Beehive Industries has completed an initial test of its Frenzy 6 prototype, a roughly 445 newton (100 lbf) engine for munitions, drones and unmanned aircraft. The first firing took place on September 23 at the Colorado headquarters, four months after requirements were finalised with the U.S. Air Force. The company-funded engine met all initial objectives.
What was tested
The test covered engine starting, performance and operability. Frenzy 6 is the smaller sibling of the roughly 890 newton (200 lbf) Frenzy 8 and shares design principles with it. The test followed a $29.7 million U.S. Air Force contract, disclosed in April, to advance the Frenzy family.
Capacity and next steps
Beehive says its additively enabled approach allowed the move from finalised requirements to a test in four months. The company plans capacity for more than 8,000 jet engines a year, backed by investment in additive manufacturing, precision machining and facilities. Testing continues, followed by vehicle integration and a flight demonstration planned for 2027.
What it means
The report shows a requirements-to-test time of four months, but gives no detail on which parts are printed or on unit cost. For European manufacturers the relevant signal is demand: small expendable engines for drones and munitions could become a volume market for AM suppliers. Qualification and cost per engine remain open, and a 2027 flight demonstration is still a prototype milestone, not series production.
Frequently asked questions
What is Frenzy 6?
A prototype jet engine of about 445 newtons (100 lbf) from Beehive Industries, aimed at smaller munitions, drones and unmanned aerial vehicles.
When is the flight demonstration?
Beehive plans a flight demonstration in 2027, after further testing and vehicle integration.
This summary was written with the help of AI from the linked reports, under the editorial responsibility of Svetozar Kolesar.