Air Force Awards Contract to Develop Small, Disposable Engines for Missiles and Drones

Why It Matters

Affordable, quickly manufactured turbine engines enable the Air Force to field large volumes of low‑cost missiles and autonomous drones, reshaping the economics of future combat. The contract also signals a rapid‑scale industrial pathway that could influence defense procurement across the services.

Key Takeaways

• Beehive won $29.7 M contract for disposable jet engines
• Frenzy 8 delivers 100‑300 lb thrust; Frenzy 6 targets 100 lb
• Production goal 2027: 3,000‑5,000 engines, scalable via 3D printing
• FAMM program allocates $620 M, seeking affordable mass‑produced missiles
• DoD requests $973 M R&D and $1.37 B procurement for small turbines

Pulse Analysis

The Air Force’s latest $29.7 million award to Beehive Industries underscores a strategic shift toward low‑cost, expendable propulsion for missiles and unmanned aerial systems. By integrating the 200‑pound Frenzy 8 engine—capable of 100‑300 lb of thrust—into the Family of Affordable Mass Missiles (FAMM) portfolio, the service aims to field thousands of cheap, networked weapons that can be produced at scale. This approach addresses a growing demand for affordable kinetic options in contested environments where traditional, high‑priced missiles are unsustainable.

Beehive’s competitive edge lies in its heavy reliance on additive manufacturing, allowing rapid iteration and volume scaling that traditional machining cannot match. The company has already completed first‑engine and altitude tests, with flight trials slated in the coming weeks. Its production roadmap targets 3,000‑5,000 engines per year by 2027, with the capacity to double within twelve months thanks to 3D‑printing flexibility. The parallel development of the smaller Frenzy 6, slated for entry‑into‑service the same year, leverages the same tooling and design data, further compressing development timelines and reducing per‑unit cost.

The broader defense landscape is watching closely as the Department of Defense earmarks $973 million for research and $1.37 billion for procurement of small turbine engines across FAMM and Collaborative Combat Aircraft programs. With at least half a dozen firms competing, the market is set to accelerate innovation in lightweight propulsion, sensor integration, and autonomous flight. Successful scaling could lower barriers for allied nations to adopt similar systems, potentially reshaping global missile economics and reinforcing the United States’ edge in rapid, affordable strike capabilities.