What Is Wind Damage?
Wind damage to a roof commonly presents as lifted, curled, creased, or missing shingles, torn ridge caps, displaced or bent flashing, and impact marks from wind-driven debris. In Central Texas it tends to concentrate on the windward slope and along ridges, hips, and rakes, where uplift pressure is highest. A creased shingle has already broken its seal even when it is still lying flat, so wind damage is often visible at close range or from the attic long before it is obvious from the ground. Wind-damaged areas admit water at the next rain and should be repaired promptly. Zilker Roofing photographs every inspection, including the slopes that are undamaged, so both the extent of the damage and its location on the roof are on the record. Like hail damage, wind damage may be covered by a homeowners policy subject to the deductible; whether a particular loss is covered is the carrier's determination, not the contractor's.
Important Distinction
Note: Wind damage is distinct from ordinary wear, and the two are routinely confused from the ground: a creased shingle has a broken seal even when it lies flat again, while curling and uniform granule loss across whole slopes point to age. Similar-looking symptoms lead to very different conclusions about the roof — which is why Zilker Roofing inspects before recommending anything, and never suggests a replacement when a repair is the right call.
Dealing with this on your own roof? Call (512) 893-7663 or get an instant online quote — Zilker Roofing inspects before recommending. Honest assessment, no pressure.
Also Known As
These are the search terms and phrases that commonly refer to this topic, so you can find it however you describe it.
How Wind Damage Relates to Other Topics
Wind takes shingles at the edges and ridges first, where the seal strip has the least help. A shingle that is lifted but still in place matters as much as one that is gone — its seal is broken, so the next storm gets underneath it.
Metal panels handle wind well when they are fastened correctly, so wind failures on metal almost always start at the perimeter — edge metal, terminations, and the fasteners holding them. A panel lifting at an eave after a storm is worth looking at even when nothing is missing.
Wind-damaged areas allow water infiltration and should be repaired promptly. The missing shingle is not the leak — the exposed underlayment is, and it can hold water out for weeks before it fails, so waiting for a ceiling stain is waiting too long.
High wind events can cause damage that is not visible from the ground. A professional roof inspection after a wind event identifies missing shingles, lifted edges, damaged flashing, and ridge cap issues.
A few wind-lifted shingles on a sound roof is a repair. Wind becomes a replacement question when the roof is old enough that new shingles will neither match the weathered color nor seal reliably to what is left around them.
Wind damage on an Austin roof — creased, lifted, or missing shingles — is addressed through targeted wind damage repair when the damage is localized.
Wind damage — lifted, creased, or missing shingles from a storm — can lead to an insurance restoration claim when the loss is documented.
A small number of wind-lifted or missing shingles is usually a targeted repair.
Extensive wind damage across multiple slopes can warrant full replacement — the inspection determines which.
Related To Wind Damage
Hail damage and wind damage are the two most common storm-related insurance claims for Austin-area roofs. They often occur in the same storm event and may both need to be documented in the same inspection.
Wind damage starts at the edges.
Wind damage is a common form of storm damage causing missing or lifted shingles.
High-nailing - nails driven above the marked nail line - misses the top edge of the shingle below, so every shingle is held by half its intended fasteners; the roof looks perfect until the first strong wind finds it.
Wind does not push shingles off - it lifts them: air accelerating over the roof lowers pressure above the surface, and the uplift is strongest at edges, rakes, and corners, which is why wind damage starts at the perimeter.
A shingle that is lifted but still in place matters as much as one that is gone - its seal is broken and its mat is creased, so it will lift again in lesser winds and leak long before it finally blows off.
Ridge caps are bent over the peak, pre-stressed at the fold, and sit in the most exposed wind position on the roof - which is why the ridge line is usually the first place a windstorm collects its toll.
The same storm that strips a 3-tab roof often leaves the architectural roof next door intact: the laminated shingle is heavier, stiffer at the tab edge, and rated for winds 20-plus mph higher out of the wrapper.
Wind damage calls for tarps more urgently than hail: hail rarely opens the roof the same day, while missing shingles and lifted flashing let the very next rain straight into the decking.
The turbine's tall dome gives storm wind something to grab: racked, detached, or missing turbines appear in the same wind events that crease and strip shingles.
Questions about Wind Damage?
Zilker Roofing inspects before recommending. Honest assessment, no pressure.