Additively Manufactured Solid Propulsion System for a Supersonic Aerial Target

The Naval Air Systems Command (NAVAIR) is conducting market research to determine the amount of responsible sources that have the capability, experience, facilities, and potential solutions for the capability gap described in the Request for Information (RFI). The RFI seeks information on industry's capability to design, develop, qualify, and manufacture a solid-propellant propulsion system for a supersonic aerial target. The Government's objective is to leverage advanced manufacturing techniques, including Additive Manufacturing (AM), to enhance the propulsion industrial base, improve system affordability, and increase supply chain resilience. Some key points about the job and scope of work include: • The propulsion system should be a solid-propellant ducted rocket motor. • The system should be capable of boosting a target vehicle to supersonic speeds and sustaining flight at Mach 2.5 or greater at sea-skimming altitudes for a duration exceeding 60 seconds. • The system should have a form factor that integrates within a cylindrical envelope of approximately 15 inches in diameter and 120 inches in length. • The total system mass should not exceed 600 lbs. • The system should provide standard mechanical and electrical interfaces to the airframe. • The system should be qualified for all environmental conditions associated with naval carrier and shore-based operations.