Lockheed Martin demonstrates autonomous HIMARS capability for enhanced artillery operations

The autonomous system is designed to integrate with the U.S. Army’s existing HIMARS fleet, aiming to enhance flexibility and efficiency while retaining the option for traditional crewed operations. Lockheed Martin emphasises that this dual-use capability maximises the value of the Army’s current launcher assets while addressing evolving operational needs. According to Becky Withrow, Business Development director at Lockheed Martin, the solution “provides the flexibility to adapt to changing mission requirements.”

This development supports the U.S. Army’s modernisation goals, with plans to pair manned HIMARS systems with autonomous “wingman” launchers in future artillery operations. Such a combination is expected to improve operational efficiency and reduce the cognitive demands on soldiers. Lockheed Martin is also working on advanced mission planning technologies to streamline interactions between soldiers and autonomous systems. A follow-up demonstration scheduled for 2025 will further test these capabilities and refine their integration into military operations.

Lockheed Martin highlights that this innovation aligns with its broader “21st Century Security” initiative, which focuses on developing advanced technologies to address emerging security challenges. The company describes the autonomous HIMARS as a cost-effective enhancement to existing systems, designed to provide flexibility and adaptability in diverse combat scenarios. Tim Cahill, president of Lockheed Martin Missiles and Fire Control, stated, “Advancing this technology for our combat-proven launchers is a testament to our dedication to delivering innovative solutions.”

Beyond the HIMARS project, Lockheed Martin has a history of providing advanced autonomous and unmanned systems for the U.S. military and its allies. The company continues to incorporate commercial practices and defence expertise to deliver cutting-edge solutions. Recent projects include the MATRIX flight autonomy system, demonstrated by its subsidiary Sikorsky, and AI-enabled crewed-uncrewed teaming missions led by Lockheed Martin Skunk Works.

The integration of autonomous technologies into systems like the HIMARS is part of Lockheed Martin’s ongoing efforts to support military adaptability and operational efficiency. The company remains focused on optimising the interaction between crewed and uncrewed systems to enhance mission effectiveness and support the Army’s modernisation initiatives. These advancements reflect a continued investment in developing technologies that meet the demands of evolving combat environments.

To learn more, visit the Lockheed Martin website.