Kratos and GE Aerospace Advance Cruise Missile Propulsion with GEK800 Turbofan Test
Event summary
- Kratos and GE Aerospace successfully ignited the GEK800 turbofan cruise missile propulsion system on September 21, 2026.
- The test at the X-58 facility achieved a 100% success rate, keeping the program on schedule.
- The GEK800, designated F143, is designed for long-range, stand-off strike capabilities.
- Kratos and GE Aerospace aim to deliver affordable, high-performance cruise missile technology.
The big picture
The successful ignition of the GEK800 turbofan cruise missile propulsion system marks a significant step in advancing affordable, high-performance cruise missile technology. This milestone underscores the strategic partnership between Kratos and GE Aerospace, positioning them to meet the growing demand for rapid capability deployment and attritable strike assets in the defense sector. The collaboration aims to deliver substantial capability and value to warfighters, aligning with broader industry trends toward cost-effective and rapidly deployable military solutions.
What we're watching
- Production Scaling
- The pace at which Kratos and GE Aerospace can transition from successful testing to large-volume production of the GEK800 engine.
- Cost Efficiency
- Whether the collaboration can maintain performance while lowering lifecycle costs for cruise missile solutions.
- Market Adoption
- How quickly the Department of War and allied defense prime contractors integrate the GEK800 into their procurement programs.