Raytheon and Ursa Major Successfully Test Long-Range Solid Rocket Motor for US Army

Raytheon and Ursa Major have completed a successful missile flight test for the US Army, marking a significant advancement in the development of long-range solid rocket motor technology. The rocket motor, developed by Ursa Major, is designed to meet the Army’s growing need for affordable precision-guided munitions capable of striking targets at extended ranges. This milestone highlights the importance of advanced propulsion systems in strengthening military capabilities.

Strategic Collaboration to Enhance Missile Technology
Raytheon selected Ursa Major’s solid rocket motor technology due to its potential to provide cost-effective, high-performance solutions. The collaboration focuses on addressing the Army’s demand for affordable long-range missile systems while enhancing the ability to conduct precision strikes. The use of Ursa Major’s propulsion technology is seen as a key enabler for improving the US military’s reach and effectiveness in both offensive and defensive operations.

Manufacturing Innovations and Next Development Phases
Ursa Major’s use of additive manufacturing for motor development has been crucial in achieving rapid production and testing timelines. The company has completed nearly 300 static test firings this year, demonstrating the agility and performance of its propulsion systems. As part of the ongoing development, Raytheon and Ursa Major will incorporate manufacturing improvements, with additional flight tests scheduled for 2025 and qualification set for 2026. These developments aim to refine the technology and increase the operational capabilities of the US Army.

Impact on US Military Capabilities
The successful test is a pivotal moment for both companies, as the advanced propulsion systems promise to enhance the Army’s ability to carry out long-range strikes. Tom Laliberty, President of Raytheon’s Land and Air Defense Systems, emphasized that the new technology would give the US military and its allies a significant edge in terms of range, speed, and effectiveness, increasing the overall depth of their missile capabilities. By providing a more affordable and scalable solution, the collaboration aims to improve operational readiness and reduce costs for the military.