Solicitation Summary: FA4610 2QG0055 - TITAN DORM BEDS AND MATTRESSES

This is a Solicitation/Contract/Order for Commercial Products and Commercial Services (Standard Form 1449) issued by the U.S. Air Force to procure TITAN Dorm beds and mattresses for delivery to Vandenberg Space Force Base, California. The solicitation was issued on September 16, 2026, with an offer due date of September 23, 2026, at 1:00 PM PST. This is a small business set-aside requirement under NAICS 337122 (Institutional Furniture Manufacturing). The requisition is classified as an unrestricted acquisition with 100% requirement for North American Industry.

The procurement requires 88 Twin XL Hardwood Bedframes (institutional-grade, solid hardwood/veneer bunkable frames with tool-less wedge-lock assembly and integrated sinuous wire mattress support, clear oak finish, sized for 38" x 80" mattresses) and 88 Twin XL Innerspring Mattresses (institutional-grade commercial innerspring with heavy-duty steel coils, continuous border rod, and fluid-proof/bed-bug-resistant ticking, compliant with 16 CFR Parts 1632 and 1633, 38" W x 80" L x 8"-11" D). Additionally, the contract includes one job for Freight & Inside Delivery to Vandenberg SFB Building 13135 with security gate coordination and vehicle offload, and one job for On-Site Installation & Assembly with de-installation and warehouse transport services. All deliverables must be completed by December 4, 2026. Pricing is firm fixed price. The contract incorporates DFARS and FAR clauses by reference and full text, including Wide Area Workflow (WAWF) payment instructions, personnel security and health/safety requirements for base access, and various trade agreement and compliance certifications (Buy American, covered defense telecommunications, inverted domestic corporation prohibitions, and Balance of Payments Program). Award will be made to the lowest-priced offeror meeting all Phase 1 (schedule commitment by 4 December 2026) and Phase 2 (technical, logistics, and compliance) criteria following a three-phase sequential evaluation.