LONG RANGE FIRES

The Long Range Fires (LRF) program, part of the Navy's Research, Development, Test & Evaluation efforts, is focused on enhancing long-range precision weapons in line with the National Defense Strategy. This initiative aims to equip Combatant Commanders with a versatile, land-based system capable of launching Tomahawk cruise missiles. The LRF system combines a ROGUE-Fires carrier with a single-cell MK-41 vertical launch system and the Tactical Tomahawk Weapons Control System, complementing existing surface and sub-surface missile systems.

The LRF program's primary objectives include developing and testing an agile and mobile launch platform for engaging fixed, land-based targets. In FY 2024, significant progress was achieved through operational assessments and joint flight tests. Efforts were also directed towards enhancing launcher and carrier systems, developing reload/resupply mechanisms, and conducting various testing phases such as mobility and shipboard suitability assessments. These activities are vital for ensuring that the LRF system meets operational requirements and integrates seamlessly into existing military frameworks.

In FY 2025, the LRF program plans to begin developing the Maritime Strike version of Tomahawk (MST) for ground-launched capabilities. This phase will involve completing system development and further testing to validate performance metrics. The focus will also be on refining command and control systems, ensuring effective mobility, and completing guided flight tests. These steps are crucial for transitioning the LRF system from development to operational deployment.

The acquisition strategy for Long Range Fires emphasizes leveraging existing technologies from Navy and Marine Corps programs to minimize developmental risks. By utilizing components like the Tomahawk missile, MK41 launcher subsystems, and TTWCS software baseline shared across services, the program aims to create a unified capability that addresses identified capability gaps. This collaborative approach enhances interoperability and ensures efficient resource utilization across different military branches.