Lockheed Martin presents a new medium-range missile system: a range of 1,500 km

The American company Lockheed Martin presented a scale model of its advanced Medium Range Weapon System (MRC), also known as the Typhon Weapon System, at Euronaval 2024, one of the world's leading naval and defense exhibitions. This advanced surface-to-surface missile system boasts a maximum firing range of 1,500 km, attracting considerable interest from industry leaders, defense officials and international delegations eager to learn more about its capabilities. MRC system designed to enhance long-range precision fire and mid-range strike options.

This presentation marks the first time that a surface-to-surface missile system The MRC (Mid-Range Capability) was presented at a major European defense exhibition, highlighting Lockheed Martin's commitment to increase awareness of this innovative platform on the global stage. MRC, a critical component of the US Army's modernization strategy, has become central to the joint force's approach to countering modern threats in conflict environments, including the Indo-Pacific region. This focus on the Indo-Pacific region has already seen the MRC system achieve its first historic deployment. On April 11, 2024, Multidisciplinary Task Force 1 successfully deployed an MRC missile system in Northern Luzon, Philippines, as part of Exercise Salaknib 24.

The Medium Range Weapon System (MRC), or Typhon Weapon System, aims to enhance the US military's precision strike capabilities at medium ranges of approximately 500 to 1,500 kilometers. As part of the Army's modernization efforts, the MRC system serves to counter a range of critical threats, including enemy naval ships, air defenses, and land targets. Bridging the gap between shorter-range missile systems and long-range hypersonic capabilities, the MRC provides flexible and effective deterrence options in a variety of scenarios. Its key goals — deterrence and defense, operational flexibility and improved strike accuracy, enabling the Army to respond to new threats in complex, contested environments.

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The MRC system has a number of advanced functions and combat capabilities. Its two primary missiles, the Standard Missile-6 (SM-6) and the Tomahawk Land Attack Missile (TLAM), provide considerable versatility. The SM-6 offers multi-role capabilities, engaging both air and surface targets, making it suitable for air defense and anti-ship roles. Optimized for long-range precision strikes, the Tomahawk allows the MRC to target critical land-based facilities such as command centers and critical infrastructure. In addition, the system supports rapid redeployment and flexibility, allowing it to adapt to different scenarios on the battlefield.

The MRC battery includes multiple launchers, a battery control center (BOC), prime movers and modified trailers. The BOC acts as a command center, coordinating the engagement of targets and controlling the launch process. Each launcher is configured to carry and deploy a combination of SM-6 and Tomahawk missiles, maximizing the battery's strike capabilities. The modular structure of the system facilitates integration into existing military units, increasing the interoperability of joint forces and allowing them to coordinate with other long-range assets.

Lockheed Martin demonstrated the MRC system for European armed forces, highlighting its potential to support integrated NATO deterrence strategies and strengthening the capabilities of partner countries. The MRC offers a critical solution that enables allied forces to deliver precise, powerful strikes while remaining adaptable to new threats. The high interest from participants highlighted the attractiveness of the system among international military organizations, many of which are studying the integration of MRC into their defense structures.