Human-machine integrated formations (hmif) robotic autonomous system (RAS) software prototype project

This Other Transaction Indefinite Delivery Vehicle (IDV) was awarded to Aerovironment, Inc. on September 23, 2025, by the Department of the Army with a ceiling value of $39.3 million. The contract is structured as a multiple-award vehicle with no set-aside designation and represents a child contract within Aerovironment's broader federal contracting portfolio. The IDV specifically supports the Human-Machine Integrated Formations (HMIF) Robotic Autonomous System (RAS) Software Prototype Project, focusing on the development and prototyping of advanced software capabilities that enable human-machine team integration within robotic autonomous platforms. This initiative aligns with the Army's broader modernization objectives regarding autonomous systems and human-machine teaming concepts, leveraging Aerovironment's established expertise in unmanned aerial systems, unmanned ground vehicles, and autonomous platform development.

Under this Other Transaction agreement, Aerovironment will develop software prototypes that facilitate integrated operations between human operators and autonomous robotic systems, supporting the Army's strategic vision for next-generation combat capabilities. The contract structure as an Other Transaction Vehicle provides flexibility in performance requirements and contractor management compared to traditional Federal Acquisition Regulation contracts, enabling more agile development and iteration cycles typical of prototype-focused programs. The ceiling value of $39.3 million encompasses the full scope of software development, testing, integration, and prototype demonstration activities required to advance human-machine integrated formation capabilities across the Army's robotic autonomous system portfolio. This award builds upon Aerovironment's existing significant IDV relationships with the Army and reflects the company's recognized capability as a prime contractor for autonomous system development and fielding.