Abstract: NanoEye is a near-term space system capable of providing better than 0.5 m resolution at nadir for a total recurring mission cost of less than $5 million — including payload, spacecraft, launch, and 3 years of mission operations. NanoEye is based on a...
Abstract: SmallSats appear to have the potential of significantly decreasing the cost and increasing responsiveness of both military and civil space missions. However, there are 3 major barriers facing the large-scale development and deployment of large numbers of...
Abstract: This paper briefly summarizes the traditional space system mission utility analysis process in order to establish a framework for utility analysis for Operationally Responsive Space (ORS). We then define both general and specific ORS Measures of...
Abstract: In the Microcosm Responsive Launch Systems model, a key requirement is that the launch vehicle be essentially a commodity, built to inventory, and ready to go whenever needed, much like cruise missiles or rental cars. This, in turn, implies the need for low...
Abstract: The emerging acceptance of responsive space as a means of allowing space-based assets to be fully functioning elements within the warfighter’s arsenal has brought to light aspects of traditional spacecraft development that will require extensive modification...
