The innovative system, dubbed "Moonraker," builds upon Pacific Defense's expertise in MOSA system development. It leverages advanced 3U software-defined radio (SDR) and graphics processing unit (GPU) technology. Additionally, it utilizes an open software framework that incorporates both company and industry-provided SSA applications. The Phase II effort is set to advance the initial work begun in Phase I, with the ultimate goal of producing flight-ready sensors.
Bryan Terlecky, Vice President of Space Systems at Pacific Defense, highlighted the novel approach of the "Moonraker" project. "Moonraker represents a fresh perspective in space payload design, and Pacific Defense is committed to demonstrating how an open architecture approach can expedite development - from concept to a flight deliverable sensor in just 24 months," he stated.
The collaboration with AFRL's Space Control team is a significant aspect of this project. Brian Engberg, Chief of the Space Control Technology Branch, expressed enthusiasm about working with Pacific Defense. "This partnership with Pacific Defense is a key step in researching, developing, and demonstrating cost-effective sensing capabilities for the cislunar space," Engberg said. He emphasized that this capability is crucial for maintaining a safe and transparent operational environment in the cislunar area.
The Phase II contract, which spans a 39-month period, will culminate in the delivery of a qualified sensor for on-orbit demonstration. This development marks a crucial step in enhancing the United States Air Force's capabilities in space situational awareness, particularly in the rapidly evolving cislunar region.
Related Links
Pacific Defense
Military Space News at SpaceWar.com
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