The Reusable Reentry Satellite (RRS) program was initiated to provide life science investigators relatively inexpensive, frequent access to space for extended periods of time with eventual satellite recovery on earth. The RRS will provide an on-orbit laboratory for research on biological and material processes, be launched from a number of expendable launch vehicles, and operate in Low-Altitude Earth Orbit (LEO) as a free-flying unmanned laboratory. SAIC's design will provide independent atmospheric reentry and soft landing in the continental U.S., orbit for a maximum of 60 days, and will sustain three flights per year for 10 years. The Reusable Reentry Vehicle (RRV) will be 3-axis stabilized with artificial gravity up to 1.5g's, be rugged ...
Rapid feedback of experiment results helps investigators to fine tune experiments, shorten experimen...
With a mission to continue to support the goals of the International Space Station (ISS) and explore...
NASA has recognized that the capability for remote resupply of space platform expendable fluids will...
The Reusable Reentry Satellite (RRS) is intended to provide investigators in several biological disc...
This paper describes a low-cost, multipurpose Reusable Reentry Satellite (RRS) which can carry a var...
Experimentation leading to an understanding of life processes under reduced and extremely low gravit...
This paper presents some results of a follow-on study currently being performed at Stanford Universi...
The National Aeronautics and Space Administration (NASA) requested that the National Research Counci...
Brief human space missions supply all the crew's water and oxygen from Earth. The multiyear Internat...
This document describes the outline proposed by the SAIC team for the RRS System Specification docum...
The paper introduces an innovative Life-Cycle Cost Estimation Methodology for future reusable access...
Three groups of student engineers in an aerospace vehicle design course present their designs for a ...
Reusable Reentry Satellites have been flown since the early days of the U.S. and Soviet space progra...
NASA has recognized that the capability for remote resupply of space platform expendable fluids will...
This study investigates the reentry of the LifeSat vehicles into the WSMR. The LifeSat mission consi...
Rapid feedback of experiment results helps investigators to fine tune experiments, shorten experimen...
With a mission to continue to support the goals of the International Space Station (ISS) and explore...
NASA has recognized that the capability for remote resupply of space platform expendable fluids will...
The Reusable Reentry Satellite (RRS) is intended to provide investigators in several biological disc...
This paper describes a low-cost, multipurpose Reusable Reentry Satellite (RRS) which can carry a var...
Experimentation leading to an understanding of life processes under reduced and extremely low gravit...
This paper presents some results of a follow-on study currently being performed at Stanford Universi...
The National Aeronautics and Space Administration (NASA) requested that the National Research Counci...
Brief human space missions supply all the crew's water and oxygen from Earth. The multiyear Internat...
This document describes the outline proposed by the SAIC team for the RRS System Specification docum...
The paper introduces an innovative Life-Cycle Cost Estimation Methodology for future reusable access...
Three groups of student engineers in an aerospace vehicle design course present their designs for a ...
Reusable Reentry Satellites have been flown since the early days of the U.S. and Soviet space progra...
NASA has recognized that the capability for remote resupply of space platform expendable fluids will...
This study investigates the reentry of the LifeSat vehicles into the WSMR. The LifeSat mission consi...
Rapid feedback of experiment results helps investigators to fine tune experiments, shorten experimen...
With a mission to continue to support the goals of the International Space Station (ISS) and explore...
NASA has recognized that the capability for remote resupply of space platform expendable fluids will...