Wind‑Damaged Roof Repair in Texas
Roofing Services for Your Home & Business
When straight‑line winds, microbursts, or hurricane‑fed gusts rip through Texas, roof systems take the hit first. Apple Roofing repairs wind‑damaged shingles, metal panels, tile, and flat roofs across Texas—covering residential roofing and commercial roof repair, backed by fast inspections, same‑day emergency tarping, and insurance‑ready documentation. We also serve statewide service areas with local crews. This page explains how we diagnose wind damage, the repairs we perform, what your policy usually covers, and why acting quickly saves money and stress.
Quick Takeaways
- Free roof wind‑damage inspection in Texas — We combine a drone sweep with close‑up photos, attic checks, and moisture mapping to document creased tabs, lifted flashing, and wet decking. You’ll get a shareable photo report the same day in most cases.
- Emergency/same‑day roof tarping — Temporary dry‑in prevents wind‑driven rain from soaking insulation and decking. Our crews install code‑appropriate tarps and edge securement that hold until permanent repairs are made.
- Shingle, metal, tile, and flat‑roof repairs — Repairs follow manufacturer installation instructions and IRC R905 details so the finished work meets wind‑zone requirements and protects your warranty.
- Insurance help (ACV vs. RCV) — We Work with most major insurers to simplify your roof claim and keep you informed with clear communication every step.
- Insurance documentation — We provide detailed photo reports and damage documentation to support your claim process.
Why Wind Damage Matters in Texas
Texas regularly faces severe convective storms, derechos, and tropical systems. NOAA’s Billion‑Dollar Disasters database shows 190 separate billion‑dollar weather events affecting Texas (1980–2024), including 126 severe storm events and 16 tropical cyclones. That’s an average of 13.6 such events per year in the 2020–2024 window—evidence that high‑wind events are both frequent and costly. These frequencies help explain why insurers scrutinize roof condition and nailing patterns in Texas more than in many other states.
Sources: NOAA NCEI Billion‑Dollar Disasters (Texas summary).
What wind speeds damage roofs?
- The National Weather Service categorizes “very windy” conditions with frequent gusts 35–57 mph, and “high wind” at 40–57 mph sustained—conditions that can start loosening tabs, creasing shingles, or lifting flashing.
NWS seasonal wind threat guidance - On the Saffir–Simpson Hurricane Wind Scale, even a Category 1 (74–95 mph) can cause shingle and roof covering damage to well‑built homes.
NHC scale
Coastal code realities: TDI/TWIA coastal zones require windstorm compliance. Typical design 3‑second gusts range from 110–120 mph inland to 130+ mph seaward (per TDI/TWIA guidance and ASCE‑based maps).
Signs of a Wind‑Damaged Roof (What We Look For)
- Missing tabs / displaced shingles (asphalt, architectural, composite) — Wind can break the sealant strip and lift sections, leaving underlayment exposed and vulnerable to wind‑driven rain.
- Creased shingles at the butt or above the nail line (ASTM D7158 uplift failure indicators) — A visible horizontal crease often means the shingle bent far enough to fatigue the mat; these pieces typically cannot be resealed reliably.
- Lifted ridge caps / hip & ridge movement — Wind pressure concentrates along ridges and hips, where poorly fastened caps can shift and open pathways for moisture.
- Lifted or bent flashing (step, counter, valley metal) — Even slight separation can channel water behind siding or under shingles, leading to hidden wall or deck damage.
- Exposed nails / nail pull‑through & granule loss — Uplift forces enlarge nail holes and strip granules, shortening shingle life and making leaks more likely.
- Soffit & fascia displacement, drip‑edge uplift, loose gutters — The perimeter often shows damage first; loosened edges allow wind to get under the roof covering.
- Water stains, soft decking, mold/mildew — Indicators of wind‑driven rain penetration and sustained moisture at the sheathing.
Tools & methods we use:
- Drone roof inspection — Safe, rapid capture of ridge lines, valleys, and steep slopes.
- Close‑range photo documentation — High‑resolution images of creases, missing tabs, and fastener issues for your claim file.
- Infrared scan & moisture meter readings — Detects wet insulation and sheathing that may not be visible yet.
- Leak detection around penetrations — Focused checks at vents, chimneys, skylights, and wall transitions where uplift stresses flashing.
Wind Damage Severity & Suggested Action
| Wind Damage Level | Visual Signs | Suggested Action |
| Minor (10–20 mph) | Loose or missing shingles, lifted flashing | Schedule a free inspection to confirm integrity |
| Moderate (20–40 mph) | Broken shingles, torn underlayment, minor leaks | Request repair quote within 3–5 days |
| Severe (40–60+ mph) | Missing roof sections, exposed decking, attic moisture | Tarp immediately, file claim, start repair plan |
| Storm + Debris Impact | Tree limbs on roof, cracked tiles, dented gutters/flashing | Emergency tarping, insurance involvement |
| Tornado/Hurricane Winds | Entire sections missing, structural damage, widespread exposure | Contact contractor & insurance same-d |
Emergency Response: Stop Leaks Today
Emergency wind‑damage roof repair (Texas) typically starts with temporary dry‑in to stabilize the structure and protect interiors.
- Same‑day roof tarping — We anchor tarps to framing or decking (not only shingles) and secure perimeters to withstand further gusts.
- Seal & secure — Re‑seat lifted ridge caps, replace starter strips where the seal is broken, and fasten or replace loose flashing so water is redirected back onto the roof surface.
- Site safety & cleanup — OSHA‑compliant fall protection, debris removal, and temporary downspout extensions to divert water from the foundation.
You’ll receive a roof wind‑damage inspection report with photos, marked damage areas, and a phased plan (dry‑in → repair → permanent materials). This packet is formatted for insurers to speed decisions.
Repairs by Roof Type
Asphalt Shingle Roofs
- High‑wind nailing pattern — We follow manufacturer instructions and IRC R905, using ring‑shank nails at the correct penetration depth and placement. Where seals are compromised, we reactivate or replace the sealant strip.
- Replace creased or missing tabs — Any shingle with a visible crease or torn mat is swapped out; adjacent pieces are checked for loss of adhesion and uplift.
- Underlayment & edges — We repair underlayment breaches and re‑secure drip edge to stop wind infiltration at the eaves and rakes.
- **Upgrade options — Ask about shingles rated under ASTM D7158/D3161 for higher wind resistance; pair with UL 2218 impact‑rated options if hail is also a concern. For broader storm events, see our storm damage repair guidance.
Metal Roofs (Standing Seam/Panels)
- Re‑fasten & re‑seal — Replace missing clips and fasteners with neoprene‑washer screws, re‑crimp seams, and seal at penetrations.
- Flashing & ventilation — Reset counter‑flashing, ridge vents, and edge metal to design specifications; replace damaged closures.
- Substrate check — Inspect underlayment and decking for moisture; add fasteners or blocking where uplift has loosened attachments.
Tile Roofing (Concrete/Clay)
- Tile replacement & anchorage — Swap broken or displaced tiles, re‑attach ridge units, and confirm hip & ridge anchorage.
- Valleys & flashings — Clear valleys, replace bent valley metal, and reset step flashing to prevent channeling beneath the tile system.
- Underlayment renewal — Where tiles lifted, we replace aged or torn underlayment and re‑establish drip‑edge continuity.
Flat Roofs (TPO/EPDM/Modified Bitumen)
- Membrane restoration — Heat‑weld or patch lifted seams; repair punctures and reset scuppers.
- Edge securement — Re‑fasten perimeter bars and edge metal—critical in high‑wind zones.
- Moisture & substrate — Verify roof decking/sheathing condition; replace saturated insulation and add ice & water shield at vulnerable transitions where appropriate.
When Repair Isn’t Enough (Replacement Triggers)
- Extensive shingle uplift with widespread creased shingles
- Major nail pull‑through or granule loss exposing mats
- Displaced ridge caps, widespread flashing failure, or moisture mapping indicating saturated underlayment/decking
- Manufacturer or code‑compliance issues (improper fastener pattern or prior non‑compliant install)
For wind‑zone upgrades we align with ASCE 7 wind speed maps and IRC R905 details. (See ASCE wind‑speed backgrounder and TDI/TWIA wind zones)
Our Diagnostic Process (What You Can Expect)
- Free roof wind‑damage inspection (Texas) — We start with a drone overview, then capture close‑ups at ridges, valleys, and penetrations. In the attic we check decking and insulation for staining or elevated moisture. You can schedule a free inspection in minutes.
- Temporary dry‑in — If water intrusion is active, we tarp the affected slope(s), reseat ridge caps, and secure flashing so the structure is protected before weather returns.
- Scope & estimate — You’ll receive a transparent, line‑item scope with materials (shingles, underlayment, starter strip, drip edge, flashing, ridge cap), labor, disposal, and any code items. We also note optional upgrades (e.g., ASTM D7158 higher‑wind shingles).
- Documentation — We provide comprehensive photo reports and damage documentation. Contact your insurance agent regarding coverage details and policy terms.
- Permitting & code — Where required, we pull the building permit and schedule jurisdictional and final inspections. Coastal properties are planned for TWIA/WPI‑8 compliance.
- Manufacturer‑grade repair — Technicians follow manufacturer installation instructions and applicable standards (ASTM D7158/D3161, UL 2218, IRC R905). Fastener type, count, and placement are documented in photos.
- Final QA & warranty — We run a post‑repair checklist, provide you with before/after photos, and register applicable warranties. Maintenance guidance helps extend service life.
Location‑Specific Context & Figures (Texas)
- Severe storms are Texas’ most common high‑loss hazard, with 126 severe storm events recorded since 1980. (NOAA NCEI)
- Even sub‑hurricane winds can strain roofs. NWS notes frequent gusts in the 35–57 mph range meet “very windy” thresholds, with 40–57 mph sustained considered “high wind.” If your roof has prior wear, poorly sealed shingles, or aged sealant strips, these gusts can cause lifted shingle edges, creased shingles, or lifted flashing. (NWS)
- Category 1 hurricanes (74–95 mph) can damage shingles and roof coverings even on well‑built homes. (NHC)
- Coastal wind design: TDI/TWIA reference Inland II ≈110 mph, Inland I ≈120 mph, and higher seaward 3‑sec gust design values, informing how we fasten and select materials for Gulf Coast counties. (TDI Windstorm newsletter)
Why Apple Roofing
- Texas‑focused crews trained on ASCE 7 exposure categories and high‑wind nailing patterns
- Material options rated for ASTM D7158 (shingle uplift), ASTM D3161 (wind resistance), and UL 2218
- Local references in your city and a workmanship warranty
Suspect wind‑damaged shingles or roof leaks from wind? Get a free roof wind‑damage inspection today. We’ll tarp where needed, document everything for insurance, and deliver a fast, durable repair.
Call now or schedule a free inspection for same‑day help, or contact us with questions.
Contact Us
Apple Roofing
Address: 3001 E Plano Pkwy #100 Plano, TX 75074, United States
Phone number: (469) 908-4323
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Frequently Asked Questions (FAQ)
Look for missing shingles, lifted ridge caps, creased tabs, granules in gutters, or interior water stains. A professional inspection confirms hidden issues, especially after gusts over 40–50 mph (see NWS thresholds above).
Construction, age, and installation matter, but damage risk rises with frequent 35–57 mph gusts and becomes likely in Category 1 hurricane conditions (74–95 mph). See NWS and NHC references linked above.
Coverage varies by policy. Contact your insurance agent to discuss your specific coverage, deductible, and terms.
If you rely on TWIA coverage or are in designated catastrophe areas, you’ll need a WPI‑8/WPI‑8‑E showing the work meets windstorm codes. We help coordinate inspections. TWIA
Emergency dry‑in is same‑day. Repairs usually follow within 1–7 days depending on scope, weather, and permitting. Full replacements can take longer when decking or specialty materials are involved.
Yes. We handle soffit and fascia wind‑damage repair, roof flashing wind‑damage repair, ridge cap resets, and drip edge/gutter rehanging.