Multi-Award Contract for Reverse Engineering of Armed Services Parts

The Department of the Air Force Materiel Command Air Force Sustainment Center (AFMCAFSC) is seeking a Multi-Award Contract for Reverse Engineering of Armed Services Parts to address critical supply chain challenges within the USAF 448 SCMW supply system. The primary objective is to resolve deficiencies in parts acquisition and repair through technical and engineering services that can increase competition, reduce overpricing, and minimize delivery delays for weapon system components. Contractors will be required to perform comprehensive reverse engineering services, including developing technical data packages, creating prototypes, and producing manufacturing specifications following strict military standards such as MIL-STD-31000 and ASME Y14.100. The solicitation demands advanced technical capabilities, including potential use of advanced manufacturing methods like 3D printing and potential collaboration with USAF Innovation Center reverse engineering labs. Responses to the pre-solicitation are due by June 11, 2025, with contractors expected to have a six- to twelve-month turnaround for project completion.

The contract is designated as a Competitive 8(a) set-aside, with plans to award contracts to a pool of 8 disadvantaged small businesses with specialized engineering and manufacturing capabilities. While specific award values are not explicitly stated, the contract will focus on procuring Non-Recurring Engineering (NRE) services for Defense Logistics Agency (DLA) and Armed Services managed supply items. Contractors must demonstrate expertise in creating Computer Aided Design (CAD) drawings, developing Technical Data Packages (TDP), and providing administrative and advisory services related to parts reverse engineering. The initiative aims to support weapon system readiness by addressing critical supply chain inefficiencies, including reducing back-ordered requisitions and accelerating parts sourcing. Potential contractors will need to showcase technological sophistication, including capabilities in emerging technologies like AI and machine learning, 3D printing resources, and the ability to travel to DoD repair facilities as needed.