Aerospace Technology Dev/Demo

The Aerospace Technology Development and Demonstration program, part of the Air Force's Research, Development, Test & Evaluation efforts, is dedicated to advancing aerospace systems through technology demonstrations. This initiative seeks to enhance the performance and supportability of current and future aerospace systems by integrating advanced technologies such as autonomy, propulsion, and thermal management in near-realistic operational environments. Additionally, it supports the nuclear enterprise by demonstrating advanced components and technologies. Coordination through the Department of Defense's Science and Technology Executive Committee ensures harmonized efforts across projects.

The Missile Rocket Propulsion Integration and Demonstration project focuses on developing innovative rocket propulsion technologies for strategic and tactical systems. Its objectives include reducing costs and schedules while increasing performance through advanced propellants and manufacturing techniques. The project emphasizes rapid design and manufacturing processes to sustain the rocket propulsion industry, with an annual review by a Department of Defense steering committee to ensure alignment with defense missions.

Next Generation Platform Development and Demonstration supports the nuclear enterprise by advancing components like fuzes and inertial guidance systems for nuclear deterrence operations. This project integrates various technologies for testing in operational environments to ensure readiness for future challenges. The Air Force Research Laboratory Space Vehicles Technology Directorate leads these efforts, focusing on developing radiation-hardened electronics and improving inertial measurement units.

Flight Vehicle Technology Integration aims to enhance aerospace vehicle capabilities through technology integration in avionics, propulsion, and weapon systems. The project focuses on autonomous collaborative platforms, with plans to initiate research on aircraft drag reduction and ground testing of unmanned weapons platforms. Congressional additions have supported specific initiatives like unmanned adversary air platforms and digital design studios, furthering technological advancements in this area.