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FASTRAC Nanosatellites

Nanosatellites such as FASTRAC  demonstrate that low cost formations of satellites offer a practical alternative to larger and more costly single spacecraft counter-parts.

Emergent Teams with SpaceDev on Autonomous Nanosatellite Design


Emergent Space Technologies, Inc. is part of a team, headed by SpaceDev, Inc. (www.spacedev.com) in Poway, California, that has been awarded a $1.25 million contract from the Air Force Research Laboratory Space Vehicles Directorate for the preliminary design of a nanosatellite capable of independently providing localized Space Situational Awareness of the local space environment of a host satellite. SpaceDev received the contract award from the AFRL to carry the design to a Preliminary Design Review level. This award includes an option to carry the design to a Critical Design Review level with technology at a system Technology Readiness Level of 5, by no later than May 2007.

The purpose of the AFRL experiment is to scale Space Situational Awareness capabilities and functionality into a nanosatellite package. Shown here are the twin FASTRAC nanosatellites being developed by Dr. Glenn Lightsey, Principal Investigator, and his team of graduate and undergraduate students at the University of Texas at Austin. The FASTRAC team won the Air Force Research Laboratory’s University Nanosatellite-3 competition, whose competition rules stipulated that the satellites entered must weigh less than 30 kilograms (about 70 pounds) and cost less than $100,000. UT-Austin's entry, the Formation Autonomy Spacecraft with Thrust, Relnav, Attitude, and Crosslink (FASTRAC) is actually a pair of satellites designed to demonstrate new technologies that enable spacecraft to work together in groups. For more information on FASTRAC, see http://fastrac.ae.utexas.edu/.

The ANGELS contract requires the nanosatellite to be capable of flight experimentation by early 2009. The satellite will be designed to have a one-year mission life at geosynchronous orbit, with a three year goal of operational life from the time of launch. Nanosatellite solutions are required to be compact, affordable, and effectively designed. The vehicle is expected to allow operations with minimal ground intervention.

SpaceDev is the prime contractor, and is responsible for the design of the satellite, known as an Autonomous NanoSatellite Guardian for Evaluating Local Space (ANGELS). In addition to Emergent, the SpaceDev ANGELS team includes BAE Systems, SAIC, Schafer, and Vacco.


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