What Happens to Your Roof During a Hurricane in Florida. A Real Timeline From the First Gust to the Morning After.
Why Orlando Roofs Are More Vulnerable to Hurricanes Than Most People Think
The Real Timeline. What Happens to Your Roof as a Hurricane Moves Through
Sustained winds 40 to 60 mph. The warning signs begin.
At this wind speed, which Florida homeowners experience in tropical storms and the outer bands of hurricanes, the first failures begin on roofs that already have vulnerabilities. Shingles that were curling, loose, or improperly fastened start lifting at their edges. Flashing that was sealed with deteriorating caulk begins pulling away from penetration points. Gutters that were already working loose may detach at one end and start acting as a lever against the fascia board. These are not catastrophic failures yet. But each one is opening a path for the wind speeds that follow.
This is the wind speed range that causes the majority of residential roof damage in Central Florida during hurricane events. At 60 to 80 mph sustained winds, shingles that were not properly fastened with the six-nail pattern required by current Florida Building Code begin lifting and separating. A shingle installed with four nails rather than six has significantly less wind uplift resistance. Once a shingle tab lifts far enough, the adhesive strip on the shingle above it loses its bond and the failure propagates across the roof surface rapidly. A roof that loses 10 percent of its shingles in this wind range will lose much more if winds continue to intensify.
Sustained winds 60 to 80 mph. Shingle loss begins.
At this stage the underlayment is exposed. Felt paper underlayment, common on pre-2008 Florida roofs, begins tearing within minutes of exposure to 70 plus mph winds. Modern synthetic underlayment performs better but is still not designed for extended exposure. Water entry during this phase is not a question of whether. It is a question of how much.
This is the wind speed range that causes the majority of residential roof damage in Central Florida during hurricane events. At 60 to 80 mph sustained winds, shingles that were not properly fastened with the six-nail pattern required by current Florida Building Code begin lifting and separating. A shingle installed with four nails rather than six has significantly less wind uplift resistance. Once a shingle tab lifts far enough, the adhesive strip on the shingle above it loses its bond and the failure propagates across the roof surface rapidly. A roof that loses 10 percent of its shingles in this wind range will lose much more if winds continue to intensify.
At this stage the underlayment is exposed. Felt paper underlayment, common on pre-2008 Florida roofs, begins tearing within minutes of exposure to 70 plus mph winds. Modern synthetic underlayment performs better but is still not designed for extended exposure. Water entry during this phase is not a question of whether. It is a question of how much.
Sustained winds 80 to 100 mph. Structural stress begins.
At sustained winds above 80 mph, the forces acting on a roof system shift from surface damage to structural stress. Wind creates positive pressure against the windward side of the home and negative pressure, suction, on the leeward side and roof surfaces. This suction effect lifts the roof deck away from the framing below it. The connection points between the roof decking and the rafters or trusses become the critical failure points. Homes built before 2002 that do not have hurricane straps or clips connecting the roof framing to the wall framing are at significant risk of partial or complete roof loss at this wind speed.
Flat roof sections are particularly vulnerable at this wind speed. The positive and negative pressure differential on a flat or low-slope surface is more severe than on a pitched roof. TPO membrane seams that were already showing stress or blistering will fail under sustained wind-driven rain at this level. Modified bitumen flat roofs with any existing separation will lose membrane sections entirely.
Sustained winds above 100 mph. Catastrophic failure range.
At sustained winds above 100 mph, which represent Category 2 and above hurricane conditions, roofs that were already compromised before the storm experience catastrophic failure. Ridge caps separate entirely. Ridge vents become entry points for massive volumes of water. Roof-to-wall connections fail and large sections of decking separate from the structure. Flying debris from neighboring properties becomes a secondary impact hazard that punches through shingle surfaces and creates new penetration points across previously undamaged areas.
For roofs that were in good structural condition before the storm, the Florida Building Code requirements, six-nail shingles, secondary water barrier, hurricane straps, and 130 mph wind resistance ratings, provide meaningful protection at this level. This is precisely why the code requirements exist and why proper installation by a licensed contractor verified by a permit inspection matters so much.
What Hurricane Roof Damage Looks Like the Morning After
Once the storm has passed and conditions are safe, here is what to look for before you call your insurance company:
Exterior inspection from the ground
- Missing shingles visible from any angle around the home
- Shingles that are lifted, folded back, or displaced but still partially attached
- Ridge cap shingles missing along the peak of the roof
- Exposed felt paper or synthetic underlayment visible in any section
- Gutters detached, bent, or filled with granules
- Dents across gutters, flashing, AC unit covers, and any visible metal surfaces
- Tree branches or debris on the roof surface
- Flashing pulled away from chimney bases, vents, or skylights
- Flat roof sections with visible membrane lifting or debris punctures
Interior inspection before cleanup
- Water stains on ceilings in any room, not just rooms directly below the roof damage
- Water running down interior walls near windows or exterior corners
- Wet insulation visible through attic access
- Moisture staining on attic wood framing or rafters
- Daylight visible through the roof deck when in the attic
- Smoke detector or ceiling light fixtures showing moisture
Photograph everything before you touch anything. The order of documentation matters for your insurance claim. Your adjuster needs to see the damage as it existed immediately after the storm, not after you have tarped the roof or moved debris.
What Your Insurance Company Needs to See After Hurricane Roof Damage
Dated photos of pre-storm condition
If you had a professional inspection done before hurricane season, that report and its photos establish your baseline. They prove the damage was caused by the storm rather than pre-existing wear. This is why pre-season inspections matter beyond just fixing problems.
Dated photos of post-storm damage
Taken immediately after the storm before any cleanup or temporary repair. Every damaged shingle, every gutter dent, every piece of missing flashing. If you cleaned up debris before photographing, you have removed evidence.
Storm date and weather verification
Keep any National Weather Service alerts, local news reports, or emergency notifications that confirm the storm event and its wind speeds at your location on the specific date. Insurance adjusters use this to verify the storm connection.
A professional inspection report
Get a licensed roofing contractor on your roof before the adjuster visits. Their written report and photo documentation of all storm-caused damage gives you independent evidence that protects your claim when the adjuster’s scope comes in lower than expected.
Documentation of any emergency repairs
If you placed a tarp or made emergency repairs to stop active water intrusion, photograph and document those repairs before and after. Note they were emergency measures only. This prevents the insurer from using the temporary repair as a reason to deny the underlying damage claim.
What to Do Immediately After a Hurricane Damages Your Orlando Roof
Step 1. Stay safe and wait for conditions to clear
Do not go on your roof during or immediately after a storm. Wet roofing surfaces, downed power lines, and structural instability from wind damage make post-storm roof access extremely dangerous. Wait until daylight, until winds have fully subsided, and until any downed lines in your area have been confirmed safe by your utility provider.
Step 2. Document everything from the ground
Walk around your home and photograph every visible sign of damage from the ground. Capture the overall roof condition from each side of the home, close-up shots of any missing or displaced shingles, gutter condition, and any debris on the roof surface. Do this before you remove any debris from the yard or touch anything near the home.
Step 3. Contain interior water intrusion immediately
If water is entering the home, contain it with buckets and towels and move electronics and valuables away from the affected area. If a ceiling is bulging with pooled water, carefully puncture the lowest point to allow controlled drainage before the ceiling collapses under the weight. Photograph everything before and after.
Step 4. Call for emergency roof repair if needed
If the roof has significant missing sections, active water intrusion, or exposed decking, call OnPoint Roofing’s emergency roof repair team immediately. Emergency tarping and stabilization stops damage from compounding while you work through the insurance process. Our team documents every emergency repair with photos that support rather than complicate your claim.
Step 5. Get a professional inspection before the adjuster visits
Before your insurance adjuster comes out, get a licensed roofing contractor on the roof. Their written report gives you independent documentation of every damaged area. When the adjuster’s scope of loss comes back, you have a competing assessment ready if items were missed or undervalued. Our free post-storm inspections include written reports and photo documentation specifically formatted to support insurance claims across Central Florida.
Step 6. File the claim promptly
File your insurance claim as soon as you have your documentation in order. Florida law gives you three years from the storm date to file but the evidence is clearest and the contractor availability is best immediately after the event. Do not wait weeks while deciding whether the damage is worth claiming. Get the inspection done and let the documented findings drive the decision.
It Is June 1. What You Can Still Do Right Now to Protect Your Orlando Roof
Pre-season prep is behind you. But there are still meaningful steps Orlando homeowners can take at the start of hurricane season:
Get an inspection even now
An inspection on June 1 is better than no inspection. If there are vulnerabilities that can be addressed before the first storm event, addressing them now still reduces your risk. OnPoint Roofing prioritizes inspection scheduling at the start of storm season for exactly this reason.
Address any known issues immediately
If you already know about a loose flashing joint, a soft spot on your flat section, or missing shingles from a spring storm, get them repaired now. A targeted repair before the season opens is a fraction of the cost of post-storm emergency work.
Document your current roof condition
If you have not had an inspection, photograph your roof from the ground right now. Dated photos of your roof’s condition before any storm event give you a baseline that supports a future claim if needed.
Know your insurance policy
Pull out your homeowner’s insurance declarations page and confirm your wind deductible, your coverage type (replacement cost value vs actual cash value), and your insurer’s claims process. Knowing this before a storm means you are not learning it in a stressful post-event situation.
Have your contractor’s number saved
Save OnPoint Roofing’s contact information now. Post-storm contractor availability in Central Florida is extremely limited. Having an established relationship with a licensed local contractor before you need emergency service means faster response when it matters most.
A Special Note for Orlando Homeowners With Flat Roof Sections
If your home has a flat or low-slope section over a garage, rear addition, or screen enclosure, that section requires specific attention before and after every hurricane event. Flat roofs fail differently and often more dramatically than pitched roofs in high-wind conditions. The wind pressure differential on a flat surface creates significant uplift force across the entire membrane. Seam separations, blistering, and membrane lifting that were minor issues before a storm become full membrane failures during one. If your flat section has not been inspected this year, it is the most urgent item on your pre-season list. Learn more about our TPO roofing service in Orlando and what a proper flat roof system inspection includes.
Frequently Asked Questions About Hurricane Roof Damage in Orlando
Hurricane Season Is Open. Get Your Orlando Roof Assessed Now.
OnPoint Roofing provides free inspections, emergency storm response, and post-hurricane claim documentation across Orlando and Central Florida. Whether you are getting ahead of the season today or dealing with damage from a storm that just passed, our licensed team responds fast, documents thoroughly, and tells you honestly what your roof needs.
Book your free inspection or request emergency response here.
