N25_2025_hard shoulder running and its installation

The Virginia Department of Transportation (VDOT) has issued a state and local contract opportunity (N25_2025) for Hard Shoulder Running and Its Installation across multiple locations, specifically targeting Fluvanna County and Roanoke City. This procurement is exclusively for prequalified contractors and will be conducted through electronic bidding via Bid Express. The contract involves comprehensive infrastructure improvements focused on implementing hard shoulder running capabilities, which typically involves converting highway shoulder lanes for dynamic traffic management during peak congestion periods. All prospective bidders must submit questions through VDOT's Contractors Advertisement Bulletin Board (CABB) at https://cabb.virginiadot.org/. The solicitation was posted on September 9, 2025, with a firm bid submission deadline of November 19, 2025. Prequalification is a mandatory requirement, suggesting that contractors must demonstrate specific technical capabilities, prior transportation infrastructure experience, and meet stringent financial and operational standards to be considered eligible.

While specific set-aside designations are not explicitly detailed in the provided documentation, VDOT procurements often include provisions for disadvantaged business enterprises and small/minority-owned business participation. The contract appears to be a comprehensive infrastructure project that may involve significant technical complexity, potentially requiring specialized transportation engineering expertise. Given the nature of hard shoulder running implementation, the project likely involves advanced traffic management systems, road surface modifications, signage upgrades, and potentially intelligent transportation system integrations. Though exact budget ranges are not specified, similar infrastructure projects in Virginia typically range from $5 million to $25 million, depending on project scope and specific location requirements. Potential bidders should be prepared to demonstrate robust technical capabilities in highway design, traffic flow optimization, and intelligent transportation system implementations.