Optimal Constellation Design for Orbital Munitions Delivery System

Rather than delivering conventional munitions through the airspace of uncooperative nations, a constellation of space-stored weapons could potentially target any point on the Earth and arrive within the time it takes to de-orbit and re-enter through the atmosphere. The research involves applying the dynamics of atmospheric re-entry to a Common Aero Vehicle (CAV) and defining a footprint of attainable touchdown points. The footprint is moved forward to create a swath representing all the possible touchdown points in a 90 minute window. A nominal constellation of CAVs is established using a streets of coverage technique, and both analytic studies and numeric genetic algorithm techniques are used to modify the nominal constellation. A minimum number of CAVs is identified which ensures payload delivery to an area of interest within 90 minutes.Air Force Inst of Tech Wright-Patterson AFB OH School of Engineering and Management is the author of 'Optimal Constellation Design for Orbital Munitions Delivery System', published 2004 under ISBN 9781423517252 and ISBN 1423517253.