Storm Damage Signs on Orlando Roofs — What Cory Fuhrman Finds on Orange and Seminole County Homes

Q: What’s the difference between storm damage homeowners can spot themselves and the damage that stays hidden until a leak appears?
Cory: The damage homeowners recognize is the obvious stuff — missing shingles, visible impact marks on soft metal like gutters and vents, broken tile pieces on the ground. That’s real damage and it matters, but it’s not what causes the most problems over time. The damage that drives the majority of leak calls I go out on in Orange and Seminole Counties is invisible from ground level: seal breaks where wind lifted shingle tabs enough to break the sealant strip without detaching the shingle, flashing that shifted a fraction of an inch at a chimney base or wall junction, and ridge cap that cracked or separated at the bend but stayed in position.

The insidious part is the timeline. A broken seal after a July thunderstorm doesn’t leak in July — the shingle sits back down and looks intact. By November when Florida’s dry season ends and the fall rain pattern picks up, that broken seal has been there for months. Now it’s an active water pathway that soaks the decking, reaches the insulation, and eventually shows up as a ceiling stain. By then homeowners are well outside any reasonable insurance claim window for the storm that caused it, and the damage scope is larger than it would have been with a prompt inspection right after the event.

Q: Central Florida gets afternoon thunderstorms almost daily in summer. Does that repeated low-intensity exposure add up the same way a single major event does?
Cory: In some ways it’s more damaging over time, and this is something that separates the Orlando market from coastal Florida where the primary concern is discrete hurricane events. Repeated wind cycles — even at speeds well below hurricane threshold — work on shingle sealant differently than one major event. Every time a shingle lifts and settles under wind pressure, the sealant strip flexes. Over a summer of daily afternoon storms, that repeated flexing fatigues the adhesive. The sealant doesn’t fail all at once; it loses adhesion gradually across the tab until it finally lets go with a fraction of the force the original storm would have required.

The same cumulative pattern applies to flashing sealant. In Central Florida’s heat, sealant around pipe boots and flashing edges is already under thermal stress from daily temperature cycling. Add repeated wind-driven rain penetrating micro-gaps during afternoon storms and the degradation accelerates significantly faster than in a market with one or two significant storm events per year. I see this pattern consistently on Orange County homes in the 8-to-12-year range — roofs that aren’t old enough to need replacement but are showing storm-cumulative damage that the homeowners attribute to age rather than the actual mechanism.

Q: What specific storm damage signs do you look for on Orange and Seminole County roofs that don’t show up on a standard checklist?
Cory: Three things that are specific to this market. First, granule accumulation patterns in gutters — not just granule loss on the shingle surface, but the distribution of what accumulates in the gutters after a storm. On a healthy roof, you see some granules after heavy rain. On a roof where storm impact has accelerated granule loss, you see significantly more, and the distribution is uneven — concentrated where storm exposure is highest. Homeowners almost never check gutters after a storm, and that accumulation is one of the clearest early indicators I have.

Second, the underside of eave overhangs on older Orange County homes. Wind-driven rain that penetrates a broken drip edge or compromised eave flashing shows up as staining or paint peeling on the soffit — not on the ceiling yet, but the water is already inside the roof system. Third, attic humidity levels. Seminole County’s summer humidity is high enough that even minor water intrusion changes the attic moisture profile measurably. I find active leak pathways in attics regularly on homes where the ceiling below looks clean. The water is in there; it just hasn’t found its exit point yet.

Q: Orlando has a significant mix of shingle, tile, and metal roofs. How does storm damage present differently across those materials?
Cory: Each material has its own failure pattern and it matters for documentation. On shingle roofs, storm damage typically presents as granule loss at impact points, cracked or bruised tabs, broken sealant strips, and missing or lifted shingles at the perimeter and ridge. The bruising from hail impact on asphalt shingles — where the impact knocks granules loose and leaves a soft depression in the mat — can be subtle on newer shingles and is often missed without getting on the roof and pressing on the surface to feel the difference in density.

On tile roofs, the primary storm damage mode is cracking and breakage from impact, but the failure that causes actual leaks is often the underlayment exposure that results from shifted or cracked tiles — the tile itself breaks but stays in position, water gets under the break, and the underlayment takes the load. In Central Florida’s UV, that underlayment is already on a shortened service life, so any exposure accelerates the timeline significantly. On metal roofing, the visible sign of storm damage is denting on flat panels and exposed trim pieces, but the more consequential finding is fastener and seam displacement — metal’s thermal movement means fastener holes that shift slightly after an impact event can open leak pathways at the fastener penetration over time.

Q: You hold GAF Master Elite and CertainTeed Select ShingleMaster certifications. What do manufacturer warranties say about storm damage, and what’s typically excluded?
Cory: Manufacturer warranties cover manufacturing defects — they are not storm damage insurance, and this distinction catches Orange County homeowners off guard regularly. A shingle warranty doesn’t pay for wind damage. What it does require is that the installation met the manufacturer’s specifications, because an improperly installed roof gives the manufacturer grounds to deny even legitimate defect claims. GAF Master Elite and CertainTeed Select ShingleMaster certifications mean the installation was done to manufacturer spec — that baseline matters when any claim, storm or warranty, is being evaluated.

What manufacturers will cover related to storm performance is specific to products that carry enhanced wind ratings. GAF’s Lifetime Shingles with WindProven limited wind warranty, for example, require installation with four nails per shingle plus specific accessory products — when those installation requirements are met, the wind warranty is more robust. The practical takeaway for Central Florida homeowners is this: knowing what certifications your contractor holds and what installation standards were used on your roof directly affects what coverage you have access to after a storm event. That documentation lives with the installation contractor, and a certified installer like a GAF Master Elite contractor can pull it.

Q: Florida’s homeowner insurance market has gone through significant upheaval. How does that affect how Orlando-area homeowners should approach storm damage claims today?
Cory: The market changes have made prompt, professional documentation more important than it’s ever been. The carriers still writing policies in Orange and Seminole Counties after the market contraction of the last several years are applying stricter standards on claim documentation, pre-existing condition arguments, and timeline requirements than they were five years ago. Claims that would have moved through without issue in 2019 are getting more scrutiny and, in some cases, denial on technical grounds that didn’t used to be enforced as aggressively.

The specific pattern I see play out badly for Orlando homeowners: a storm comes through, the homeowner doesn’t notice obvious damage, doesn’t call anyone, and a few months later has a leak. By then the carrier’s position is that the damage is wear-and-tear or pre-existing, the storm event can’t be clearly documented as the cause, and there’s no professional inspection report from the period right after the storm to counter that argument. The claims that succeed in this market are the ones supported by a professional inspection report done within days of the event, weather data tying the event to a specific date, and photo documentation of damage that’s directional and event-specific rather than generalized aging.

Q: Hail is part of the storm damage picture in Central Florida — how does hail damage present differently from wind damage, and does the distinction matter for a claim?
Cory: It matters for documentation, though the repair is often the same. Hail damage on asphalt shingles leaves a specific pattern: circular or oval impact marks where granules were knocked loose, often with a spatter pattern around the impact point, concentrated on the upward-facing surface of the shingle. The bruising below the granule surface — where the mat is damaged even though it looks intact — is what makes hail damage a warranty and insurance issue rather than just a cosmetic one. That underlayment damage is what allows water infiltration over time as the shingle continues to degrade from the impact point outward.

Wind damage has directionality that hail damage doesn’t — lifted tabs, broken seal strips, and displaced flashing concentrate on the windward exposures. Hail damage is more uniform across all slopes because the hail falls more vertically. Carriers use these patterns to evaluate claims, and an inspection report that identifies and documents both damage types separately — where they overlap on the same roof after a combined storm event — is significantly stronger than one that uses the terms interchangeably. I document both when both are present, which is common in Central Florida’s severe thunderstorm events that bring both large hail and straight-line winds.

Q: Can a roof pass a visual inspection from the ground and still have damage that will cause problems within a year?
Cory: Consistently, yes. A ground-level look after a storm tells you whether shingles are visibly missing or displaced. It tells you nothing about seal integrity, flashing condition, ridge cap status, or what’s happening at penetrations. Those are the failure points that drive the majority of leak calls I get in Orange County, and none of them are visible from the driveway.

The specific scenario I see most often: a homeowner walks the yard after a storm, doesn’t see missing shingles, concludes the roof is fine, and doesn’t call anyone. Six to eight months later they have a ceiling stain. The attic inspection I do at that point shows moisture staining on decking at a specific rafter bay, tracing back to a pipe boot that separated or a step flashing that lifted. That damage happened in the storm. If they’d had a professional inspection in the week following the event, we’d have found it, documented it, and had a defensible insurance claim. At eight months out, the carrier’s first argument is wear-and-tear and pre-existing condition, and it’s a much harder case to make.

Q: Central Florida homeowners often assume hurricane risk is mainly a coastal problem. What do you see on Orange and Seminole County roofs that changes that assumption?
Cory: Central Florida is not the coastal market, but it’s not the calm interior people assume. What I see on Orange and Seminole County roofs tells a consistent story: the 2004 hurricane season — which tracked multiple storms directly over Central Florida — left damage on older roofs in this area that’s still showing up in what I find on tear-offs today. Homes that had substandard repairs in 2004 or 2005 have been working with compromised sections of decking for twenty years. That’s not ancient history; it’s the condition of the current housing stock in parts of Orlando and the surrounding counties.

Beyond named storms, the afternoon convective pattern here produces straight-line wind events that regularly hit 60 to 70 mph — well into the range that damages roofs not installed to current Florida Building Code standards. Orange and Seminole Counties have a large inventory of homes built before those standards were updated, and those roofs are exposed to a wind environment they weren’t designed for every single summer. Homeowners who’ve lived here for ten or fifteen years without a major storm event sometimes assume their roof has proven itself. What they’ve experienced is a period without a direct hit — not confirmation that the roof is performing adequately against the exposure it actually faces.

Q: For an Orlando homeowner who’s been through a storm and isn’t sure whether to call their roofer or insurance company first — what’s the right sequence?
Cory: Roofer first, carrier second. The reason is documentation: once you open a claim, the carrier’s adjuster becomes the primary inspector of record, and adjusters are working fast across many properties after a storm event. Their scope is what drives the initial payout, and items they miss or undervalue require supplementing after the fact — a harder process than getting it right in the first inspection. Having a professional inspection report documenting the damage before the adjuster visits means you have independent documentation to compare against the adjuster’s scope, and you know immediately if something was missed.

The other reason to call a roofer first is emergency mitigation. If there’s interior water intrusion, a professional can tarp the affected areas correctly — protecting your home and establishing that you took reasonable steps to prevent additional damage, which carriers require. Do that, get a written inspection report, pull the weather data for the date of the storm, and then open the claim with the documentation already in hand. For homeowners in Orange, Seminole, Osceola, Polk, or Lake County, J&M Roofing’s Winter Park team provides free storm damage inspections with a full written assessment — call (407) 326-3991, Monday through Friday 9am to 5pm.