AviationNews – Kratos Defense & Security Solutions has successfully developed, tested, and delivered advanced turbomachinery for Lockheed Martin’s next-generation ramjet propulsion system. The critical milestone validates that the missile’s core propulsion engine is fully prepared to advance toward upcoming flight testing.
Announced at San Diego, the successful development campaign supports a high-priority joint propulsion initiative involving Lockheed Martin and the U.S. Army Aviation and Missile Center. Designed to power next-generation high-speed tactical missiles, the program completed a rigorous standalone turbomachinery testing series to verify operational thresholds and structural durability. Representatives from both Lockheed Martin and the U.S. Army directly observed the validation testing, confirming that the missile’s core propulsion technology is a proven, fielded capability ready for near-term operational schedules.
Technically, the system utilizes a compact, self-regulating turbomachinery unit engineered to convert incoming ram air energy directly into system power. This streamlined design significantly decreases internal size and weight requirements compared to traditional auxiliary power systems, maximizing payload capacity and flight range. By regulating internal fluid dynamics and thermal loads without adding structural mass, the component enables ramjet engines to sustain reliable combustion and power output at supersonic and hypersonic speeds.
“Our philosophy is to collaborate with industry leaders who share our mission of delivering cutting-edge technologies and capabilities to market quickly and cost-effectively,” stated Stacey Rock, President of Kratos Turbine Technologies. “This opportunity with Lockheed Martin has been highly successful and represents a cornerstone of our long-term strategic initiatives.”
As global defense requirements increasingly emphasize speed, survivability, and high-volume production, the validation of affordable ramjet hardware marks a substantial step forward for airborne strike platforms. Moving the integrated propulsion core into active flight testing shortens overall acquisition timelines for military services seeking rapid missile modernization.
The successful delivery and ground testing of Kratos’ turbomachinery establish a key technological foundation for future high-speed weapons systems. By combining advanced thermal and energy management with Lockheed Martin’s ramjet architecture, the partnership delivers a high-performance, cost-effective solution for national defense. Looking ahead, upcoming flight trials will demonstrate the integrated propulsion system under real flight conditions, paving the way for near-term operational deployment.
