Session
Technical Session I: Military Applications
Abstract
The requirement for small tactical satellites capable of satisfying a variety of missions on short notice has been studied as part of the AFSSD-sponsored RESERVES study. An innovative spacecraft design approach is described which makes use of pre-assembled subsystem modules. The design is successfully tested against the requirements of four example missions using three different launch vehicles, demonstrating ample design margins in each case. The approach holds promise of providing a simple, flexible cost-effective solution to the rapid-response requirements of the tactical military world.
Modular Small Satellite Design for Responsive Tactical Applications
The requirement for small tactical satellites capable of satisfying a variety of missions on short notice has been studied as part of the AFSSD-sponsored RESERVES study. An innovative spacecraft design approach is described which makes use of pre-assembled subsystem modules. The design is successfully tested against the requirements of four example missions using three different launch vehicles, demonstrating ample design margins in each case. The approach holds promise of providing a simple, flexible cost-effective solution to the rapid-response requirements of the tactical military world.
