STUD, PLAIN

The contract solicitation SPE4A6-26-T-57H1 seeks the procurement of 32 units of STUD, PLAIN (NSN 5307-01-671-9409) with a delivery requirement of 169 days after date of order, culminating in a firm delivery date of November 19, 2026. Performance is FOB ORIGIN, with inspection and acceptance occurring at the manufacturer’s origin under RQ009. Compliance with the DLA Master List of Technical and Quality Requirements is mandatory, incorporating referenced R and I numbers governed by the revision in effect on the solicitation issue date. Quality conformance must adhere to MIL-STD-1916 or ASQ H1331 Table 1 with zero non-conformances required for acceptance unless otherwise specified, with critical, major, and minor attributes assigned verification levels VII, IV, and II respectively, or AQLs of 0.1, 1.0, and 4.0. Unspecified attributes are treated as major. The contractor must maintain a quality system compliant with SAE AS9003 or ISO 9001 and apply sampling methods as directed, with MIL-STD-105/ASQ Z1.4 permissible only for determining sample size, not acceptance criteria. Packaging and marking must fully comply with MIL-STD-2073-1E for preservation and MIL-STD-129 for labeling, including human-readable and machine-readable bar codes such as Data Matrix, and must follow DLA Packaging Requirements RP001 for palletization and unit containerization. Items are to be shipped in bulk with end containers holding 100 units, using preservation method 10 (CLNG/DRY) with no specified wrap or cushioning materials. Physical identification of the bare item must reference drawing 19207 12606071-035 per RQ017. Export-controlled technical data governed by ITAR or EAR applies, requiring prior authorization for any disclosure to foreign persons, and only DLA-approved contractors with JCP certification, completed training, and approved questionnaire responses may access such data. The contract incorporates multiple FAR and DFARS clauses addressing cybersecurity (252.204-7012 requiring NIST SP 800-171 compliance and 72-hour cyber incident