Wind damage roof repair in Kenosha, WI: edge metal and membrane findings logged with dated photos, plan marks and ratings for a claim file or capital request.
A strip of membrane folded back on itself along a parapet is the most photographable wind finding a facility director will meet. It shows the direction of the gust, the point where attachment gave way and how much roof is now open to rain. It also creates a record that exists whether or not a claim follows.
We document wind damage on commercial roofs in Kenosha, WI by walking the perimeter first, then the field. Every lifted edge, displaced coping stone and torn seam gets a dated photograph, a plan mark and a condition rating. Repairs come after the record, so the file shows the roof as the wind left it.
Wind starts at edges and corners, where pressure is highest. A coping cap that has shifted a half inch, a drip edge with a gap beneath it, or a corner where the membrane has begun to flutter all point to attachment that has loosened. The membrane further inside may look untouched.
We measure each gap, photograph it with a scale, and note the direction it opens. Fastener pull-out, torn membrane and peeled flashing each get their own entry, since the repair differs for every one. A pattern that runs along one side of a building tells the next inspector which exposure took the load.
Rooftop equipment tells its own story. A unit shifted on its curb, a disconnected conduit or a bent screen panel shows where wind found a grip. The membrane around the curb is checked for tears where the unit moved, because that is where a hidden leak starts.
Gravel-surfaced and ballasted roofs add a further entry: displaced stone. Bare patches beside the parapet show where wind scoured the surface, and the log records how much cover remains.
The record has four parts: a dated photo set, a marked roof plan, a findings log with ratings, and a note of the weather event if there was one. The log lists each finding by number, location and rating, and the repair status beside it.
Where wind may have pushed rain under the membrane, a moisture survey maps wet insulation, and core cuts confirm it. That step matters because water can travel along the deck and show up far from the opening. The cut record shows what the insulation holds today.
Each entry carries three tags: the finding number, the plan grid square and the date. A year later, anyone can open the file, find grid square C4 and see what it looked like. That habit costs nothing during the visit and saves days in the next claim or work order.
On January 7, 2008 the county saw tornadoes on two tracks: Wheatland and Brighton on one, Somers and the city's north side on the other. The county also carries roughly 8 miles of Lake Michigan shoreline, and lakefront buildings meet wind off the water along with freeze-thaw cycling.
Those facts shape the inspection. Buildings near the shore get a closer look at edge metal. Buildings in the paths of past storms get a baseline so later damage can be separated from earlier wear. Tornado damage follows a different pattern from straight-line wind, and the log notes which one the roof shows.
After a wind event the scope runs in a fixed order. Perimeter first, then rooftop equipment, then the field, then drains. We photograph temporary protection when it goes on and when it comes off, so the file shows what covered the opening and for how long.
Equipment screens, skylights and sheet-metal flashing get their own lines. These are the parts that wind lifts easily and that tenants notice first. For roofs with a prior commercial roof inspection on file, the earlier photographs show what changed.
Access matters on a wind job. Roofs with damaged edges may not be safe to walk close to the parapet, so we work from the field inward and use drone imagery for the edge when footing is poor. Images go in the file beside the hands-on photographs, and the log notes which method captured each finding.
A small lifted edge may need only new fasteners and sealant. A torn section may need a patch with compatible material. A peeled membrane on a large area may justify a section replacement. The log shows which path fits, with the evidence that supports it.
Where wind has exposed wet insulation, removal comes before patching, and the scope says so. A flashing repair done on a wet substrate fails again. The scope separates the quick fix that stops water from the lasting repair that restores the roof's edge.
Replacement fasteners and plates are chosen to match the existing attachment pattern. Sealants are compatible with the membrane. The scope lists both, and the close-out file repeats them, so the next repair uses the same materials.
Metal edge repairs get their own line. Coping caps are re-seated with new clips, and gaps are closed with a continuous cleat where the old one has pulled loose.
The question is whether wind damage belongs in the repair line or the capital request, and the rating decides. Isolated edge damage on a sound roof stays on the repair line. Widespread attachment loss on an aged roof moves toward replacement, and the cost range shows both paths.
The same file supports an insurer's review when a claim is filed. We document what the roof shows and leave coverage to the carrier. A claim documentation package built from the log is ready on the day it is requested.
Deductibles and coverage terms belong to the owner and the carrier. The file simply makes sure that the roof's condition, cause and extent are on paper in a form both sides can check.
When repairs finish, the file closes with the last photographs, the repaired-area plan marks, product sheets and any warranty paperwork. A follow-up inspection date goes on the calendar, usually after the next freeze-thaw season, so the repair gets checked once it has been through a winter.
The follow-up visit repeats the original photographs from the same positions. A repair that held looks like its twin in the file, and one that moved is obvious at a glance.
Keep Reading
Infrared scans and core-cut verification for Kenosha, WI commercial roofs, producing a numbered moisture map that separates wet insulation from dry.
Commercial roofing in Somers, WI for institutional, retail and highway-side buildings, with wind-edge checks, moisture surveys and dated condition ratings.
Tornado damage roof repair in Kenosha, WI: debris impact, uplift and displaced equipment documented room by room, with emergency dry-in and a claim-ready file.
Hands-on commercial roof inspections in Kenosha, WI with dated photos, a marked roof plan and a written condition rating you can attach to a capital request.
Flashing failure repair in Kenosha, WI: wall, curb and penetration flashings inspected, photographed and rated, with repairs matched to the roof system.
Roof insurance claim documentation in Kenosha, WI: dated photo sets, core cuts, moisture maps and scopes that separate storm loss from prior wear.
As soon as it is safe to walk. Loose edge metal and open seams change quickly under rain and foot traffic, so early photographs hold the evidence. A same-week visit is better than a same-month one.
Yes. Temporary protection stops water first, and the permanent repair follows the documentation. The log shows what each stage covered, who did it and when.
By pattern. Wind damage clusters at edges and on exposed sides, while age spreads evenly across the field.
It does. Wind and freeze-thaw cycling off Lake Michigan load edge metal and seams, so we check those lines more closely.
A dated photo set, a marked plan, a rated findings log and the repair status of each item. Cost ranges are added on request, with their assumptions stated.
Not always. We use it when wind may have opened the membrane enough to let rain reach the insulation.
