Weapons and Munitions Product Improvement Programs

The Weapons and Munitions Product Improvement Programs are designed to enhance the performance and capabilities of various munitions systems within the Army. The Precision Fire Technology Improvements project focuses on advancing Precision Guided Munitions (PGMs) and fuze technologies to increase range, lethality, and accuracy. This initiative supports the Army's Cannon Modernization Strategy by integrating software developments and ensuring compatibility with Self-Propelled Howitzer systems. Additionally, it emphasizes the development of the Enhanced Portable Inductive Artillery Fuze Setter (EPIAFS) to improve artillery ammunition performance.

Close Combat Technology efforts are directed towards upgrading munitions such as grenades, demolitions, and non-lethal systems to address reliability, safety, and environmental concerns. Key objectives include modernizing the M330 Obscuration Grenade for tactical smoke screening and enhancing the M67 Fragmentation Hand Grenade with Insensitive Munitions compliance. These improvements aim to increase soldier lethality while reducing environmental impact and logistical burdens.

The Indirect Fire and Fuze Technology project seeks to upgrade existing indirect fire weapon systems by improving target engagement, reliability, and safety. This involves integrating new technologies into fuzing systems to prevent obsolescence and enhance performance. Efforts include developing extended duration artillery fuze power sources and refining electronic components for medium caliber fuzes. The project also focuses on mitigating supply chain risks through alternative technology solutions.

Direct Fire Technology enhancements support small, medium, and large caliber ammunition improvements. Objectives include developing lightweight ammunition to reduce soldier load, optimizing handgun ammunition, and improving sniper precision. Medium caliber improvements focus on increasing lethality and safety, while tank ammunition efforts aim at enhancing performance through tracer improvements and advanced multipurpose cartridges. These initiatives are designed to bolster overall effectiveness, survivability, and accuracy of direct fire munitions.