Indefinite Delivery Contract SPE7M126D60AZ

Jo-Kell Inc., an SBA-certified Women-Owned Small Business based in Chesapeake, Virginia, was awarded a single-award Indefinite Delivery Contract by the Defense Logistics Agency Land and Maritime on October 9, 2025, with a ceiling value of $250,000 and an ultimate completion date of October 9, 2026. The contract was established through an automated Indefinite Delivery Contract mechanism resulting from a Request for Quotation for electromagnetic relays under National Stock Number 5945013357514. The solicitation, posted on September 24, 2025, with a due date of October 9, 2025, sought 61 units with delivery required within 120 days after date of order. No set-aside designation was utilized for this procurement, and all responsible sources were eligible to submit quotations. The contract structure anticipates approximately seven orders per year with a guaranteed minimum quantity of nine units, designed to support military logistics operations across Continental United States and Outside Continental United States Defense Logistics Agency depots.

The procurement falls under North American Industry Classification System code 334416 for Capacitor, Resistor, Coil, Transformer, and Other Inductor Manufacturing and Product Service Code category 59 for Electrical/Electronic Equipment Components. Jo-Kell Inc. will manufacture and deliver electromagnetic relays to support critical military infrastructure and operational requirements, with items distributed to various defense depots both domestically and internationally. The contract leverages Jo-Kell Inc.'s established expertise in providing specialized electrical components to federal defense agencies, building upon the company's extensive track record with the Defense Logistics Agency, Naval Supply Systems Command, and other Department of Defense entities. Performance will be executed with a one-year term or until aggregate orders reach the $250,000 ceiling value, whichever occurs first, with deliveries coordinated through consolidation and containerization points for efficient distribution to end-user locations.