Space Vehicle Components

Product and Service Code (PSC) 1675-P encompasses space vehicle components, focusing on high-precision aerospace technologies and specialized hardware for spacecraft and satellite systems. These components include advanced sensors, optical systems, mechanical assemblies, and electronic subsystems critical for space exploration and scientific missions. The code covers a range of sophisticated technologies designed to operate in extreme space environments, supporting missions from government agencies like NASA, the Department of Defense, and other space-related research institutions.

Recent federal contract awards under PSC 1675-P demonstrate a diverse range of space vehicle component procurements, with contract values ranging from $20,750 to $24,275,748 and performance periods extending up to January 2034. Key awardees include Dynetics, Inc., Blue Canyon Technologies, Solaero Technologies Corp, and Honeybee Robotics LLC, with most contracts originating from NASA centers such as Goddard Space Flight Center, Johnson Space Center, and Glenn Research Center. The awards predominantly feature firm fixed-price and cost-plus-fixed-fee contract types, targeting specialized components like solar wind plasma sensors, spacecraft mirror assemblies, frequency reference systems, and satellite integration hardware. Most contracts were not set aside for specific business categories, indicating open competition.

The federal contract opportunities for PSC 1675-P reveal upcoming significant space technology procurements, primarily led by NASA Goddard Space Flight Center. These opportunities include critical mission components for advanced space exploration projects such as the Laser Interferometer Space Antenna (LISA), which seeks partners to develop sophisticated optical telescope assemblies, main oscillators, and frequency reference systems. The opportunities focus on developing cutting-edge technologies for gravitational wave detection, space vehicle instrumentation, and advanced satellite systems. Potential contractors are invited to provide capabilities for designing, fabricating, testing, and delivering complex space vehicle components, with most opportunities targeting mission launch readiness dates around 2032 and involving collaborative international efforts, particularly with the European Space Agency.