MID-RANGE CAPABILITY (MRC)

The Mid-Range Capability (MRC) program is designed to enhance the Army's precision strike capabilities, focusing on long-range, ground-launched missile systems. The primary objective is to procure Battery 5 Ground Support Equipment and Tomahawk missiles to meet the Army's Total Munition Requirement. The MRC system is road-mobile and transportable via C-17 aircraft, enabling it to deliver multi-domain fires against critical targets in support of joint military operations. This capability aims to penetrate, disintegrate, and exploit adversary defenses effectively.

The program involves acquiring five MRC Batteries, each consisting of four launchers equipped with a Vertical Launch System capable of deploying Tomahawk and Standard Missile-6 (SM-6) missiles. Each battery includes a Battery Operations Center, a High Mobility Multipurpose Wheeled Vehicle for support, and reload capabilities. The Tomahawk missiles are procured through Navy contracts and include the Block V modernized TACTOM variant with upgrades such as Navigation Communications and an Advanced Communication Package. These enhancements ensure improved communication and operational effectiveness.

In fiscal year 2025, the Army plans to acquire both Block V and Block Va variants of the Tomahawk missiles. Resources will also support the procurement of MRC Battery 5 Ground Support Equipment, including essential components like the Battery Operations Center and launcher Payload Deployment Systems. This transition from research and development resources in FY 2024 to procurement resources in FY 2025 reflects an increase in financial commitment to this effort.

The Mid-Range Capability program aligns with the Army's Long-Range Precision Fires Modernization Priority. It seeks to leverage cost efficiencies through collaborative procurement efforts with other services and potential foreign military sales. By doing so, the program aims to maximize its munitions acquisition while maintaining a focus on enhancing strategic strike capabilities across multiple domains.