Sarasota Bradenton International Airport Baggage Handling System

GRAEF provided full engineering for the Sarasota-Bradenton International Airport (SRQ) Baggage Handling System (BHS) and Checked Baggage Inspection System (CBIS) consolidation project. The goal was to replace outdated infrastructure and streamline baggage screening into one modern, efficient system. This project allowed the airport to reclaim ticket counter space, reduce staffing needs, and accommodate growing passenger traffic with more reliable equipment.

The project was delivered in two phases. The first involved concept development and cost estimation for funding discussions with the Transportation Security Administration (TSA). The second included detailed design and construction documents, aligning with TSA’s standards. GRAEF’s role focused on mechanical, plumbing, fire protection, structural engineering, and architecture.

A major challenge was working around several active electrical rooms located in the center of the project footprint. GRAEF carefully coordinated the layout of new equipment, ductwork, and conveyors to avoid disruptions to airport operations. Maintaining full airport functionality during construction was critical. The work was divided into 14 phases to ensure that at least two-thirds of the baggage system remained active while the new system was installed. Construction planning emphasized passenger convenience and operational continuity throughout the terminal.

The outdated system had been in place since 2002 and was composed of three separate inline systems that frequently broke down. The new setup, completed in February 2025, consolidates everything into a single system with three CTX 9800 DSi Explosives Detection System machines, significantly increasing capacity from 600 to over 1,950 bags per hour. With a dual-motor design and hot-swappable parts, the new machines reduced downtime and improved reliability.

Other upgrades included a new sort pier for bags with unreadable tags and a centralized screening room that enabled flexible routing between machines. Automatic Tag Readers and LiDAR-based sizing tools were added to improve efficiency and handle oversized luggage. These changes enhanced the passenger experience while ensuring the airport can support continued growth.