WIND DAMAGE
REPAIR OKC

Standard asphalt shingles are typically rated to withstand wind speeds of 60–130 mph, depending on the product grade and installation quality. However, real-world performance often falls below rated specs, especially on older roofs where seal strips have degraded or previous repairs have created weak points. In Oklahoma, severe thunderstorm warnings are issued for winds of 58 mph or greater - which means routine OKC storm events can produce wind speeds at or near the lower threshold for shingle damage. Derecho events, which are organized straight-line wind systems, have produced sustained winds of 70–80 mph across the OKC metro. Tornadoes obviously far exceed any roofing material's rated capacity. The practical guidance for OKC homeowners is: if your area experienced a severe thunderstorm warning with measured or estimated winds above 55 mph, a professional inspection is warranted. Damage may not be immediately visible - lifted shingles often re-lay after the wind passes, looking undamaged from below but with broken seal strips that will fail in the next event or winter freeze cycle.

It's an absolutely legitimate concern and one of the most commonly misunderstood aspects of wind damage. When wind forces exceed a shingle's seal strength, the shingle lifts. If the wind drops back below that threshold, the shingle may re-lay in approximately its original position, looking undamaged from the ground or even from a casual roof inspection. But the seal strip - the tar adhesive band that bonds each shingle to the one below and prevents water infiltration - has been broken. That shingle is now held only by its fasteners, not by the waterproofing bond that was doing the real work. These 'tabbed' or 'unsealed' shingles are vulnerable to water infiltration in rain events, to additional wind damage in future storms, and to freeze-thaw cycling in winter that can further open the unsealed area. An experienced inspector knows how to identify broken seal strips by gently lifting shingle tabs and feeling for the absence of adhesion. This is detail that doesn't show in photos and requires physical inspection - another reason we put someone on your roof rather than offering a visual assessment from the driveway.

Yes, in many cases. Insurance claims require documentation of a covered event, but you don't necessarily need to identify the exact storm date to file successfully. What matters is that the damage is consistent with a wind event (rather than wear and tear) and that you're within your policy's claim filing window - typically one year from the date of loss. Osuna Roofing can help establish the storm context for your claim. We have access to historical weather data for the OKC metro, including NOAA storm reports, SPC storm surveys, and insurance industry hail and wind maps. If your inspection reveals wind damage consistent with a documented storm event in your area within the past year, we can build that case in your claim documentation. The key is acting before your policy window closes. If you're uncertain whether damage occurred and when, call us for a free inspection - we'll assess the damage characteristics and help you understand whether a claim is viable.

Wind damage can often be addressed with targeted repairs rather than full replacement, and we'll always give you an honest assessment of which approach is appropriate. Factors that point toward repair: the damage is isolated to a specific section or slope, the existing shingles are in good condition and a relatively recent installation, matching shingles are available (important - mismatched shingles create both aesthetic and technical problems), and the structural components underneath are sound. Factors that point toward replacement: the wind event affected a large percentage of the roof, the existing shingles are aging and a repair would leave mismatched appearance or vulnerability at the transition zones, or an insurance claim would cover a replacement anyway. We don't push replacements when repairs are genuinely the right answer - but we also don't do patchwork repairs that look poor and fail within a few years. Whatever we recommend, we'll explain why, show you the alternatives, and let you make the call.

Both are covered under standard Oklahoma homeowner's policies as sudden storm damage, but they're documented and evaluated differently. Hail damage is assessed by the size, density, and distribution of impact points across the roof surface - adjusters measure test squares and count strikes. Wind damage is evaluated by the pattern of missing, lifted, or displaced shingles; broken seal strips; structural distortion; and the relationship between the damage pattern and wind direction during the documented storm event. In terms of claim complexity, wind damage claims can sometimes be harder to prove than hail claims because the visual evidence is less consistent - a shingle that blew off and re-settled looks different from one that lifted and stayed lifted, even though both represent wind damage. Having an experienced contractor who can document the damage pattern, relate it to specific wind event data, and explain the mechanism clearly to an adjuster makes a significant difference in how these claims resolve. We handle both types regularly across the OKC metro.

Achieving a perfect color match for partial wind damage repairs is one of the practical challenges of the industry. Shingle colors change slightly between manufacturing runs, and even the same product installed years apart may have subtle differences due to weathering. Here's how we approach it: we identify your existing shingle manufacturer, product line, and color as specifically as possible. We then source from current production lots and compare samples before installation. For smaller repairs, a close match is usually achievable. For larger repairs affecting entire slopes or sections, the appearance concern diminishes because the entire visible area is being replaced. In cases where a full replacement is more appropriate than a repair - sometimes it is, aesthetically and technically - an insurance claim may support that approach if the covered damage is extensive enough. We'll be honest with you about what a repair will look like and give you options. We'd rather have a conversation about realistic expectations than leave you with a repair you're unhappy with.

Certain areas of every roof are inherently more wind-exposed and fail first. Ridge cap shingles run along the peak of your roof - the highest point and most exposed to wind from any direction. They're typically the first thing that blows off in a significant wind event. Hip and rake edges, where shingles terminate at the roof perimeter, are vulnerable because wind pressure concentrates at edges. These shingles are held only by fasteners and seal strips at their edges rather than by overlapping shingles above them. Flashing - the metal components sealing transitions around chimneys, vents, skylights, and walls - can lift and pull away from its adhesive or caulking under repeated wind cycling, creating leak pathways that appear after subsequent rain events. Valleys, where two roof planes meet, channel significant wind and water energy and should be carefully inspected after wind events. If your roof is more than 8–10 years old, seal strips throughout the field may also be degraded enough that wind events are releasing what was previously bonded - that's the 're-laid shingle' scenario described elsewhere in this FAQ.