Beehive Industries, based in Englewood, Colorado, USA, recently conducted the first fire test of its additively manufactured jet engine demonstrator. This engine, designed for unmanned aerial defense vehicles, marks a leap in efficiency and cost-effectiveness, boasting a 90% part consolidation compared to traditional engines.
The successful completion of the first fire test, achieved in just sixteen months, highlights Beehive’s prowess in rapid design and production facilitated by 3D printing. By consolidating hundreds of parts into just fifteen primary components, Beehive aims to deliver tailored engines to the market swiftly and affordably.
With its eye on mass production, Beehive is ready to supply additively manufactured engines for American defense applications. Customers can anticipate customized propulsion systems designed to meet specific performance requirements in thrust, payload, and range.
“This is a huge milestone for Beehive Industries, as well as our country,” said Beehive CEO Mohammad Ehteshami.
“This 500 lbf programme is demonstrating the untapped potential of Additive Manufacturing for defense applications. I believe we are only scratching the surface of what’s possible for additive and defense.”
Beehive’s successful completion of the first fire test for its additively manufactured jet engine represents a huge step forward in advancing both defense technology and manufacturing capabilities, with implications for the broader aerospace sector.
Come and let us know your thoughts on our Facebook, X, and LinkedIn pages, and don’t forget to sign up for our weekly additive manufacturing newsletter to get all the latest stories delivered right to your inbox.