A roof that has to be installed without ever closing the airport
Aviation roofs break the assumptions a normal commercial timeline runs on. Sarasota Bradenton International Airport (SRQ) operates around the clock and has been moving record passenger traffic through its expanding terminal, with carriers including Allegiant, American, Delta, JetBlue, and United. There is no overnight when everything stops. Every access point, material lift, and crew deployment has to be coordinated with the airport's facilities department and its FAA Part 139 safety program, and in places with TSA security as well. We build that coordination into the scope before the contract is signed, because the alternative is a crew standing idle on day one waiting for clearances nobody arranged.
Big flat decks where ponding is not allowed
Terminal roofs are large, low-slope expanses, and on a building this size minor drainage flaws become major problems fast. Sarasota's afternoon downpours and the broad flat geometry mean ponding tolerance has to be near zero, so tapered insulation and a drainage design tuned to the rainfall do more for the roof's life than the membrane brand. The sheer roof area also magnifies wind exposure: a Gulf Coast terminal has to meet hurricane-rated uplift requirements across acres of membrane, and the attachment or ballast specification is engineered for that, not borrowed from a smaller building.
Jet blast, dense mechanicals, and around-the-clock occupancy
Airside roofs catch jet blast, which means adhesion and ballast on those areas have to exceed what a comparable logistics roof would call for. Terminal HVAC is also far denser and heavier than standard commercial, so the roof carries more curbed penetrations and needs more flashing-maintenance touchpoints over its life. Our pre-project survey documents every penetration, curb height, and mechanical clearance before we write the work plan, and oversized equipment curbs and complex through-penetrations are detailed individually rather than with a stock pattern. And because passengers move through the building at every hour, the work plan protects occupied concourse space below at all times. Overhead work above the ticketing hall, the security checkpoint, and the gate holdrooms is sequenced so debris containment and noise never spill into the passenger experience, and any interior protection is set and struck around the daily flight bank rather than left hanging through a peak departure push.
The campus is bigger than the terminal
Aviation work extends well past the terminal itself — cargo buildings, rental-car centers, FBO and aircraft-maintenance hangars, and the hotel and support structures around the SRQ campus all need roofing, and the coordination requirement does not relax just because a building sits off the main terminal. Badging and security access apply across the property, and our crews treat that as a baseline they plan for rather than something discovered on site. The steady terminal expansion at SRQ, together with the hotel and hospitality construction along the Gulf Coast resort corridor, keeps real demand for hurricane-rated commercial roofing across Sarasota and Manatee counties.
General aviation and hangar structures
- Venice Municipal Airport (VNC) — general aviation south of Sarasota, where reliever and FBO facilities carry lighter security but often more demanding building geometry.
- Tampa International Airport (TPA) — the major hub roughly sixty miles north, anchoring the wider regional aviation market we serve.
High-bay hangars are their own challenge. Wide clear-span roofs over wide-flange steel or pre-engineered metal building systems generate large wind-uplift and thermal-movement loads, and the fastening pattern and seam geometry have to be specified for those structures rather than a flat-roof default. For new high-bay aviation buildings and hangars we frequently specify standing seam metal; for terminal re-roofing, a TPO or PVC single-ply over tapered insulation is the common path. The right call comes from walking the roof with your facilities engineer and reading the existing deck, its load capacity, and the operational constraints.
What an aviation roof scope from us includes
- A phased work plan developed with airport facilities and the Part 139 coordinator, with lifts and airside work scheduled into approved windows and the NOTAM process used where required.
- Tapered insulation and near-zero ponding tolerance across large flat terminal decks, with hurricane-rated uplift engineered for the full roof area.
- Individually detailed flashing for dense, oversized terminal mechanicals and elevated adhesion or ballast on jet-blast-exposed airside roofs.
- Crew credentialing and badging built into the bid timeline for any work across the airport campus, terminal or otherwise.
Airport & Aviation Roofing Questions
How do you schedule work at an operating airport like SRQ?
We develop a phased plan with the airport facilities department and the FAA Part 139 coordinator, approved by airport operations. Material deliveries, crane lifts, and any work near airside areas are scheduled into approved windows and run through the NOTAM process where required. The coordination is built into the project setup, not handled as an exception.
What roof systems suit large-span terminal roofs?
Most terminal re-roofing uses a TPO or PVC single-ply over a tapered insulation system designed to improve drainage and eliminate ponding. New high-bay aviation structures and hangars often call for standing seam metal. The choice depends on the existing deck, its load capacity, and operational constraints, which we assess by walking the roof with the facilities engineer.
How do you handle the density of terminal HVAC and penetrations?
Terminal mechanical density is much higher than standard commercial. Our pre-project survey documents every penetration, curb height, and clearance before the work plan is written, and oversized curbs and complex through-penetrations are detailed individually rather than with a stock pattern.
Can you work on airside structures near active aircraft operations?
Yes, with proper badging and in full coordination with airfield operations. Airside work requires more pre-planning and crew credentialing, which we build into the bid timeline, and adhesion or ballast on those roofs is specified to handle jet blast. We do not mobilize crew without confirmed airside authorization.
Do you roof FBO and general aviation hangars?
Yes. High-bay hangars over wide-flange steel or pre-engineered metal systems generate large uplift and thermal-movement loads, so the fastening pattern and seam geometry are specified for those structures rather than a flat-roof default. We handle single-bay private hangars and multi-unit FBO complexes across the region, including reliever fields like Venice Municipal.