What Roofers Look for in a Storm Damage Inspection

Key takeaways

• Inspectors walk every slope — hail bruises and cracked seals are invisible from the ground; a proper inspection means boots on the roof.
• Soft metals are the first stop. Gutters, vents, and AC fins dent before shingles do, and fresh dents confirm a real storm event hit your home specifically.
• Valleys and ridge caps take the hardest hits — concentrated water and impact channels make these zones the most likely source of future leaks.
• Documentation is half the job. A good inspector photographs everything so your adjuster has a complete, dated record to work from.
• No legitimate roofer can legally waive your deductible — that offer is a fraud red flag, not a deal.

What do roofers actually check on the roof surface?

A trained inspector starts on the shingles because that is where storm events leave the clearest fingerprints. They look for bruising, granule loss, cracks, and exposed mat — and they read the pattern of damage to distinguish storm impact from normal aging.

Key shingle checkpoints:

On asphalt shingles, a genuine hail hit feels soft and bruised to the touch, like pressing on a peach — the granules are gone and the underlying fiberglass mat has fractured. Wear and blistering are firmer and develop gradually; storm damage is abrupt and scattered with no repeating pattern.

Why do inspectors spend so much time on metal components?

Metal tells the truth. Soft metals dent at lower impact thresholds than asphalt shingles, which means they are often the clearest, most photographable evidence that a storm event actually struck your property.

Inspectors check every piece of exposed metal:

• Gutters and downspouts — fresh circular dents in a random scatter pattern confirm hail size and density.
• Drip edge and fascia — dings along the roof perimeter help date the event and map storm direction.
• Pipe boots and vent caps — pockmarks on these targets are easy to photograph and carry weight with adjusters.
• Roof-mounted equipment — HVAC flashing, satellite-dish mounts, and skylights all show impact clearly.
• AC condenser fins (ground level) — flattened fins on the outdoor unit are visible without climbing anything and are a fast early-confirmation test.

When multiple metal surfaces show fresh, matching dents, the inspection report can tie the damage to a specific storm date — which is critical for a timely insurance filing.

What do roofers look for around flashings and penetrations?

Flashings are the metal strips that seal roof-to-wall transitions, chimneys, skylights, and pipe penetrations. They are among the first places a damaged roof leaks, and storm events stress their seals in ways that are not immediately visible.

Inspectors examine:

• Step and counter flashings along dormers and walls — lifted edges, popped fasteners, or sealant cracking.
• Chimney flashings — separation at the reglet or mortar joint, which high winds and thermal cycling from a hailstorm can accelerate.
• Skylight curb flashings — dented curbs and cracked butyl tape are common after large hail.
• Pipe boot collars — cracked rubber or neoprene seals around vent pipes are a top source of slow, hard-to-trace leaks.

A roofer who skips flashings is leaving the most leak-prone zone uninspected.

Do inspectors check the attic?

Yes — and this step is often skipped by less thorough inspectors. The attic underside tells a story the roof surface cannot:

• Daylight pinpricks visible from inside confirm penetrations.
• Water stains or wet insulation show where past storms have already breached the deck.
• Sagging or soft decking felt from below indicates prolonged moisture exposure.
• Mold or mildew odor suggests a long-running slow leak, which affects the scope of any repair.

Attic findings also help date when water intrusion started — important context for an insurance adjuster determining whether damage pre-dates or post-dates the claimed storm event.

How do roofers document damage for an insurance claim?

Documentation is where a thorough inspection earns its value. After walking the roof, a professional inspector compiles:

• Dated, geo-tagged photos of every damage point — bruises, dents, cracked flashings, and granule accumulation in gutters.
• Measurements of affected areas, expressed in “squares” (10 × 10 ft sections), so the adjuster can scope the repair cost.
• A written damage summary describing what was found, what caused it (hail vs. wind vs. wear), and the recommended repair or replacement scope.
• Storm-event correlation — cross-referencing the inspection date and findings against NOAA radar records to confirm a qualifying storm passed over the property.

That last point matters: radar-corroborated damage documentation makes adjuster reviews faster and reduces the chance of a claim being questioned on timing grounds.

What happens if the roofer finds no damage?

A clean report is a good outcome, not a failed inspection. It means your roof weathered the storm intact and any visible wear is age-related — not an insurable event. A roofer you can trust will tell you this clearly and not manufacture damage to justify a claim or a sale.

If you are uncertain whether your area took a qualifying storm hit before scheduling an inspection, checking your address against NOAA storm radar data first gives you a data-backed starting point — so you are not guessing, and neither is the roofer.