The document outlines a government Request for Proposal (RFP) for the procurement of Hornady 9mm Luger +P 135 grain Critical Duty Law Enforcement ammunition or equivalent. The National Oceanic and Atmospheric Administration (NOAA), specifically its Office of Law Enforcement (OLE), requires 113,500 rounds to enhance its enforcement capabilities across the U.S. Exclusive Economic Zone and various marine sanctuaries.
Key specifications include bullet performance meeting FBI testing protocols and various delivery locations primarily across Alaska, the Southeast, and other U.S. states. The solicitation emphasizes factors such as technical capability, pricing, and past performance for vendor evaluation. The timeline for delivery is set at 120 days after the award, with conditions regarding pricing and terms outlined in the associated Federal Acquisition Regulation clauses.
This RFP reflects the government's commitment to ensuring law enforcement units are well-equipped to carry out their mission of sustainable marine resource protection while adhering to various regulatory and procedural requirements.
The file provides justification for the selection of Hornady 9MM Luger +P 135 gr FlexLock Critical Duty ammunition for use by the Office of Law Enforcement (OLE) following their transition to 9mm duty handguns. This ammunition was chosen due to its comparable ballistics to the previously used .40 S&W caliber and its success in passing FBI testing protocols. Key features include superior barrier penetration, low flash propellant for night vision preservation, and design elements that prevent bullet clogging and enhance expansion. The specified ammunition meets or exceeds detailed FBI specifications regarding distance, velocity, and energy. It comprises a nickel-plated crimped case designed for durability and ease of handling in low-light conditions. Overall, the document outlines critical specifications and performance characteristics necessary for law enforcement applications while ensuring operational effectiveness and safety in various environments.