GREASE, AUTOMOTIVE AND ARTILLERY

The Defense Logistics Agency awarded a delivery order under contract SPE4AX16D9008 to ASRC Federal Facilities Logistics, CAGE code 79343, for the procurement of one unit of grease, automotive and artillery, identified by NSN 9150011977693, at a total price of $12.99. The award was issued on July 21, 2026, with delivery required by August 10, 2026, to Yuma Proving Ground, Arizona, under FOB Destination terms, meaning the contractor retains ownership and responsibility for the item until it arrives at the designated location. The order is designated as a small business set-aside, with the contractor also certified as a Small Disadvantaged Woman-Owned Business, triggering specific reporting and compliance obligations under FAR Part 19. The packaging and marking requirements mandate traceable shipping methods, prohibiting parcel post, and require all packages to be labeled with the contract number SPE4AX-16-D-9008, the delivery order number SPE4A6-26-F-CWDD, a Traceability Control Number W50P6W62010016, and associated transaction and activity codes consistent with DoD logistics standards. Invoicing must follow DFARS 252.232-7003, though payment instructions direct physical mailing to a designated DoD Finance address in Columbus, Ohio, rather than electronic submission. The order is rated under the Defense Priorities and Allocations System with a DO-D-1234567 priority designation, affirming its essential nature to defense operations, but no explicit MIL-STD references for packaging, preservation, or technical specifications are documented. Contract administration is overseen by Amanda Parker as the technical representative and Holly Dunganan as the local administrator, both from DLA Aviation in Richmond, Virginia, with funding sourced from appropriation code BX: 97X4930 5CBX 001 2624 S33189. Though no formal contract clauses, evaluation factors, or attachments are listed, the order operates under the terms of the basic contract and incorporates general commercial item acquisition practices consistent with a lowest price technically acceptable methodology due to its minimal value and non-complex nature.