Real-Time Regolith Stability Analysis for Planetary Landing

The contract seeks the development of real-time systems designed to assess regolith stability during planetary descent and landing by integrating data from onboard sensors and delivering immediate hazard avoidance feedback to navigation systems. This work will enable spacecraft to dynamically adapt their landing trajectories in response to changing surface conditions, improving safety and mission success on airless planetary bodies such as the Moon or Mars. The system must process high-frequency sensor inputs with low latency to identify risks like subsidence, loose material, or uneven terrain and trigger corrective maneuvers autonomously. This is a small business set-aside subcontract under NAICS code 541380, issued by the NASA Shared Services Center on behalf of the National Aeronautics and Space Administration, with responses due by May 21, 2026. The solicitation is restricted to small businesses as defined by the SBA, and performance location details are unspecified, though the technical scope implies operations will support space missions requiring precision landing capabilities. The effort is mission-critical for future planetary exploration, requiring high reliability, real-time computational performance, and seamless integration with existing spacecraft guidance architectures.