Leidos has been awarded a $334 million contract to help the U.S. Air Drive Analysis Laboratory (AFRL) in creating an air-breathing hypersonic system. The Expendable Hypersonic Multi-mission ISR (intelligence, surveillance, and reconnaissance) and Strike program, higher often called Mayhem, will span a 51-month interval of efficiency. The preliminary job order is $24 million to conduct the System Necessities Assessment (SRR) and Conceptual Design Assessment (CoDR) in a Digital Engineering (DE) surroundings.

“The group assembled by Leidos marries distinctive expertise with innovation. We’re working with the nation’s high answer suppliers in hypersonic car and propulsion applied sciences. We’re proud to contribute to this necessary nationwide safety mission,” mentioned Mayhem program supervisor Ryan Leo. “.”


“To ship the following technology of air-breathing hypersonic system, we’ll leverage our years of funding, data and success within the hypersonic area. Our group is ready to undertake this very important mission for our nation,” Leidos’ Dynetics President Steve Cook dinner mentioned.

The Mayhem system will use a scramjet engine to generate thrust, propelling the car throughout lengthy distances at speeds larger than Mach 5. Leidos is tasked with designing and creating a large-class model that surpasses present air-breathing methods in vary and payload capability utilizing digital engineering to make sure the design efforts assist future improvement and transition.

Leidos has assembled a group of leaders from business and academia, together with Calspan, Draper and Kratos Protection & Safety Options, Inc., to function the System Design Agent (SDA). The SDA will forge partnerships between the federal government, business and academia to ship the cutting-edge analysis and improvement wanted to design and put together a manufacturing prepared technical information bundle to supply prototypes. Leidos will even lead the Mannequin Primarily based Programs Engineering (MBSE) and programming to assist guarantee Mayhem can transition from thought to operational system.