Biotechnology for Materials - Dem/Val

The Biotechnology for Materials - Dem/Val program aims to establish a robust pipeline for advancing biotechnology capabilities to meet the needs of the warfighter. This initiative focuses on enhancing prototyping efficiency and speed by integrating advanced instrumentation and robotics within laboratory and warfare center testing systems. The primary objective is to deliver biotechnology evaluations that bolster the resilience of the Defense supply chain by providing alternative sources for critical materials, such as jet fuel precursors and rare earth elements, which are essential for transitioning into service acquisition programs.

A significant goal is to develop a comprehensive Department of Defense investment strategy that spans from demonstration and prototyping to manufacturing and fielding. This strategy is designed to mitigate the risk of technological overmatch by adversaries, thereby supporting U.S. military and national security objectives. By fostering supply chain resiliency, the program also aims to empower U.S. industry in supporting military goals while promoting commercialization and enhancing the U.S. bioeconomy's competitiveness on a global scale.

The program complements existing efforts under PE 0603386A (Biotechnology for Materials - Advanced Research) and aligns with priority focus areas outlined by the Under Secretary of Defense for Research and Engineering, as well as the Army Modernization Strategy. The work is carried out by the Army Research, Development, Test, and Evaluation Enterprise, ensuring a coordinated approach across various research initiatives. Specific tasks include evaluating biofuels in hypersonic systems and testing high-temperature resistant composites for defense applications.

In Fiscal Year 2025, key activities will involve evaluating emerging biotechnologies and bio-manufactured materials to address resilient military supply chain needs. This includes assessing biofuels as energetic materials in hypersonic systems, testing self-insulating missile case prototypes, and conducting high-fidelity testing of bio-blend endothermic fuel properties. These efforts are expected to drive innovation in defense technologies while supporting broader national security objectives through enhanced material sourcing strategies.