Hail hit your roof, will insurance pay?

Hail is covered, with two asterisks

Unlike flood or earth movement, hail has always been inside the fence: "windstorm or hail" is a named peril in every standard form, and open-peril HO-3 policies cover it by default. So a hail claim never argues about the peril. It argues about everything else, and two policy features set the board before the adjuster ever climbs the ladder.

Asterisk one: the wind/hail deductible. Many Southeast policies carry a separate wind-and-hail deductible, often 1-5% of dwelling limits rather than a flat dollar amount. On a $400,000 home, used here only as an example, a 2% (of dwelling limit) deductible would leave roughly the first $8,000 of roof damage on you; your own limits and percentage will differ, so read your declarations page. Carriers write hail estimates just under that line with remarkable frequency; an independent estimate is the check. Run the numbers in our deductible calculator.

Asterisk two: the cosmetic-damage exclusion endorsement, a bolt-on that removes coverage for appearance-only hail damage, most often on metal roofs. It gets its own section below, because it converts "covered peril" into "$0 claim" more efficiently than any adjuster argument.

Reading hail damage: bruising, mat fracture, and the imposters

On asphalt shingles, a genuine hail strike is a bruise: a roughly circular patch of displaced granules exposing the dark asphalt beneath, soft to the touch like an apple bruise, often with a fractured fiberglass mat underneath, a star-shaped crack visible from the shingle's back side. The fracture is the legal heart of the claim: it breaches the shingle's waterproofing and shortens its life, which is what makes the damage functional rather than cosmetic, even before a drop of water reaches the deck.

The pattern matters as much as the mark. Hail falls at an angle: damage concentrates on the slopes facing the storm, scatters randomly within a slope, and ignores shingle courses. And it never hits only the roof, collateral indicators are the corroboration adjusters can't argue with: dents in ridge vents, flashing, gutters and downspouts; splatter marks (cleaned oxidation) on electric meters and AC cabinets; crushed AC condenser fins; torn window screens on the storm side.

The imposters are what denial reports cite. Blistering, a heat/manufacturing defect, makes small popped bumps with pitting, distributed uniformly on every slope regardless of storm direction, with no mat fracture and no collateral dents. Foot traffic and mechanical damage scuff in lines and arcs around vents and valleys. Ordinary granule shedding collects in gutters without discrete bruises. An engineer or experienced roofer distinguishes these in minutes; a claim file that documents collateral indicators makes the "that's just blistering" letter hard to write. The roof-denial playbook covers the escalation path.

Hail size vs. damage: the threshold ladder

Size is the first thing every hail report estimates, because damage onset is strongly size-dependent. The ladder below maps the standard NWS size scale against typical damage-onset thresholds from impact testing and field research. "Typical" is doing work: a 15-year-old sun-cooked shingle bruises at sizes a new impact-rated one shrugs off, cold-soaked hail hits harder than slushy hail, and wind-driven stones strike with far more energy than their free-fall size suggests.

FL & SC hail climatology, the real numbers

Neither state is Hail Alley, and carriers use that fact, "we don't get damaging hail here" is an argument that shows up in Southeast claim files. The record says otherwise. Florida is the U.S. thunderstorm capital, and its storms produce hail constantly, but usually small, because the warm, deep melting layer shrinks stones on the way down. Usually is not always: Florida's state-record hailstone is 4.5 inches (Polk County, March 1996), and springtime supercells have hammered the I-4 corridor with golf-ball-plus hail repeatedly, including the March 1992 Orlando storm that stands among Florida's costliest thunderstorm events.

South Carolina sees more true hail weather: the State Climatology Office puts the incidence at 1 to 1.5 hail days per year across the Midlands, Piedmont, and Foothills (about 0.5 along the coast), peaking in May. The state record matches Florida's, a 4.5-inch stone at Florence on May 25, 2000, in a storm that caused over $6 million in property damage. Upstate and Midlands roofs live with a genuine, recurring severe-hail climatology that Lowcountry adjusters sometimes talk about as if it didn't exist.

For any specific storm, the evidence is free and official: SPC's severe-weather database logs every reported hail event by size, county, and time; NWS local storm reports date-stamp what fell where. Pull the report for your date of loss before the carrier's engineer speculates about what "probably" fell, and check your address history in our Storm History Lookup.

The cosmetic-exclusion endorsement, metal roofs, read your declarations

After the hail-heavy early 2010s, carriers began attaching cosmetic-damage exclusion endorsements to policies covering metal roofs, sometimes at renewal, sometimes in exchange for a small premium credit, and sometimes without the homeowner registering what changed. The standard wording:

COSMETIC DAMAGE EXCLUSION ENDORSEMENT (TYPICAL WORDING)

"We do not insure for cosmetic damage to roof surfacing caused by the peril of windstorm or hail. Cosmetic damage means marring, pitting or other superficial damage that alters the appearance of the roof surfacing, but such damage does not prevent the roof from continuing to function as a barrier to entrance of the elements to the same extent as it did before the cosmetic damage occurred."

Under that clause, a standing-seam roof dented across every panel can be a zero-dollar claim, if the dents are truly superficial. The policyholder counters are technical: dents that fracture the protective coating or galvanic layer set up corrosion that shortens roof life; impacts at seams, fasteners, and panel locks can compromise the water barrier itself; and oil-canning or crease deformation can affect drainage. Each of those is an argument that the damage is functional, not cosmetic, which puts it outside the endorsement's own definition. The full argument map, including appraisal strategy, is in cosmetic vs. functional damage; metal-specific documentation is in the metal roof guide.

Matching: when a patched slope isn't a repair

Hail rarely damages a roof evenly. It hammers the storm-facing slopes and spares the lee. So the carrier offers to replace two slopes of a fifteen-year-old roof, in shingles that haven't been manufactured for a decade. The question of whether they can do that is the matching fight, and the two states split cleanly. In Florida, § 626.9744 and its implementing rule require replacement items to reasonably match the existing ones in quality, color, and size, and when matching isn't reasonably possible within the damaged area, the mismatch must be addressed, which in practice regularly forces whole-roof replacement. In South Carolina there is no matching statute: the outcome turns on policy wording ("comparable material and quality"), appraisal, and DOI complaint leverage. The complete state-by-state breakdown, including line-of-sight doctrine and discontinued-product arguments, is in our matching-law guide.

Test squares, the inspection standard, and how it gets gamed

Hail inspections run on test squares: a 10-foot-by-10-foot area chalked off on each roof slope, inside which the inspector circles and counts every hail impact. The convention, popularized by Haag Engineering's widely used (and policyholder-side-criticized) methodology, treats roughly 8 or more qualifying impacts per square as significant damage to that slope, extrapolated across the slope's full area. It is a sampling convention, not a law; no statute in Florida or South Carolina adopts it.

Which makes the details manipulable, and worth watching: where the square is placed (a lee-slope square undercounts by design), what counts as a qualifying impact (bruises with mat fracture vs. "granule displacement only"), and whether soft-metal collateral on the same slope was photographed. If you attend the inspection. You should, with your own roofer or public adjuster, photograph every chalked square in context, get the count per square in writing, and insist that storm-facing slopes get squares. A re-inspection with properly placed squares has flipped many "insufficient damage" denials without a lawyer ever being engaged. Documentation sequence: the claim photo protocol.

Solar panels and hail: the damage you can't see

Rooftop solar changes the hail claim twice: attached panels are typically dwelling (Coverage A) property, and the damage is frequently invisible. Certification testing (IEC 61215) fires 25 mm, one-inch, ice balls at 23 m/s (about 52 mph) at the panel face; passing means no visible damage and no meaningful power loss. Above that size, the failure mode isn't shattered glass. It's microcracking of the silicon cells under intact glass: output sags, hot spots develop, degradation accelerates over months. The scale of the risk is not theoretical: a March 2024 hailstorm put baseball-class stones through thousands of panels at the 350-MW Fighting Jays solar farm in Fort Bend County, Texas, the event that reset how insurers underwrite solar hail.

For a homeowner, the claim is electrical evidence: export your inverter's production history and compare pre-storm vs. post-storm output normalized for season; demand IV-curve testing or electroluminescence (EL) imaging, the X-ray of solar panels, before accepting a "no visible damage" denial; and check whether your system was scheduled or endorsed separately with its own limit. A visual drone pass is not a solar inspection, whatever the carrier's report says.

Florida vs. South Carolina

Deadlines and statutes summarized as of July 2026 and subject to exceptions; endorsement wording varies by carrier and form year. Verify against your policy and current statute.

Hail claims, the questions everyone asks

Independent informational resource, not legal advice. Case summaries and statutes are drafted for education and have not been verified by counsel; consult an attorney about your specific claim. Climatology figures as reported by NOAA/NWS and the SC State Climatology Office.