RFI - DMSMS resolution on the ALE-50 Launcher Controller

The United States Air Force Materiel Command Air Force Sustainment Center is conducting market research to resolve Diminishing Manufacturing Sources and Material Shortages (DMSMS) issues with the ALE-50 Launcher Controller, specifically targeting problems with its power supply. The government seeks innovative solutions to address component obsolescence, including potentially scrubbing the outdated bill of materials, identifying new vendors, and utilizing previously qualified components. Interested contractors are required to submit comprehensive business and capability information by July 31, 2025, directly to Kenneth Dicman and Matthew Moorman via email. The desired deliverables include two updated Launcher Controllers with resolved DMSMS issues, comprehensive testing reports validating acceptance procedures, and formal engineering change proposal (ECP) documentation. Evaluation will likely focus on technical capability, proposed resolution strategies, and the feasibility of implementing sustainable long-term solutions for the specific component (NSN: 5865-01-481-1841, P/N: G555563-4).

While no specific small business set-aside has been determined, the Air Force encourages participation from both large and small businesses, including joint ventures and teaming arrangements. Raytheon Technologies is currently understood to be the sole source provider for this system, which may impact potential competitive bidding. The market research does not guarantee future solicitation or contract award, serving primarily as an information-gathering exercise to explore potential DMSMS resolution strategies. Although no precise award value is specified in the documentation, the complexity of the Launcher Controller and the comprehensive nature of the requested deliverables suggest a potentially significant procurement effort. Respondents should be prepared to provide detailed technical and business capabilities, with a focus on demonstrating expertise in electronic component replacement, systems integration, and aerospace equipment sustainment.