After a storm, you shouldn’t climb onto the roof; you can get a solid assessment from the ground and indoors. Stay clear of downed conductors and unstable debris, and notify the utility if lines are damaged. Use binoculars to check shingles for missing tabs, punctures, lifted edges, and ridge-cap failure, and inspect flashing at chimneys and vents. Clear gutters, hose-test for positive flow, and confirm downspouts discharge 3 feet away. Next, you’ll see how to verify leaks and when to call a licensed roofer.
Stay Off the Roof: Inspect Storm Damage Safely
After the storm passes, stay off the roof—wet shingles, wind-lifted materials, and hidden structural damage can fail without warning and cause a fall. Prioritize ground safety: keep clear of downed conductors, pooling water, and unstable debris, and notify the utility if lines are damaged. Don’t approach areas that appear structurally unsound.
Perform a visual assessment from grade. Walk the perimeter with binoculars or a telephoto lens and observe ridges, valleys, dormers, and roof planes from multiple angles. Photograph in oblique light to reveal sagging, depressions, misalignment, or abnormal material accumulation that could indicate compromised framing or drainage. Clear small branches and loose items only from the ground, using controlled force to avoid shifting loads. Check gutters and downspouts for shingle granules, which can indicate asphalt shingle wear after a storm. It’s essential to understand home systems to effectively assess and maintain your property’s integrity.
If access is unavoidable, use an inspected ladder on firm, level footing, wear a hard hat and non-slip footwear, and stop if conditions aren’t dry.
Check Shingles, Flashing, and Gutters for Storm Damage
Start with three exterior water-shedding systems—shingles, flashing, and gutters—because storm damage usually shows up first at wind-exposed edges, penetrations, and drainage paths. From grade, use binoculars to evaluate shingle condition: note curled, cracked, punctured, or missing tabs; check edges, corners, ridges, and ridge caps for lifted courses, broken seals, or sagging. Scan drip edges for bends, rust, or poor laps that could violate manufacturer requirements. Understanding the presence of a sump pump can be critical to prevent water damage during storms.
Next, verify flashing integrity at chimneys, vents, and skylights. Look for gaps, cracks, buckling, or separation; confirm counterflashing is secure and sealant beads aren’t split or peeling. Check chimney base flashing for movement and masonry cracks.
Finally, clear gutter debris and granules, then run a hose to confirm positive flow. Inspect dents, loose hangers, and leaking joints; ascertain downspouts are aligned, securely fastened, and discharge at least 3 feet from the foundation. Keep discharge at least 3 feet away to reduce the risk of water pooling near the foundation. Document with photos.
Confirm Leaks Inside and Know When to Call a Roofer
Exterior checks can miss storm-driven water that migrates under roofing and shows up indoors days or weeks later, so verify the building interior before you assume the roof’s watertight. For leak confirmation, scan ceilings and walls for brown/yellow staining, bubbling or peeling paint, damp patches, sagging drywall, bulges, or cracks. Don’t misattribute wet spots near toilets or pipe chases without ruling out roof entry paths. Note musty odors; they can indicate mold from concealed moisture. It’s recommended to have an emergency supply kit ready in case you need to address unexpected water damage.
In the attic, use a flashlight and stable walk boards; don’t step on drywall. Check the underside of the roof deck for dark staining, inspect insulation for dampness (replace if wet), and examine rafters/trusses for bending or cracking. Look for mold growth, shiners, frost, or daylight through sheathing. Track delayed indicators like slowly expanding stains or recurring downspout overflow. Call a licensed roofer for spreading stains, attic moisture, mold, sagging, persistent leaks, or hidden flashing/shingle damage. Most homeowner policies require reporting storm damage within 30–60 days.
Frequently Asked Questions
How Soon After a Storm Should I Start a Roof Inspection?
Start your roof inspection within 24–48 hours after the storm, once conditions allow safe access. This inspection timeline helps you identify storm damage early and document it for insurers. Don’t climb if winds exceed 25 mph, surfaces are wet/icy, power lines are down, or you see sagging or structural distress. If you can’t inspect in 48 hours, schedule a professional assessment within one week.
What Photos and Notes Should I Collect for an Insurance Claim?
You should collect wide-angle roof shots and tight close-ups of missing shingles, cracks, granule loss, flashing, vents, and gutters; add dated photos from multiple angles for claim documentation. Picture your insurer as a monocle-wearing owl auditing your shingles. Photograph interior stains, attic dampness, debris, hail, and use thermal images if available. Write notes on damage type, location, measurements, roof material, age, prior repairs, and estimates. Maintain strict photo organization for code-compliant, safe processing.
Will My Homeowners Insurance Cover Emergency Tarping or Temporary Repairs?
Yes—your homeowners insurance often covers emergency tarping or temporary repairs when you mitigate further damage from a covered peril (wind, hail, fallen debris). Check your insurance policy for exclusions (wear, neglect, age) and deductible impacts. Start the claim process promptly, photograph damage before you tarp, save receipts, and document labor/materials. Use licensed contractors, follow fall-protection practices, and don’t perform unsafe work. Confirm reimbursement terms with your adjuster.
What Tools Besides Binoculars Help Inspect Damage Safely From the Ground?
Like a periscope scanning rough seas, you can use a telescoping inspection camera to capture shingles, flashing, and crevice damage from grade. Add a thermal imaging camera to flag temperature anomalies linked to trapped moisture, and a moisture meter (ASTM D7954) for non-destructive verification in accessible areas. Use a laser level for reference lines and pitch checks. Drone technology provides aerial photos and 3D models without climbing.
How Do I Choose a Reputable Roofing Contractor After a Major Storm?
Choose a reputable roofer by verifying contractor credentials: a valid local license, proof of insurance, a permanent office, and in‑state references. Require HAAG certification for storm damage documentation and confirm code knowledge (e.g., Ontario Building Code). Check contractor reviews and request three recent project references with photos and addresses; drive by completed jobs. Get a written estimate and signed contract, avoid full upfront payment, and guarantee on-site supervision.
