BOLT, SHEAR

The contract, awarded to Adept Fasteners Inc with CAGE code 1V0G6 under solicitation SPE4A624F0112 and delivery order SPE4A623D0115, is an indefinite quantity contract with a total base value of $744,210.18 for 3,906 shear bolts, part number 5306011746533, and a single line item for production lot testing. The award date is July 16, 2026, with delivery scheduled over a 520-day period from award, including 445 days for production unit manufacturing following first article approval and additional time for testing and shipment. The contract includes FOB origin delivery for production units, with inspection conducted at the contractor’s facility in Valencia, CA, and final acceptance occurring at the destination. Packaging and marking must strictly comply with MIL-STD-2073-1D, MIL-STD-129, and MIL-STD-130N, requiring thread protection via wrap or sleeve, specific palletization under DLA RP001, and item identification with barcoding per government standards. The contractor is required to adhere to a government-furnished quality system including ISO 9001:2008 and provide a Certificate of Conformance. Invoicing is mandated through the Wide Area WorkFlow system exclusively. Compliance with a broad array of Federal Acquisition Regulation and Defense Federal Acquisition Regulation Supplement clauses is required, including cybersecurity safeguards under 252.204-7012, counterfeit part avoidance, drug-free workplace policies, antiterrorism training, trafficking in persons prevention, and restrictions on foreign purchases. Contract administration is handled by the Defense Logistics Agency Aviation office in Richmond, VA, with payment processed by DFAS in Columbus, OH. Although the contract includes four optional years, all option pricing is set at $0.00, making the base amount the sole financial commitment. No socioeconomic certifications, size status declarations, or completed representations were provided in the offeror’s submission, and key documentation such as Section H special requirements and Section M evaluation factors remain unrevealed.