Opportunity
SAM #FA440726Q0012
Mobile, Rapidly Deployable Vehicle Barrier System Procurement for Scott AFB
Buyer
375th Contracting Squadron
Posted
August 26, 2026
Respond By
September 08, 2026
Identifier
FA440726Q0012
NAICS
332999, 423390, 332312
The Department of the Air Force, 375th Contracting Squadron (PKB1) at Scott Air Force Base, Illinois, is seeking a mobile, rapidly deployable vehicle barrier system for the 375th Security Forces Squadron. - Government Buyer: - Department of the Air Force - 375th Contracting Squadron (PKB1) - Scott Air Force Base, IL - Products/Services Requested: - Mobile, rapidly deployable vehicle barrier system - Must achieve M30-equivalent crash rating (capable of stopping a 15,000-pound vehicle at 30 mph) - Man-portable components (each under 85 lbs) - Minimum 30 linear feet of continuous barrier coverage - Rapid deployment and recovery (deployable by small team within 15 minutes) - No ground anchoring required; deployable on standard surfaces - ADA-compliant pedestrian walk-throughs - Emergency vehicle access - Dedicated highway-capable transport trailer for storage and deployment - Quantities: - 1 complete vehicle barrier system - Unique/Notable Requirements: - Must meet Anti-Terrorism/Force Protection mandates - Lightweight, modular design for portability - ADA compliance and emergency access features - Delivery required no later than September 22, 2026 - OEMs and Vendors: - No specific OEMs or vendors named; opportunity open to qualified manufacturers - Selection Criteria: - Technical acceptability, delivery timeframe, and lowest price - 100% Small Business Set Aside under NAICS 332312
Description
The 375th Contracting Squadron (PKB1) at Scott AFB, IL is contemplating an award for the procurement, and delivery of a mobile, rapidly deployable vehicle barrier system for the 375th Security Forces Squadron (375 SFS) located at Scott AFB, IL. The government intends to issue a firm-fixed-price purchase order to the responsible vendor whose quote represents the best value, based on technical acceptability, delivery timeframe, and lowest price.