The Defense Logistics Agency has issued a sources sought notice to identify suppliers capable of supporting the requirement for an Electro-Mechanical Actuator (NSN 4935-01-664-2135). Currently, there is one approved manufacturer, Beaver Aerospace & Defense (P/N J16116-G). This notice is part of market research aimed at determining procurement methods, although no solicitation is present at this time. Interested parties must submit their organizational details and capability statements, highlighting their capacity to deliver the required services, which include manufacturing, inspection, and logistics management. Responses will be evaluated to ascertain market capacity for fulfilling the contract's needs, and the resulting contract may be set aside for small businesses or awarded through full and open competition. Interested vendors are encouraged to respond by June 9, 2025, via email to the designated contact, Michelle R. Scott, with attention to the technical and qualification requirements, which are not currently available. This notice emphasizes the government's outreach to ensure adequate supplier interest and capacity to meet its procurement objectives efficiently.
The federal solicitation 25R0663 is for an Electro-Mechanical Actuator (NSN: 4935-01-664-2135), with a request for a quantity of 30 units. The procurement is categorized as other than full and open competition, with a required delivery timeframe of 255 days after receipt of order (ARO). Evaluation for contract award will consider price, past performance, and additional factors mentioned in the solicitation. The issue date for this solicitation is June 23, 2025. It includes a Reverse Auction provision, encouraging offerors to register on the ProcureX system to participate; registration aids in auction engagement. Interested parties can access the solicitation on the DIBBS website, with no paper copies provided. This solicitation reflects standard procedures for federal RFPs that facilitate supplier participation while ensuring compliance with procurement processes.