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What to Do After a Hailstorm in Acworth If You Think Your Roof Took a Hit

Writer: Third Party Access Team
Third Party Access Team
Sep 7
7 min read

Hail around here rarely shows up alone. It comes with straight-line wind that lifts shingle edges, pushes rain sideways, and finds the weak spots you did not know you had. The morning after, the yard looks like a yard sale, pine straw everywhere, one downspout extension missing, and you are staring up at the roofline trying to decide if you are seeing damage or just a wet roof drying out.

Start simple. If you had hail big enough to rattle the gutters and you saw limbs down in the neighborhood, treat it like a roof event until proven otherwise. The goal is not to “inspect the roof” like a pro. The goal is to keep water out, document what happened, and avoid turning a small puncture into a soaked ceiling. Below is the playbook we use with homeowners after hail and wind in Acworth, GA.

Make the site safe first, then do a ground-level walkaround

Do not climb a ladder while the storm is still spitting wind gusts or while shingles are slick. Wet granules on asphalt shingles act like ball bearings. We have seen more injuries from a rushed ladder than from the roof itself.

Start at ground level and work the perimeter. Look for fresh shingle pieces in the beds, gutter screens knocked loose, and metal drip edge that is bent down at the eaves. If you have a 4/12 pitch or steeper, you can usually see the lower 3 to 4 feet of the roof from the yard. Focus on the corners and the rakes. That is where straight-line wind grabs first.

Check the attic if you can do it safely. Use a bright flashlight and look for wet decking, dark rings around nail heads, and damp insulation. On OSB decking, water often shows as a swollen seam line before it drips. If you smell wet wood after 24 to 48 hours, that is a clue even if you do not see a stain yet.

Spot the hail and wind damage patterns that actually matter

Hail does not “pepper” a roof evenly. It hits the same faces and the same slopes, depending on wind direction. The damage we see most on asphalt architectural shingles is a bruise: a soft spot where granules are knocked off and the mat underneath is impacted. On a warm day, you can sometimes feel it with a fingertip. On a cool day, you will see the granule loss as a dark spot.

Straight-line wind damage is different. It breaks the seal strip, lifts the leading edge, and creases the shingle right above the adhesive line. That crease is a failure point. Once it is creased, it will not reseal like new, even if the sun bakes it.

On metal flashings, hail leaves dents that are cosmetic until they open a seam or deform a counterflashing. Look at step flashing along sidewalls and at the chimney. If the apron flashing is kicked up even 1/4 inch, wind-driven rain can get behind it.

Vents matter too. Plastic box vents can crack. Ridge vent baffles can pop loose. Those are small parts, but they can leak fast.

Document what you can without turning it into a roof climb

Insurance or not, good documentation keeps everybody honest and keeps the timeline moving. Take wide photos first. Stand back and shoot each elevation of the house, then the roof planes you can see. After that, go tight on specifics: dented gutters, torn screens, downspouts pulled from straps, and any shingle tabs you can see lifted.

If you have a ladder you can set safely, use it to photograph, not to walk the roof. From the ladder, you can often capture close-ups of the eaves, drip edge, and the first course of shingles. Get photos of:

  • The ridge line and any missing ridge cap

  • Pipe boots (rubber around plumbing vents) that are split or pulled loose

  • Skylight curb flashing if you have skylights

  • Any exposed nail heads on flashings

Write down the date and the rough time the hail hit. Note the direction the wind was blowing if you know it, like “wind drove rain from the west.” If you have interior signs, photograph them with a tape measure in the frame. A 2-inch ceiling stain tells a different story than a 2-foot one.

Stop active leaks the right way, without trapping water

If water is coming in, the first job is to slow it down and protect the inside. Put a bucket under the drip. If the ceiling is bulging, poke a small hole with a screwdriver at the lowest point and let it drain into the bucket. That prevents a wider ceiling collapse.

On the roof side, a tarp is the safest short-term move. Use a heavy-duty tarp, run it up and over the ridge if you can, and fasten it to 1x3 furring strips, then screw the strips into the roof deck along the edges. Screws with washers hold. Loose nails tear out. Keep fasteners out of valleys if possible.

Avoid smearing roof cement all over shingles. It is messy, it can crack as it cures, and it often channels water into places it was not going before. The same goes for spray foam from the attic. Foam can hide a leak path and rot decking underneath.

If a pipe boot is split, a temporary wrap can help, but treat it as a stopgap. Rubber does not heal. Once it is compromised, it needs a proper repair.

Get a professional roof inspection that includes the “small” parts

A real storm inspection is more than counting bruises on shingles. We check the system, because storms exploit transitions. That means shingles, underlayment edges, flashings, vents, and gutters.

We look for lifted shingle edges and broken seal strips, then we check the decking condition from the attic when possible. On a roof that is already 12 to 18 years old, hail impacts and wind creases tend to show up together, and the decision points change.

Details we document during roof repair work and roof replacement evaluations:

What we look at up close

  • Valleys: open metal valleys versus woven shingles, and any debris damming water

  • Step flashing at sidewalls: missing pieces, face nails, or gaps at the kickout

  • Drip edge: bent sections at the eave that let water wick back to the fascia

  • Ridge cap: cracked caps and exposed nails

  • Pipe boots: UV-cracked rubber collars and lifted flanges

We also check gutters. A dented gutter does not always leak, but a gutter pulled out of its hangers will dump water behind the fascia. That can soak rafter tails and rot the sheathing edge.

Decide repair vs replacement based on damage spread and roof age

This is where homeowners want a straight answer, and the roof gives it if you read it right. If the damage is isolated, like a few wind-lifted shingles on one slope and one cracked vent, roof repair is often the right move. We can replace the affected shingles, reset or replace flashings, and reseal where it is designed to seal.

Replacement starts to make more sense when the storm damage is widespread across multiple facets, or when the roof is already near the end of its service life. A roof past 18 to 20 years has less flexibility left in the shingles. Hail bruises that might have been “just granule loss” at year 8 can turn into mat fractures at year 20.

Also watch for prior layers. If there are two layers of shingles, repairs get trickier because fasteners are longer and the surface is less flat. Ventilation matters too. If the attic is running hot, shingles age faster. In Georgia summers, attic temps can climb well above 120°F on a sunny day, and that bakes the asphalt.

We do not push one answer. We show you the damage pattern and the failure risk, then we recommend the next step based on what will actually keep water out.

Don’t ignore gutters after hail, they protect the roof edge

Gutters are part of the roof system whether people think of them that way or not. After hail and wind, we see three common gutter problems: dents that hold water, seams that start to weep, and hangers that pull loose so the gutter loses pitch.

On 5-inch K-style aluminum gutters, a small change in slope can leave standing water, and standing water finds the seams. Check for water marks under end caps and at miters. If you have gutter guards, lift a section if you can and look for granules piled up at the outlets. After hail, shingle granules wash down fast and they clog downspouts.

Downspouts matter as much as the trough. Make sure straps are tight and the elbow joints are not separated. If water is dumping at the foundation, you can end up with soil washout and splashback that rots the bottom edge of siding.

We install and replace gutters with the right hangers and fasteners for the fascia, and we set pitch so water moves. After a storm, that is not a “later” project. It keeps the roof edge and fascia from becoming the next repair.

Key Takeaways

  • Wind damage often shows as a crease above the seal strip, that shingle will not reseal like new.

  • Hail bruises usually show as granule loss and a soft spot in the shingle mat, not a clean hole.

  • Photograph wide shots of each elevation, then close-ups of pipe boots, ridge cap, flashings, and gutters.

  • For a temporary tarp, fasten through 1x3 furring strips with screws and washers, not loose nails.

  • If the roof is past 18 to 20 years, storm impacts that look minor can shorten the remaining service life fast.

Conclusion

After a hailstorm, the best move is steady, not rushed. Keep people off the roof if it is wet, get eyes on the attic, and document what you can from the ground and the ladder. Then get a proper inspection that treats the roof like a system, shingles, flashings, vents, and gutters, because that is how water travels.

If you are seeing lifted shingles, dented metal at the eaves, or any interior staining, we can come out, map the damage, and tell you what is repairable and what is not. From there we can handle free roof inspection, roof repair, and free gutter installation estimate so the whole edge of the house sheds water the way it should.

External references include federal ladder safety rules for construction sites (https://www.osha.gov/laws-regs/regulations/standardnumber/1926/1926.1053), the NOAA site where you can pull storm reports and warnings for your zip code (https://www.weather.gov/), FEMA’s checklist for what to do after a hurricane if you are dealing with wind and water damage (https://www.ready.gov/hurricanes), GAF roof ventilation resources, and the main trade group for roofing contractors (https://www.nrca.net/).

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