HOSE ASSEMBLY, NONMETALLIC

The Defense Logistics Agency awarded a delivery order under basic contract SPE7LX21D0081 to INDEPENDENT ROUGH TERRAIN CENTER LLC (CAGE 1NWY2), a Small Disadvantaged Women-Owned Business, for the procurement of two hose assemblies, nonmetallic (NSN 4720014845960), at a total contract value of $173.42, with a unit price of $86.71 per item. The award was issued on July 18, 2026, under solicitation SPE7LX26FB00F, and is classified as a rated order under the Defense Priorities and Allocations System (DPAS) per 15 CFR 700, requiring prioritized performance in support of national defense needs. The delivery is to be made to Prince Sultan Air Base in Saudi Arabia, with FOB destination terms, and must be completed no later than July 28, 2026. Packaging, marking, and shipping instructions are governed by a referenced basic attachment titled "#PID, Packaging, and Marking information" and must incorporate identifiers including W8000V, RDD 777, and TCN W8000V61990033, consistent with DoD logistics standards, though specific MIL-STD references are not explicitly stated. The contract is structured as a low-value, single-line-item delivery order awarded on a Lowest Price Technically Acceptable basis, with no evaluation of technical or past performance factors beyond basic compliance. Inspection and acceptance occur at the destination, with government representatives authorized to certify receipt and compliance, as evidenced by the signature of Samuel Freidet, acting as the Contracting Officer’s Representative. Payment is to be processed through the Defense Finance and Accounting Service in Columbus, Ohio, using the accounting classification BX: 97X4930 5CBX 001 2624 S33189, and invoices must be submitted electronically via the Wide Area WorkFlow system in accordance with DFARS 252.232-7003. The contractor has affirmed its small disadvantaged women-owned status and is bound by corresponding reporting obligations under FAR 52.219-3 and 52.219-15, along with full acceptance of all terms, conditions, and flow-down requirements inherent in