Space R&D Services; Space Flight, Research And Supporting Activities; Experimental Development

Code AR13
Child
Spend Category Level 1
Research and Development
Spend Category Level 2
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Popular Federal Contract Opportunities
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Popular Federal Contract Awards
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The AR13 Product Service Code (PSC) encompasses Space Research and Development Services, specifically focusing on space flight, research, and experimental development activities. This category covers a wide range of technological innovations and scientific investigations related to space exploration, including satellite technologies, spacecraft components, mission integration, and advanced research in microgravity environments. The services and products under this PSC are critical to advancing national space capabilities across government agencies, particularly NASA and the Department of Defense.

Federal Contract Awards in this category demonstrate a diverse range of space-related research and development projects, typically ranging from $50,000 to $22 million in value with performance periods spanning 6 months to 5 years. Key entities frequently awarded include Space Tango, Nanoracks, Axiom Space, and various universities such as Drexel University, Auburn University, and the University of Colorado. The National Aeronautics and Space Administration (NASA) is the predominant funding agency, with contracts primarily not set aside for specific business types. Performance locations are predominantly at NASA research centers, university facilities, and commercial space technology companies, with a strong focus on developing technologies for International Space Station missions, microgravity research, and space exploration support.

Recent Federal Contract Opportunities under this PSC showcase solicitations for innovative space technologies and research initiatives. These include NASA's CubeSat Launch Initiative seeking proposals for nanosatellite missions, a Space Domain Awareness capabilities request from the U.S. Space Force, and specific technology development opportunities like the SpinSat Science project. The opportunities span various research domains including satellite software, space operations support, mechanical and composite hardware fabrication, and advanced technological demonstrators. Performance locations are expected to be across multiple NASA research centers, university facilities, and potential commercial space technology development sites, with a strong emphasis on supporting future space exploration, scientific research, and technological innovation.

Generated 1/19/25, 1:22 AM