Joint Munitions Technology

The Joint Munitions Technology Program, under the Office of the Secretary of Defense, is designed to advance munitions technology to maintain a strategic advantage for U.S. warfighters. This initiative focuses on developing and demonstrating technologies that enhance the capabilities of munitions, including energetics, warheads, propulsion systems, and target detection. The program's efforts are informed by analyses from Joint Force campaign scenarios, ensuring that investments are aligned with operational needs.

The program is divided into two main project codes: Enhanced Munitions and Energetics Technology. The Enhanced Munitions Project aims to develop cross-cutting technologies applicable across various service munitions. It focuses on improving sensors, propulsion, warhead performance, and fuzing technologies to enhance future munitions' lethality and survivability. In FY 2025, this project will continue to address critical technologies that complement advanced energetics developments. Key areas include machine learning for target detection, bio-manufacturing of energetic ingredients, and optimizing munitions placement and burst point control.

The Energetics Technology Project is dedicated to advancing research in energetic materials to improve munitions performance and supply chain resilience. This project collaborates with the Department of Defense and other stakeholders to develop strategies for advanced energetics research and manufacturing processes. In FY 2025, the focus will be on developing high-performance propellants and explosives using novel synthesized materials and biotechnology-derived sources. The project aims to transition these advancements into practical applications within the defense sector.

The Joint Munitions Technology Program seeks to ensure that U.S. munitions remain at the forefront of technological advancement by investing in both enhanced munitions capabilities and innovative energetics solutions. Through strategic collaborations and targeted research efforts, the program aims to bolster the effectiveness and reliability of future kinetic fires capabilities for U.S. military operations.