CIRCULATOR, RADIO FR

The contract SPE7M526V3188, awarded by the Defense Logistics Agency to L3 Technologies Inc. on July 13, 2026, is a firm fixed price modification valued at $36,460.00 for the procurement of ten radio frequency circulators identified by NSN 5985015792192 and PR 7013006605. The action was issued under simplified acquisition procedures via FAR 13.302(a) or 12.303(a) as a unilateral modification, with no negotiation required, and no option quantities or extensions are indicated. The contract performance location is not explicitly defined, though the contractor’s facility is located in Millersville, Maryland, and the issuing office is DLA Land and Maritime in Columbus, Ohio. Payment processing details, invoicing methods, and specific delivery terms such as FOB are not specified, and while the DIBBS portal is referenced for post-award submissions, no formal remittance or electronic invoicing system like WAWF or IPP is identified. The only clause incorporated into the contract is FAR 52.222-90, Addressing DEI Discrimination by Federal Contractors, under deviation 2026-00040, Revision 1, requiring the contractor to comply with federal DEI-related non-discrimination obligations. No technical specifications, inspection criteria, packaging standards, or quality assurance requirements beyond this clause are provided in the available documentation, nor are there any details on acceptance location, responsible inspection party, or referenced military standards. The contracting officer is Michael Finken, with no assigned COR or COTR identified. The contractor’s CAGE code is 0VZE8, but no size status or socioeconomic certifications are declared. No attachments, evaluation factors, or accounting data such as AAC, TAS, or ACRN Lines are included in the provided information, and the contract’s period of performance, delivery schedule, and place of performance remain unspecified. All communications and submissions must be conducted through DIBBS, and the contractor must handle any post-award concerns via the designated PAR process.