How to Spot Storm Damage on Your Roof

Step 1: Walk the Property and Check for Ground-Level Evidence

Start by walking the perimeter of your home and scanning the ground for debris from the roof. Fallen shingles, pieces of flashing, chunks of ridge cap material, and fragments from damaged vents are all direct evidence that the roof sustained impact. Pay special attention to the areas directly below roof edges, valleys, and ridges where damaged components are most likely to land.

Check your yard, driveway, and landscaping for hailstones that may still be present, especially in shaded areas where they melt slowly. The size of the hailstones tells you a lot about the potential severity of roof damage. Hail under one inch in diameter rarely causes significant damage to modern architectural shingles, while stones over 1.5 inches can crack, dent, and dislodge shingles even on newer roofs.

Look at other exposed surfaces around your property. Dents on the top of your mailbox, dings on outdoor furniture, cracked vinyl siding, and damaged car hoods all serve as proxy indicators for what the roof experienced. If hard surfaces around the property show clear impact marks, the roof almost certainly took comparable hits.

Step 2: Inspect the Roof Surface From the Ground

Using binoculars or the zoom lens on your phone camera, scan each slope of the roof methodically. Start at one corner and work across in rows, the same way you would read a page. Look for patterns rather than individual spots, since storm damage tends to affect entire areas rather than isolated points.

Hail damage appears as dark circles or spots on light-colored shingles where the impact knocked granules loose, exposing the black asphalt layer beneath. On darker shingles, hail dents are harder to see from the ground but may appear as slight depressions that catch shadows differently than the surrounding surface. The pattern is usually random across the entire exposed area, since hail falls at varying angles.

Wind damage is more directional. Look for shingles that are lifted at the edges, curled upward, or missing entirely. The windward side of the roof, ridge caps, and the perimeter edges typically show the worst wind damage because these areas experience the highest uplift forces. If you see a few missing shingles along one edge, the surrounding shingles in that area likely have compromised nail seals even if they are still in place.

Debris impact from tree branches creates localized punctures, tears, or indentations. These are usually easy to spot as asymmetric damage patterns that do not match the uniform appearance of hail or wind damage. Look for cracked or displaced shingles in areas near overhanging trees.

Step 3: Examine Gutters, Downspouts, and Soffits

Metal gutters are excellent hail damage indicators because aluminum dents easily and permanently. Walk along each gutter run and look for dings, dents, and dimples on the top face and outer lip. Dented gutters almost always mean the shingles above them took similar impacts.

Look inside the gutter troughs for an excessive accumulation of shingle granules. Some granule loss is normal over the life of asphalt shingles, but a thick layer of granules after a storm, especially if you cleaned the gutters recently, indicates widespread surface damage to the shingles above. The granules are the shingle's first line of defense against UV radiation, so losing them accelerates aging even if the shingle itself is not cracked.

Check downspout openings for clogs of granules and debris. Inspect soffits for water stains, warping, or peeling paint that might indicate water is entering at the roof edge. Look at the fascia boards behind the gutters for signs of water running behind the gutter rather than into it, which happens when damaged shingles or compromised drip edge allow water to flow backward.

Step 4: Check Metal Roof Components and Surrounding Soft Metals

Metal flashing around chimneys, plumbing vents, exhaust fans, and skylights dents more visibly than shingles and provides a reliable gauge of hail intensity. Look for circular dents in exposed flashing, bent vent caps, and damaged drip edge along the roof perimeter. If the metal components show clear hail impact, the shingles received the same force.

Roof-mounted exhaust vents, turbine ventilators, and satellite dishes also show hail damage clearly. Dented turbine fins can impair ventilation function, and cracked plastic vent boots create direct water entry points that are easy to miss from the ground but will leak during the next rainfall.

Check your outdoor air conditioning unit, which is another soft metal indicator. Dented AC fins, damaged condenser housing, and impacted refrigerant lines all suggest that the hail was large and forceful enough to cause roof damage requiring professional assessment.

Step 5: Inspect the Attic Space

The attic provides a different and equally important perspective on storm damage. With a flashlight, look for daylight visible through the roof deck. Even small pinpoints of light indicate holes or gaps where water will eventually enter. Mark these spots with tape or chalk so you can describe their locations to a roofer later.

Check the underside of the roof sheathing for moisture. Fresh water stains appear as dark patches on plywood or OSB decking. Run your hand along rafters and sheathing to feel for dampness that may not be visible. Wet or compressed insulation between rafters confirms active water intrusion, even if the ceiling below shows no stains yet.

Look for signs of previous leaks that might have been worsened by the storm, such as older water stains with fresh wet edges, mold growth in previously dry areas, or rust on nails and metal strapping. Storms do not only create new damage; they also expose and worsen vulnerabilities that have been developing for years.

Step 6: Schedule a Professional Roof Inspection

After completing your ground-level and attic assessment, hire a licensed roofer to conduct a full on-roof inspection. Professional inspectors can identify damage patterns that are impossible to detect from the ground, including bruised shingles that flex under foot pressure but show no visible surface cracking, loosened tab seals where wind lifted and dropped shingles without tearing them off, and compromised underlayment beneath intact-looking shingles.

A professional inspection typically costs $150 to $400 as a standalone service, though many roofing companies offer free inspections when they are being considered for the repair work. The inspector should provide a written report with photographs documenting every damage point, which becomes an important part of your insurance claim file.

Request that the inspector check all penetrations (vents, chimneys, skylights), valleys, ridges, and flashing transitions in addition to the field shingles. These detail areas are where the most consequential leaks originate, and they are also the most commonly overlooked during insurance adjuster inspections.