Storm & Hurricane Damage Guide
Wind damage starts at sustained speeds as low as 45 mph—well below hurricane force. Missing shingles, torn siding, broken windows, and structural shifting all require professional assessment and repair before secondary water damage sets in.
First-Hour Priorities
Step 1
After high winds, look for missing shingles, exposed underlayment, displaced flashing, or sagging areas from the ground. Damaged roofs may have compromised decking that cannot support weight safely. Call a professional for roof-level inspection.
Step 2
Walk the exterior and note any cracked, bent, or missing siding panels. Check all windows for broken seals, cracked glass, or frame separation. Even hairline cracks allow wind-driven rain intrusion.
Step 3
If you can safely access roof edges or window openings from a ladder, secure heavy-duty tarps with battens. This prevents rain intrusion and is required by most insurance policies as part of your mitigation duty.
Step 4
Photograph all wind damage from multiple angles. Include close-ups of missing shingles, torn siding, broken windows, and any interior water staining from rain intrusion. Your insurance adjuster needs this documentation.
In-Depth Guide
Wind damage is the most common form of storm damage to residential and commercial properties, and it occurs far more frequently than most homeowners realize. While hurricanes get the headlines, severe thunderstorms with straight-line winds exceeding 70 mph strike the Southeast multiple times per year and produce damage patterns identical to Category 1 hurricanes. The Charlotte metro area alone experiences several significant wind events annually, and each one leaves a trail of damaged roofs, torn siding, and broken windows across the region.
The mechanics of wind damage to roofing are well understood but often overlooked. Wind does not push shingles off from above — it creates negative pressure (suction) that lifts shingle tabs from the edges and corners of roof planes. Once a single tab lifts, the adjacent shingles lose their wind seal and a cascading failure progresses across the roof surface. This is why damage often appears to start at edges, ridges, and hip lines. Professional assessment identifies not just the obviously missing shingles but also the compromised shingles with broken wind seals that will fail in the next event.
Insurance companies increasingly use aerial imagery and algorithmic damage assessment to evaluate wind damage claims. Understanding this technology helps homeowners ensure fair settlement. Satellite or drone imagery can identify missing shingles and major damage, but it cannot detect lifted tabs, granule loss, cracked underlayment, or compromised nail seals — damage that is only visible through close-up roof inspection. A professional damage report with ground-truth photography supplements the aerial data and ensures the full scope of damage is captured in your claim.
Field Visuals
These examples show the conditions and response patterns our teams evaluate during active storm damage restoration.
Straight-line winds exceeding 70 mph rip siding panels off in large sections, exposing house wrap and sheathing to subsequent rain intrusion.
Missing shingles expose the underlayment and decking to rain. Each rainfall event penetrates deeper into the roof system, multiplying the damage.
After wind damage assessment and insurance documentation, the full roof was replaced with impact-resistant architectural shingles meeting current building code.
High winds topple trees onto homes, causing both impact damage and creating openings for rain intrusion. Tree removal and structural assessment must happen before permanent repairs begin.
Even minor wind damage to roofing allows wind-driven rain to penetrate the building envelope. Interior water damage from rain intrusion is covered under your homeowners policy as wind damage, not flood damage.
Commercial properties face wind damage to roof membranes, HVAC equipment, signage, and facades. Flat roof membranes are particularly vulnerable to wind uplift at edges and penetration points.
Technical Workflow
This sequence keeps decisions measurable, documented, and aligned with insurance requirements and safe reconstruction.
Professional inspection identifies all wind damage including non-obvious issues: lifted shingle tabs, compromised nail seals, displaced ridge caps, soffit damage, and structural shifting at connections.
Exposed areas are tarped and boarded to prevent rain intrusion. We use contractor-grade tarps with proper batten strips and fastening—not the DIY approach that blows off in the next wind event.
Detailed wind damage reports with measurements, photos, and material specifications. We separate wind damage from any pre-existing conditions to support your claim accurately.
Full roof replacement, siding installation, window replacement, and structural repairs to restore your property to pre-storm condition. We match existing materials when possible or upgrade to current code requirements.
Cost Guidance
Costs vary by storm severity, damage extent, and region. These ranges reflect typical residential and commercial projects in our service areas.
Shingle replacement (partial roof)
$300–$1,500
Replacing missing or damaged shingles in a localized area. Cost depends on roof pitch, height, and material matching requirements.
Full roof replacement
$8,000–$25,000
When wind damage is widespread or the roof system is beyond repair, full replacement with current code-compliant materials is required. Impact-resistant options may qualify for insurance discounts.
Siding repair and replacement
$2,000–$8,000
Vinyl, fiber cement, or wood siding replacement. Matching existing siding color and profile can be challenging — insurance typically covers full-side replacement when matching is not possible.
Window replacement (per unit)
$300–$1,200
Impact-resistant or hurricane-rated windows cost more but provide superior wind protection and may reduce insurance premiums in coastal areas.
Emergency tarping and board-up
$300–$1,500
Immediate securing of exposed areas to prevent rain intrusion. This mitigation cost is reimbursable under most insurance policies as part of your duty to prevent further damage.
South Florida
Florida building codes require wind-rated roofing systems. After wind damage, repairs must meet current code—often resulting in upgrades to impact-resistant shingles or metal roofing. Wind mitigation inspections can significantly reduce insurance premiums.
Charlotte, NC
Severe thunderstorms produce straight-line winds exceeding 70 mph multiple times per year. These events cause widespread roof and tree damage. Charlotte area homes often have asphalt shingle roofs vulnerable to high wind uplift.
South Carolina Coast
Coastal SC faces both hurricane winds and regular severe thunderstorms. Charleston and Myrtle Beach properties built before modern wind codes are especially vulnerable. Post-storm repairs often include wind resistance upgrades.
Common Questions
Wind damage to residential roofing can begin at sustained speeds as low as 45 mph. At 60+ mph, shingle tabs lift and siding panels can be torn free. At 75+ mph (hurricane force), structural damage becomes common including roof decking failure, broken windows, and displaced wall sheathing. However, even moderate 40 mph gusts can damage aging roofing materials.
Yes — wind damage is covered under the windstorm or wind and hail provisions of standard homeowners insurance. However, insurance companies may argue that damage is due to wear and age rather than wind. Professional documentation showing wind-specific damage patterns (lifted tabs, creased shingles, displaced flashing) is essential to counter this argument.
It depends on the extent of damage and whether matching materials are available. If damaged shingles can be matched in color, profile, and manufacturer, partial repair is appropriate. When matching is not possible — which is common with discontinued styles or aged roofing — insurance typically covers full-slope or full-roof replacement to maintain uniform appearance and performance.
Wind damage is often invisible from the ground. Signs include granule accumulation in gutters, interior water stains appearing after storms, loose or displaced ridge caps, and gaps in soffit panels. Professional roof inspection with close-up photography is the only reliable way to identify hidden wind damage like lifted shingle tabs and compromised nail seals.
Yes, if the damage exceeds your deductible. Even seemingly minor wind damage — a few missing shingles — can lead to significant water intrusion over time. Filing promptly also preserves your timeline for claims. Most policies require reporting within one year of the loss event. Document the damage and get a professional estimate before deciding.
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