Customer feedback from the PDR was positive. Lt. Col. Perry Ballard of the Air Force Space Test Program Office at Kirtland Air Force Base said of the PDR, "The STPSat-1 PDR was well-conducted, highlighting the challenges and road ahead for this innovative project. As the first spacecraft designed to fly on the EELV Secondary Payload Adaptor, STP is expecting a lot and AeroAstro is stepping up to the plate very well."

STPSat-1 offers a highly accurate three axis stabilized platform with 200+ Watts of orbit average power and better than 0.1 degree pointing accuracy in a 150 kg total spacecraft package.

As prime contractor, AeroAstro is responsible for STPSat-1 spacecraft design and fabrication, integration of four Government-provided experiments, space vehicle testing, launch vehicle integration support and testing, launch and early orbit operations support, and one year of post-launch mission operations support.

Pat Davis, AeroAstro's STPSat-1 Program Manager, commented, "AeroAstro is very pleased to successfully complete this first major milestone for the STPSat-1 program.

Space vehicle design and technical analyses are progressing well, and the communication processes that have been established between the Air Force, AeroAstro, and our four experiment organizations are allowing us to finalize interfaces and proceed toward Critical Design Review this fall."

The spacecraft design was based on low-risk design solutions and heritage components using an innovative system configuration to meet the challenges of the STPSat-1 mission.

AeroAstro's partners in building STPSat-1 include Northrop Grumman TASC and Avidyne. The satellite is planned for launch in FY06 on a Delta-IV Medium Evolved Expendable Launch Vehicle (EELV) using the EELV Secondary Payload Adapter (ESPA) ring.

AeroAstro, a pioneer of micro and nanospacecraft applications in science, remote sensing, and communications, is a leader in innovative small-satellite applications that open the space frontier to a larger and more varied constituency.

It led the trend towards "smaller, faster, better, cheaper" spacecraft which became NASA's mantra with its highly successful ALEXIS satellite begun in 1988 and currently in its ninth year operating on-orbit.

AeroAstro is now leading the way to a new age of commercial space with flexible tools that enable users to benefit from unprecedented access to space technology. AeroAstro has designed, constructed, tested, and supported the launch of several small satellites.

It completed numerous spacecraft systems programs and manufactures low-cost satellite systems and components. NASA, the Air Force, and commercial and university customers have all employed AeroAstro throughout its 14-year history.

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