Mission-Specific Camera Requirements Analysis and Use Case Development

The contract seeks the development of real-world mission use cases and the derivation of technical performance specifications for spacecraft cameras, focusing on critical applications such as navigation and proximity operations. This effort will involve analyzing operational scenarios where camera systems enable safe and precise spacecraft maneuvers, translating mission requirements into quantifiable technical criteria that define camera resolution, frame rate, dynamic range, low-light performance, and timing precision. The work will bridge the gap between mission objectives and hardware design, ensuring camera systems are optimized for the unique challenges of space environments and complex proximity tasks like docking, asteroid rendezvous, or planetary landing support. The contract is issued as a subcontract under NASA’s Jet Propulsion Laboratory, with performance expected to occur in Pasadena, California, and a response deadline of July 23, 2026. The North American Industry Classification System code 541690 indicates the work falls under other scientific and technical consulting services, emphasizing the analytical and engineering nature of the deliverables rather than manufacturing or hardware procurement. While no specific set-aside or point of contact details are provided, the solicitation targets organizations with expertise in spacecraft systems, imaging technology, and mission operations to deliver actionable, mission-ready camera performance standards grounded in practical spaceflight applications.