MOTIV SPACE SYSTEMS, INC.

MOTIV SPACE SYSTEMS, INC. specializes in the design, development, and integration of advanced robotic systems for extreme space environments, with a focus on lunar and microgravity operations. Their core capabilities include the engineering of cryogenic-rated robotic actuators, dirty vacuum-compatible robotic arms, and ROS2-enabled motor controllers for space-based manipulation tasks. The company excels in thermal characterization, low-gravity system validation, and autonomous inspection and deposition technologies, particularly for in-situ resource utilization and lunar surface assembly. Key differentiators lie in their ability to develop hardware and software solutions that operate reliably under harsh conditions—such as regolith exposure, extreme thermal cycling, and vacuum environments—while integrating open-source robotics frameworks like ROS2 for modularity and scalability. Their work bridges mechanical engineering, control systems, and space-rated software architecture to enable next-generation autonomous lunar infrastructure. The contractor maintains a consistent and deep partnership with the National Aeronautics and Space Administration, delivering cutting-edge R&D under SBIR Phase I, II, and III programs. Their work for NASA centers on robotic systems for lunar surface operations, including manipulation, inspection, and additive manufacturing technologies tailored for extraterrestrial environments. This sustained engagement reflects a trusted relationship built on technical rigor and mission-critical innovation. MOTIV operates primarily within NAICS 541715, focusing on physical and engineering research that supports space exploration systems. Their vertical specialization is in space robotics and planetary surface operations, positioning them as a niche provider of hardware-software integrated solutions for NASA’s Artemis program and future deep space missions. As a small business based in Pasadena, California, MOTIV SPACE SYSTEMS, INC. is structured as a 2L entity with no formal government certifications. Their geographic proximity to major aerospace R&D hubs and NASA centers enhances their ability to collaborate closely with mission teams and rapidly prototype space-qualified systems.