Next Generation Ammunition & Munitions Equipment (NGAME) for MMHE RFP/Solicitation

Updated attachments to include RFIs as of 8/18/26 Updated attachments to include RFIs as of 8/13/26 Updating posting to include current RFI's questions and answers as of 10 Aug 2026 Updating to include the RFP amendment which has extended the due date, updated clerical errors, add attachments, update PIEE language in the combined section L&M, update PCO name and contact information Updating to include RFP Amendment 002 to update the Price Submission attachment and combined Sections L&M. Updated to include RFP attachment SF1408 Pre Award Survey ***************************************************************************** The Government is notifying the public of NGAME RFP/Solicitation to identify potential sources that possess the expertise, capabilities, and experience to meet the qualification requirements for the Support Equipment & Vehicles (SE&V) Division's MMHE portfolio. The primary purpose of the proposed NGAME contract is to establish a robust industrial vendor base capable of designing, developing, testing, manufacturing, and sustaining innovative MMHE. A significant emphasis of this effort is on equipment that must achieve and maintain Nuclear Certification in accordance with AFI 63-125, Nuclear Certification Program. Per RFO 5.101(c)(4): All responsible sources may submit a quotation, bid, or proposal, as appropriate, which will be considered by the agency at RAFB AFLCMC/ROKA MMHE division. Direct awards will be restricted to entities with a valid US CAGE code. The Buy America Act will apply. The Government is releasing this solicitation to identify potential sources that possess the expertise, capabilities, and experience to meet the qualification requirements for the Support Equipment & Vehicles (SE&V) Division's MMHE portfolio. The primary purpose of the proposed NGAME Multiple Award IDIQ contract is to establish a robust industrial vendor base capable of designing, developing, testing, manufacturing, and sustaining innovative MMHE.