Pre-Proposal__RFP_072826_Attendance_report_.pdf

This is a Pre-Proposal Bidders Conference Attendance Report for RFP 072826, issued by Beaufort County, South Carolina, for the design and construction of aircraft hangars at Beaufort Executive Airport. The project involves the development of an eight-bay T-hangar and a 50-foot by 50-foot box aircraft hangar, with proposals due July 28, 2026. The scope of work encompasses full design, engineering, pricing, procurement, permitting, construction, commissioning, and closeout services. A pre-proposal bidders conference was held to allow interested design-build teams to review project requirements, validate site conditions, and ask clarifying questions. The conference was attended by 34 representatives from 22 companies and organizations, including general contractors, architectural firms, construction management companies, and specialized aviation facility providers such as Johnson Laux Construction, Samet Corporation, Edison Foard, Lindsey Architecture, and Parrish & Partners.

The report documents participant attendance without disclosing specific pricing information, contract terms, or award details. Beaufort County seeks experienced progressive design-build teams capable of recommending practical and economical building and hangar door systems while meeting all applicable building codes, coastal wind-load requirements, FAA guidance, and airport operational requirements. The County does not prescribe specific systems but encourages innovative, constructible designs that maximize long-term value, operational functionality, durability, and lifecycle cost savings. The selected team will deliver durable, maintainable, and cost-effective facilities that support general aviation aircraft storage, accommodate varied aircraft types, enhance operational efficiency, and generate additional airport revenue while supporting the Airport's long-term growth objectives. Supporting documentation includes a site location map and geotechnical report to enable proposers to validate feasibility, assess site-specific constraints, and develop accurate cost estimates.