Design and Construct New Border Patrol Station in Rio Grande City, TX

The U.S. Customs and Border Protection is seeking a contractor to design and construct a new Border Patrol Station in Rio Grande City, Texas, on the existing site, which will require full demolition of the current facility built around 2000. The new station must accommodate 538 staff, including 505 agents, a significant expansion from the original capacity of 125 agents. To support this expansion, the contractor must acquire adjacent privately owned land and construct an additional ingress and egress roadway per USBP design standards. The existing station must remain fully operational throughout the entire construction and commissioning process. The contractor is required to submit a detailed construction sequencing and staging plan, including traffic management measures, for CBP approval before any work begins. After the USBP vacates the old facility, the contractor must decommission and dispose of the existing structures in compliance with federal regulations. A mandatory visual site visit is required to ensure the contractor fully understands site conditions, operational constraints, and topography to develop an accurate and feasible proposal. This procurement will be conducted under the DHS Multiple Award Design-Build IDIQ contract vehicle, with no specific set aside for small businesses. The work falls under NAICS code 236220 for commercial and industrial building construction. The place of performance is clearly defined as Rio Grande City, Texas, and point of contact information is provided for both technical inquiries and small business coordination. The contractor must adhere strictly to all requirements outlined in the Scope of Work and associated Compliance Documents, ensuring the design and construction meet all federal and operational standards. All deliverables, including site assessments, sequencing plans, and post-construction decommissioning procedures, must be submitted for review and approval by CBP to ensure seamless transitions and continuous mission support during construction.