as an ongoing space transportation system capability
The concepts, design, development, testing, and flight results of the command and service module sta...
The results of studies and software development activities are summarized. Technical reports and mem...
The results of efforts to identify the technology requirements for advanced earth orbital transporta...
The details and background used in the investigation of orbital servicing and payloads are presented...
A study is summarized in which a comparison was made of the following modes of maintaining a satelli...
Service requirements are considered. Topics include development of on-orbit operations scenarios, se...
Man's contribution to the achievement of scientific mission objectives in the space environment is i...
Potentially feasible system concepts for providing additional power, thermal control, and attitude t...
A plan for advancing the state of automation and robotics technology as an integral part of the U.S....
Technology requirements for automated satellite servicing operations aboard the NASA space station w...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
Two orbital test plans were prepared to verify one of the passive cryogenic storage tank/feedline ca...
The requirements for geosynchronous orbit capability using the manned orbit transfer vehicle (MOTV) ...
The five year program plan for the manned orbit transfer vehicle (MOTV) is presented. The planning, ...
Near term, cost effective concepts were defined to augment the power and duration capability offered...
The concepts, design, development, testing, and flight results of the command and service module sta...
The results of studies and software development activities are summarized. Technical reports and mem...
The results of efforts to identify the technology requirements for advanced earth orbital transporta...
The details and background used in the investigation of orbital servicing and payloads are presented...
A study is summarized in which a comparison was made of the following modes of maintaining a satelli...
Service requirements are considered. Topics include development of on-orbit operations scenarios, se...
Man's contribution to the achievement of scientific mission objectives in the space environment is i...
Potentially feasible system concepts for providing additional power, thermal control, and attitude t...
A plan for advancing the state of automation and robotics technology as an integral part of the U.S....
Technology requirements for automated satellite servicing operations aboard the NASA space station w...
System concepts were characterized in order to define cost versus benefits for autonomous functional...
Two orbital test plans were prepared to verify one of the passive cryogenic storage tank/feedline ca...
The requirements for geosynchronous orbit capability using the manned orbit transfer vehicle (MOTV) ...
The five year program plan for the manned orbit transfer vehicle (MOTV) is presented. The planning, ...
Near term, cost effective concepts were defined to augment the power and duration capability offered...
The concepts, design, development, testing, and flight results of the command and service module sta...
The results of studies and software development activities are summarized. Technical reports and mem...
The results of efforts to identify the technology requirements for advanced earth orbital transporta...