ARTILLERY PROJECTILE, 155MM, All Types

The ARTILLERY PROJECTILE, 155MM, All Types program is designed to enhance the Army's artillery capabilities through the procurement and development of various 155mm projectiles. This initiative supports the Army's Long Range Precision Fire Modernization Priorities by focusing on both training and combat-ready munitions. The program includes several types of projectiles, each tailored for specific operational needs, such as illumination, smoke screening, high-explosive impact, and extended range capabilities.

A key objective is to maintain a robust inventory of war reserve items like the M1124 Visual Light Illumination Projectile and the M1123 Infrared Illumination Projectile. These are crucial for battlefield illumination during night operations and are fired from 155mm howitzers. The program also includes the M116 Series HC Smoke projectiles, which create effective smoke screens for tactical maneuvers. Additionally, the XM1210 High Explosive Rocket Assisted Projectile (RAP) is being developed to extend artillery range beyond 70 kilometers, enhancing fire support for self-propelled howitzer systems.

The program addresses training needs with items like the M1122 High Explosive Training Projectile, which simulates combat conditions at a lower cost. The M795 High Explosive Projectile remains a primary round for both training and combat operations due to its effectiveness in conventional fire support roles. Furthermore, the XM1113 RAP is being optimized for extended range engagements against various targets, incorporating Insensitive Munitions technologies to improve safety and performance.

The C-DAEM Increment II project focuses on replacing non-compliant stockpiles with new area effects munitions that align with current Department of Defense policies. This effort supports multi-domain operations by providing commanders with versatile ammunition options for field artillery fires. This program ensures that the Army's artillery units are equipped with advanced munitions to meet both current and future operational requirements.