Hail Damage Roof Inspection: What a Roofer Should Check

A hail damage roof inspection is a slope-by-slope walk of the roof and the surrounding property to record what hail actually did, not to guess at it. A good roofer checks safety and access first, ties the inspection to a specific storm date, then works every roof plane: field shingles, ridge and hip caps, valleys, eaves and rakes, all penetrations and flashings, plus the soft metals (gutters, downspouts, vents, drip edge) and collateral surfaces like siding, screens, AC fins, and fences. The roofer separates fresh hail bruising from old wear, photographs each finding in context, and writes down every area that could not be reached safely.

Here is the honest version most homeowners never hear: a roof can take a beating in a storm and still not need a full replacement, and a roof can look fine from the driveway and have a mat full of bruises you only feel by hand. The inspection exists to tell those two situations apart with evidence. It does not exist to turn a dented gutter and a weather-app screenshot into a pre-approved insurance claim.

The roofer's job is to document conditions and propose repair options. The insurer decides coverage. Keep those two roles clean and the whole process gets easier and more honest. A roofer who promises to "get your claim approved" or to "handle your claim" is stepping over a real legal line in many states, and you want no part of that.

This is the full field reference for what a roofer should check after hail, how a credible inspection report is built, what separates real functional damage from cosmetic marks and old age, and what every line of the report should and should not claim. It is written for both sides of the ladder: the contractor who wants to inspect and document like a pro, and the homeowner who wants to know whether the inspection they just paid for was any good.

The short version: what a roofer should check after hail

Before the detail, here is the whole inspection in one table. Everything below expands on these rows.

Area	What the roofer checks	What the report should show
Safety and access	Slope, height, surface condition (wet, brittle, mossy), debris, skylights, soft decking, power lines, fall-protection needs	A note on access method and any area not inspected, with the reason
Storm context	Homeowner-reported date and time, hail size notes, original photos/video, then NWS/SPC and NCEI records	Weather labeled as context, never as proof a specific roof was hit
Roof planes	Every slope by direction, ridge, hips, valleys, eaves, rakes, upper and lower roofs	Wide overview photos labeled by elevation, not only close-ups
Field shingles	Bruising (soft spots), fractured mat, granule displacement, spatter, exposed asphalt	Close photos with location plus a context photo of the same spot
Caps and edges	Ridge/hip cap impacts, cracks, missing pieces, lifted or exposed-nail caps	Caps photographed separately; they fail differently than field shingles
Soft metals	Gutters, downspouts, vents, turbines, furnace/chimney caps, valley metal, drip edge	Dents by location, with appearance separated from function
Penetrations	Pipe boots, skylights, satellite/solar mounts, HVAC curbs, sealant and flashing	Impact marks, cracked boots, and water-entry risk
Collateral	Siding, windows, screens, fascia, garage doors, fences, decks, AC fins	Context photos that establish exposure, kept separate from roof scope
Interior/attic	Ceiling stains, active drips, daylight, wet decking or insulation, water trails	Safe interior photos only; never a forced attic entry
Prior condition	Roof age, brittleness, blistering, prior repairs, ventilation, foot traffic	Old conditions logged separately so they are not counted as new hail

If you remember nothing else, remember the order: safety, storm date, every plane, separate old from new, photograph in context, write down what you could not reach. Skip any of those and the inspection gets weaker.

Start with safety, because the roof can hurt you

No hail finding is worth a fall. After a storm the roof is the worst version of itself: wet, sometimes hail-glazed, often littered with branches and torn shingle pieces, and occasionally hiding soft decking where water already got in. A roofer should treat post-storm access as a fresh hazard assessment every time, not a routine climb.

OSHA's fall-protection resources for construction exist because falls are the leading cause of death in this trade, and residential roof work is squarely in scope. OSHA's fall-prevention guidance for roof repair describes planning the job ahead of time, using fall-protection systems, and having a competent person evaluate roof conditions where they are in question. The National Weather Service after-the-storm safety page is just as blunt for everyone else: wait until the threat has passed and stay away from downed power lines and other hazards.

For homeowners the rule is shorter still: do not climb up to "verify" anything. You did not buy a roof inspection so you could replace the roofer on the ladder. Ask for photos and a written explanation instead. A roof that just took hail is exactly where an untrained person slips.

Before anyone documents a single dent, a real inspection settles these questions:

• Is the roof safe to walk today, or has it dried and stabilized enough?
• Who is allowed up there, and with what fall protection or stable platform?
• Are there skylights, soft spots, brittle tile, or hidden deck damage to route around?
• Are tree limbs, torn material, or downed lines changing the plan?
• Which planes or elevations cannot be reached safely, and how will they be covered instead (drone, pole camera, binoculars from a ladder)?

That last point matters more than it sounds. "I could not safely walk the steep north slope, so it was documented by drone from above" is an honest, defensible line in a report. "We inspected the entire roof" when half of it was never reached is the kind of overstatement that gets a report thrown out later.

Where drones and ground methods help, and where they do not

Drones have changed post-hail inspections, mostly for the better. They reach steep and fragile roofs without foot traffic, they cover a lot of square footage fast, and modern camera payloads resolve fine detail from a few feet up. They also keep people off a slick roof, which is the entire point of the OSHA guidance above. Industry coverage of drone roof inspections notes the safety and speed gains and the high-resolution imagery now available.

The honest limit: a camera sees the surface. It does not feel for the soft, spongy give of a fractured shingle mat, and it cannot tell a fresh granule scour from an old one as reliably as a hand and a trained eye on the deck. Wind, rain, restricted airspace, and battery life all constrain when a drone can fly. The best inspections treat drones as one tool: great for overview, access, and steep or fragile sections, paired with hands-on checks where it is safe to walk. A report that is 100% drone with zero tactile verification on a walkable roof is thinner than it looks.

Tie the inspection to a storm, then label the weather honestly

Hail damage is event damage. A credible inspection anchors to a date. The homeowner's own memory is the starting point: the night it sounded like gravel on the windows, the morning the yard was full of leaf confetti and the trampoline had dents. Capture that first, then back it with public records.

NOAA's National Severe Storms Laboratory hail basics is the plain-language reference for behavior and size. NSSL treats hail of one inch in diameter, the size of a quarter, as the severe threshold, and explains that strong surface winds can drive hail at a steep angle or nearly sideways, which is why one slope of a roof can be hammered while another is barely touched. The same source notes that hail falls in swaths that can run from a few acres to ten miles wide and a hundred miles long, with size and concentration varying inside the swath. Two houses on the same street can get meaningfully different hail.

For records, the workflow is layered. The NWS/SPC preliminary storm reports give fast, same-day context. The NOAA NCEI Storm Events Database is the archived record that fills in later. The SPC hail size reference is the table everyone in the trade quotes when they describe a stone as quarter, golf-ball, or larger.

Step	What to capture	The limit to write in the report
1. Homeowner account	Date, rough time, time zone, hail sound, leaks, visible stone size	Memory is context, not standalone proof
2. Original media	Photos/video of hail, yard impacts, dents, with timestamps preserved	Metadata aids the timeline; it does not set roof scope
3. Early reports	SPC preliminary reports, weather-app captures, local alerts, saved with retrieval date	Preliminary reports are not address-specific or final
4. Archive records	NCEI Storm Events lookup once available	Supports weather history, not plane-by-plane damage
5. Inspection timing	Date inspected, inspector, access method, days since storm	Time gaps matter; weather, repairs, or later storms change evidence
6. Plain label	One line: "Weather records are storm context only."	Never call a public report proof a property has covered damage

The single most useful concept here is the spatter mark. Softer, lower-density hailstones do not always dent a surface, but they wash away the thin film of oxidation, dust, and microbial growth on shingles, painted metal, and other surfaces, leaving clean splotches. InterNACHI's hail-damage training series explains that this spatter is one of the better indicators of the size, density, and quantity of the hail that actually fell, and that the width of a spatter mark gives a rough read on stone size for hail under about two inches. Spatter is short-lived; it weathers away over weeks. A roofer who documents spatter on a north-facing vent cap and a south-facing gutter is building a real, dated story about the storm. A roofer who skips it loses evidence that does not come back.

This is also why timing matters. Industry and insurer guidance broadly agrees that fresh hail damage shows distinctive, easy-to-read signs, and that those signs blur as weeks pass and the roof keeps weathering. Most policies still leave a window to file, but the inspection itself is most reliable while the spatter, the bright exposed asphalt, and the crisp dents are still fresh. The lesson is not "panic," it is "inspect early and date everything."

How a roofer actually reads an asphalt shingle

Asphalt is the most common steep-slope roof in the country, so most hail inspections live or die on how well the roofer reads a shingle. There are four conditions worth knowing by name.

Bruising (the one that matters most). A hailstone striking the shingle can fracture the fiberglass or organic mat underneath the surface. From above, it can look like a faint dark circle where granules were knocked into the asphalt. The tell is tactile: press it and a bruised spot feels soft and spongy, like the bruise on an apple, because the mat behind it is broken. This is the condition that reduces the shingle's life and water-shedding ability. Travelers' hail-identification guidance describes the same combination of granule loss, exposed mat, and shiny asphalt that field inspectors look for.

Granule displacement. Granules are the shingle's sunscreen. Hail can scour them off in patches, exposing black or shiny asphalt that then weathers fast under UV. Gutters full of granules after a storm are a clue worth photographing, though granules also shed naturally as a roof ages, so this finding lives in context, not in isolation.

Fractured mat / through-cracks. Larger or harder, wind-driven stones can crack the mat outright or tear a shingle. This is unambiguous functional damage.

Spatter and surface marks. As above, these document the storm and the hail size but, on their own, are surface evidence rather than proof the mat is broken.

The professional standard that ties this together is the distinction between functional and cosmetic damage. The widely used Haag forensic inspection methodology defines functional damage as a reduction in the water-shedding capability or the expected service life of the roofing material, and trains inspectors to separate that from marks that only change appearance. Insurers send adjusters to the same kind of training, which is why a Haag-trained or comparably credentialed roofer and a carrier's adjuster often speak the same language on the roof. A roofer who can articulate "this is a bruised mat fracture, here is the soft spot, here it is in context" is far more useful than one who circles every speckle with chalk and calls it all damage.

It helps to understand why the soft-spot test works at all. An asphalt shingle is a fiberglass or organic mat saturated with asphalt and surfaced with mineral granules. When hail hits hard enough, the energy fractures that mat from the back side, even when the granule surface looks only lightly disturbed. The granules over the fracture lose their backing, so the spot gives under finger pressure where the surrounding shingle stays firm. That is the single most reliable hands-on indicator of functional hail damage on asphalt, and it is exactly the thing a camera cannot feel — which is why a walkable asphalt roof deserves a tactile check, not only an aerial photo set. A roofer chalks the soft spots as found so they photograph clearly and can be re-found on a follow-up visit.

Granule loss deserves its own honest framing, because it is the most over-claimed finding in the trade. Asphalt sheds granules from the day it is installed; a little in the gutter is normal aging. Hail-related loss is localized to impact points and almost always paired with a bruise underneath. The mistake is pointing at a gutter full of granules and calling the roof storm-damaged without a single bruise to back it. Granules in the gutter are a clue to chase, not a conclusion to bank.

What gets mistaken for hail

Half the skill is knowing what is not hail. A report that does not address this is a weaker report.

Looks like hail	What it usually is	How a roofer tells them apart
Dark circular marks in rows	Blistering	Blisters cluster, have raised or popped centers, and do not break the mat; hail is random in pattern
Bare/shiny patches	Normal granule loss from age and UV	Aged loss is broad and even; hail loss is localized to impact points with a bruise
Scuffs and crescent tears	Foot traffic	Traffic marks track in lines along walk paths and at access points
Cracking in straight lines	Thermal splitting or manufacturing defect	Hail cracks radiate from an impact; defects often run with the shingle's structure
Granules in the gutter	Could be either	Pair with on-roof bruising before calling it storm-related

Roof blistering versus hail damage is the classic mix-up, and a roofer who confidently separates the two has already earned more trust than one who does not bring it up. The honest report logs age, brittleness, prior repairs, and foot traffic as their own line items so nobody later confuses old wear with new hail.

The "test square" and why it is a tool, not a verdict

Somewhere in most hail conversations, someone says "test square." Here is what it is and what it is not.

A test square is a marked-off ten-by-ten-foot area, one hundred square feet, on a roof slope, used to count and document hail impacts in a representative patch. Adjusters and roofers place one on each slope, usually in the most-affected area, then mark and count hits inside it. InterNACHI's coverage of marking and test squares and field write-ups on how test squares are performed describe the same basic method: a consistent area, marked impacts, counted and photographed.

What the test square is not is a universal pass/fail line that you, the roofer, get to set. Many carriers use an internal threshold, often described in the trade as somewhere around eight to ten functional hits per test square, to decide whether a slope reads as replace-worthy, and those numbers vary by carrier. Here is the nuance that good inspectors respect: a recent analysis in the claims trade press has pushed back on treating a single test square as a precise measurement, pointing out the high variance in hail distribution across a roof. Hail does not fall evenly. One square can read clean while another twenty feet away is peppered.

So the right way for a roofer to use a test square is as documentation, not as a sentence handed down to the homeowner. Place squares on multiple slopes, photograph and count honestly, note the directional exposure, and let the pattern across the whole roof tell the story. The decision about replacement scope still depends on material, roof age, code, manufacturer documentation, repairability, and the insurer's own review. A test square is one exhibit in the file, never the closing argument.

Caps, valleys, penetrations, and the soft metals

Field shingles get all the attention, but seasoned inspectors know damage often shows clearest on everything else, because those parts are more exposed, more brittle, or made of metal that dents and holds the record of the storm.

Ridge and hip caps sit at the highest, most exposed lines on the roof and are often folded or scored, which makes them crack and break under impact more readily than flat field shingles. They deserve their own photos. A cracked or displaced cap is both a finding and, frequently, a water-entry path.

Valleys funnel water and take angled hail. Check valley metal for dents and the shingles along the valley for impact and granule loss.

Penetrations are the leak factories. Pipe boots crack and split, skylight flashing and domes take hits, and satellite, solar, and HVAC mounts create flashing details that hail can disturb. A cracked rubber pipe boot is a small finding with an outsized leak risk, and it is exactly the kind of thing a hail inspection should catch even when the field shingles look okay.

Soft metals are the honest witnesses. Gutters, downspouts, drip edge, vents, turbines, and furnace and chimney caps are thin painted metal. Hail dents them, and those dents are some of the clearest evidence that real impacts occurred and roughly how big the stones were. Owens Corning's storm-damage checklist and the GAF storm-damage guide both point homeowners to gutters, downspouts, vents, and outdoor metal as early hail indicators, and both recommend a professional roof check after a storm.

Two cautions keep this honest. First, a dent in a gutter proves the property took hail; it does not by itself prove the shingles are functionally damaged or that the roof needs replacement. Second, on metal as a category, appearance and function are different questions, which the next section covers directly. The discipline is the same as everywhere else: log the soft-metal dents as exposure context, keep them separate from roof scope, and let the whole picture add up.

Material matters: metal, tile, slate, and low-slope

Hail does not announce itself the same way on every roof. A report that treats a clay tile roof like a three-tab is a weak report.

Metal roofing and metal accessories

On a metal roof, the central question is almost always cosmetic versus functional. Hail can dent a standing-seam or metal panel without breaching it, and a dent that does not let water through is, by most policy language, cosmetic. This is not a small distinction. Many carriers now attach a cosmetic damage exclusion to wind and hail coverage, and homeowners often do not know it is on their policy until a claim. Consumer guidance on the wind and hail cosmetic damage exclusion explains that these endorsements define cosmetic loss as marring, pitting, denting, or discoloration that changes appearance without affecting the roof's ability to keep water out, and that they appear across major carriers.

So a metal-roof hail inspection has to do two jobs at once: document the dents (location, density, panel) and assess whether anything is actually functional, namely open seams, backed-out or sheared fasteners, displaced or split flashing, cracked coatings that will corrode, or actual punctures. That functional read often needs manufacturer documentation, finish-warranty review, or an engineer, and the report should say so rather than overstate. IBHS material research covers how different materials respond to hazard exposure and supports keeping the cosmetic-versus-functional line clear.

Tile and slate

Clay and concrete tile and natural slate can crack, chip, or shatter under large hail, and the failure is often hidden until you are close. Walking these roofs is its own hazard: foot traffic alone breaks tile, so inspectors photograph from safe access, from the ground, and increasingly by drone, and they note where the roof simply could not be walked. Damage varies with tile thickness, profile, and age, and underlayment exposure under a broken tile is a real water-entry concern. A general roofer should not bluff a slate roof; the better call is often a specialty tile or slate review, and the report should say where that line is.

Low-slope and specialty systems

On low-slope membranes (TPO, EPDM, modified bitumen, built-up), hail shows up as punctures, splits, displaced surfacing or ballast, fractured granule-surfaced cap sheet, or damage around drains, scuppers, edge metal, and rooftop units. A general inspection can flag possible issues, but turning those into a repair scope often needs product documentation and a qualified low-slope reviewer. GAF's scheduled-maintenance literature supports inspecting roof areas, drainage, and components after severe weather, and reviewing system and coverage documents carefully, while making clear it is system-specific, not a universal standard for every roof.

A word on impact-resistant shingles

Homeowners often ask whether a "Class 4" or impact-resistant shingle means they are immune to hail. They are not. The label means the product survived a defined impact test, not that it cannot be damaged by real storms. The standards themselves are getting more honest about this. IBHS released its most expansive impact-resistant shingle ratings to date in 2025, testing roughly two dozen products with laboratory-made hailstones rather than steel balls and scoring them across dents, tears, and granule loss. Notably, in that round, a number of products earned "Good," several were lower, and none earned the top "Excellent" rating — a useful reality check that even the best mass-market impact shingles have limits. The takeaway for an inspection: an impact-resistant label changes the odds, not the need to actually look. Inspect the roof you have, not the rating on the wrapper.

The inspection sequence a good roofer follows

There is a rhythm to a clean hail inspection. Doing it in order keeps the roofer from missing the obvious and keeps the evidence in a sequence that makes sense later.

Start at the curb. Before the ladder comes off the truck, the roofer walks the perimeter and shoots the four elevations. This is where collateral first shows up: dented gutters, spatter on the downspouts, pocked window screens, a chewed-up AC condenser fin pack, dings on the garage door and fence caps. The curb walk also reads the lot — tree cover, slope, access, power lines — and sets the safety plan. A roofer who skips the ground and goes straight up the ladder has already skipped half the storm's fingerprint.

Read the soft metals next. The painted metal around a house is the closest thing to a calibrated hail gauge you will find on site. Gutters and downspouts catch hail at every angle, and the size and density of their dents tells the roofer roughly what fell and from which direction the wind drove it. Documenting the soft metals before going on the roof means the roofer already has a working theory about hail size and direction before reading the first shingle, which makes the on-roof read faster and more honest.

Then the roof, plane by plane, windward first. Once the access plan is set, the roofer works each slope methodically and starts with the planes that faced the storm, since wind-driven hail concentrates there. On each plane the order is overview photo, then a slow walk feeling for soft spots, then close documentation of anything found, then the cap line and any valleys and penetrations on that plane. Finishing one plane completely before moving to the next keeps the photo set organized by location instead of scattered.

Finish inside, only if it is safe and relevant. If there is an active leak or a stained ceiling, the roofer documents it from inside and, where attic access is safe and easy, looks for daylight, wet decking, or wet insulation. Nobody forces an attic entry for a hail inspection. The interior is there to connect exterior findings to actual water entry, not to manufacture a crisis.

That sequence — curb, soft metals, roof windward-first, then interior — is what an experienced inspector does almost without thinking. Written down, it becomes a standard a homeowner can hold any contractor to.

What a homeowner should expect and ask

Homeowners are not helpless in this. You do not need to read a shingle to know whether the inspection you paid for was thorough. A few questions and a look at the deliverable tell you most of it.

Reasonable things to expect from a real inspection:

• A walk of the property and the roof (or a clear explanation of why a slope was done by drone or pole camera instead).
• Photos you can actually understand — wide shots that show where things are, not only dramatic close-ups floating in space.
• A written report, not only a verbal "yeah, you've got damage, sign here."
• An honest separation of what is storm-related from what is age and wear.
• A note on anything that could not be inspected and why.

Good questions to ask the roofer, with what a solid answer sounds like:

Ask this	A good answer sounds like
"Which slopes did you walk, and which did you do another way?"	A specific breakdown by direction, with the method for each
"Is what you found functional damage or cosmetic?"	A clear distinction, with the soft-spot or mat-fracture evidence shown
"What here is from the storm versus just age?"	Honest separation, not "it's all hail"
"What couldn't you safely check?"	A named area and reason, not "I got everything"
"Will you handle my insurance claim?"	"No — I document conditions and give you an estimate; your insurer decides coverage"

That last answer is the one that should make you trust the contractor more, not less. A roofer who tells you plainly that the insurer decides coverage is a roofer who is staying on the right side of the law and treating your file honestly. The one promising to "get it approved" or to make your deductible disappear is the one to show the door.

One more thing homeowners get wrong: the absence of obvious marks from the ground does not mean the roof is fine. Bruising is felt, not seen from the driveway, and a roof that looks clean from below can still have a mat full of fractures after a serious storm. If a credible storm hit and the roof has age on it, a hands-on professional look is worth it even when nothing screams damage from the yard.

Building a report another professional can trust

The deliverable is the report. A hail inspection report should let a homeowner, a second roofer, an adjuster, or a manufacturer rep follow your reasoning without phoning you. The standard is simple: someone who was never on that roof should be able to understand where each finding is, what it is, and what you could not check.

A strong report includes:

• Property address or job ID, and the roof's basic facts: age (if known), material, slope, stories, and access limits.
• Storm date, reported time and time zone, and the weather sources reviewed with their retrieval dates and a "context only" label.
• Safety and access notes, including the method used and any area not inspected with the reason.
• A roof-plane map or clear elevation labels so every close-up ties back to a location.
• A layered photo set: wide, medium, close, collateral, interior (where safe), and limitation photos.
• Prior condition logged separately: age, brittleness, blistering, prior repairs, ventilation, foot traffic.
• Observed conditions and proposed repair options, with any temporary protection noted.
• Plainly stated limitations.

FEMA's guidance on documenting damage after severe weather supports photos, video, receipts, and material samples in a damage file. The NAIC's homeowner claim guidance supports a damaged-property list, photos and video, policy details, deductible awareness, and contacting your insurer or agent. Use those for recordkeeping discipline. Neither one tells a homeowner that a claim should be filed or paid — and neither should your report.

The photo packet, layered so it holds up

Isolated close-ups are the most common weakness in hail reports. A dramatic photo of a torn shingle floating with no context is nearly worthless to a reviewer who cannot place it. Layer the photos.

Photo type	Capture	Why it matters
Wide property	Front, rear, left, right elevations from safe ground	Establishes orientation and storm exposure
Plane overview	Each slope you can safely photograph	Keeps close-ups from floating without location
Medium context	The area around the finding, cap, valley, or vent	Shows whether the mark is isolated or part of a pattern
Close finding	The bruise, tear, crack, dent, or exposed mat	Documents the condition without deciding coverage
Collateral	Gutters, downspouts, soft metals, screens, AC fins, fences	Establishes exposure, kept separate from roof scope
Interior/attic	Stains, daylight, wet decking or insulation — only where safe	Connects exterior findings to water entry when present
Limitation	Locked gate, unsafe slope, wet roof, blocked access	Explains why an area was not inspected

A copy-ready report skeleton

Contractors can lift this directly. It keeps every report consistent and keeps the claims clean.

HAIL INSPECTION REPORT

Property / Job ID: ______________________
Inspection date: ______  Inspector: ______
Reported storm date / time / zone: ______
Days since storm: ______

ROOF FACTS
  Material: ______  Approx. age: ______
  Slope: ______  Stories: ______
  Access method: walked / drone / pole cam / ladder-view

SAFETY & ACCESS
  Conditions at inspection: ______
  Areas NOT inspected + reason: ______

WEATHER CONTEXT (context only — not proof of damage)
  Homeowner account: ______
  SPC / NCEI records reviewed (retrieval date): ______

FINDINGS BY PLANE  (repeat per slope: N/E/S/W, upper/lower)
  Plane: ____  Exposure: ____
  Field shingles (bruising/granule/tears): ______
  Ridge/hip caps: ______
  Valleys / penetrations / flashings: ______
  Test square count (if used) + location: ______
  Photos: wide ___ context ___ close ___

SOFT METALS & COLLATERAL (exposure context)
  Gutters/downspouts/vents/caps: ______
  Siding/screens/AC fins/fences: ______

INTERIOR / ATTIC (only where safe)
  Stains / daylight / wet decking: ______

PRIOR CONDITION (logged separately from storm findings)
  Brittleness / blistering / prior repairs / ventilation: ______

OBSERVED CONDITIONS & PROPOSED OPTIONS
  ______

TEMPORARY PROTECTION NEEDED?  yes / no — describe: ______

LIMITATIONS OF THIS REPORT
  - Weather records are storm context, not coverage proof.
  - Collateral marks are exposure context, not roof scope.
  - Coverage decisions belong to the insurer/agent.

The legal line: document conditions, do not "handle the claim"

This is the part that protects everyone, and it is not optional. In many states, a roofer who acts as an unlicensed claims advocate is breaking the law. The line is called the unauthorized practice of public adjusting, and a high-profile ruling made it concrete: in Texas Department of Insurance v. Stonewater Roofing (2024), the Texas Supreme Court upheld licensing rules against a roofer that branded itself as an insurance-claims specialist and held itself out as negotiating settlements for homeowners. The court rejected the First Amendment challenge and made clear that acting on a homeowner's behalf to negotiate or effect a claim settlement is public adjusting, which requires a license a roofer typically does not hold.

What that means in plain terms for a hail inspection:

• A roofer documents conditions, photographs them, provides an estimate, and explains observed conditions. That is legal and useful.
• A roofer does not negotiate, manage, fight, maximize, or settle a claim, and does not promise to "get your claim approved." That crosses into public adjusting in many states.
• A roofer never self-labels as an "insurance specialist" or "claims expert" in a way that implies handling the claim for you.

There is one more line that is even brighter. Never let any contractor offer to waive, absorb, eat, or rebate your insurance deductible. The deductible is the homeowner's to pay, and "paying" it for you (by inflating the invoice or any other dodge) is insurance fraud in many states and can put both parties at legal risk. A roofer who leads with "we'll cover your deductible" is a roofer to walk away from.

Here is the safe-language framework. Same situation, two ways to say it:

Do not say (UPPA / risky)	Say instead (documentation framing)
"We'll get your claim approved."	"We'll document the conditions so you can file with the facts."
"We handle the whole claim for you."	"We provide the inspection report and estimate; your insurer decides coverage."
"We're insurance claim specialists."	"We're roofers who document storm damage clearly."
"We'll cover your deductible."	"The deductible is yours to pay; here's our honest estimate."
"This roof is totaled — guaranteed replacement."	"Here are the observed conditions and repair options for review."

None of this weakens a homeowner's position. It strengthens it. A clean, well-photographed inspection report that sticks to conditions is exactly what supports a homeowner's own claim. Showing up with the facts beats showing up with promises every time.

Regional and seasonal variation

Where the roof lives changes how you inspect it.

The hail corridors (Texas, Oklahoma, Kansas, Nebraska, Colorado's Front Range). High hail frequency, fast-growth subdivisions with same-age roofs, and heavy adjuster activity. Big stones and wind-driven angles are common, so directional exposure and per-slope documentation matter, and elevation plus intense UV on the Front Range ages asphalt faster, which makes the old-versus-new separation harder and more important.

The Upper Midwest (Minnesota, the Dakotas, Iowa). Hail plus freeze-thaw and older asphalt stock. A bruised mat that might have ridden out a mild climate can fail faster through repeated freeze cycles, so functional findings carry extra weight. Steep older roofs add access hazard.

The Southeast and Gulf. Hail often arrives mixed with wind-driven rain and the occasional tropical system, so inspectors work to separate hail bruising from wind and water intrusion, and tile and metal show up more in the mix.

Mountain-front and microburst zones. Localized, intense cells mean the swath story matters even more; a storm can clobber one neighborhood and skip the next.

Season matters too. Spatter and fresh evidence fade, so the practical advice everywhere is the same: inspect early after a storm while the evidence is crisp, date everything, and label the weather records as context. The NCEI Storm Events Database is the same authoritative archive in every region; what changes is the local roof stock, the access, and how fast the climate erases the evidence.

Common mistakes that ruin a hail inspection

The fastest way to spot a weak inspection is to watch for these.

• Climbing an unsafe roof to get the shot. Findings are not worth a fall, and a wet hail-glazed roof is a known hazard.
• All close-ups, no context. A torn shingle photo with no plane label or wide shot is nearly useless to a reviewer.
• Counting one test square as the verdict. Hail varies across a roof; one square is an exhibit, not a sentence.
• Calling every speckle "damage." Spatter and cosmetic marks are not functional damage; conflating them destroys credibility.
• Mixing old wear into new hail. Blistering, age, and foot traffic logged as storm damage will not survive a second look.
• Skipping the soft metals and penetrations. Gutters and pipe boots often hold the clearest evidence and the real leak risk.
• Overstating the weather records. A storm report near the home is context, not address-level proof.
• Promising the claim. "We'll get it approved" or "we'll cover your deductible" is a legal red flag, not a selling point.
• Hiding what you could not reach. An honest limitation note is stronger than fake certainty about an area you never saw.

How tools like RoofPredict fit around the inspection

Most hail files do not fall apart because the roofer missed a bruise. They fall apart because the evidence scatters: storm date in a text thread, photos across two camera rolls, the weather screenshot on someone's phone, the estimate in email, receipts in a drawer. Keeping the packet together is its own job.

For contractors, this is also a targeting question before anyone climbs a ladder. After a storm rolls through, the houses worth knocking are the ones whose roofs were both old enough and hit hard enough to actually be worn out — not the brand-new builds two streets over. RoofPredict is built for that step: it pairs an estimated roof-age range with storm physics modeled per individual roof — hail trajectory and wind impact house by house, not only "the storm passed through this ZIP" — to score which roofs a given storm likely wore out. That helps a roofer prioritize honest outbound, skip the new roofs, run a targeted mailer, mine an old CRM of past estimates, and hand a canvasser a real per-home talking point and a branded homeowner report. It keeps the storm context, roof-age range, inspection photos, report, and follow-up tasks in one file instead of five.

Be clear about the limits, because they matter. RoofPredict does not inspect roofs, does not climb anything, does not diagnose hail damage, does not measure the roof or identify materials, does not certify remaining roof life, and does not decide insurance coverage. The roof age is a planning range, not an exact date, and the storm score is a prioritization signal, not a finding. The inspection still does the diagnosing; the tool just helps a roofer point the truck at the right houses and keep the paperwork from scattering.

Final field checklist

Use this to judge whether a hail inspection — yours or one you paid for — was actually done well.

• Safety and access limits are written down; the homeowner did not climb the roof.
• The inspection is tied to a specific storm date, with weather records labeled "context only."
• Spatter and fresh evidence were documented while still visible.
• Every roof plane is labeled, or listed as not safely inspected, with the reason.
• Field shingles were checked by hand for bruising, not only photographed from above.
• Functional damage (broken mat, granule loss exposing asphalt) is separated from cosmetic marks.
• Caps, valleys, penetrations, and flashings each got their own attention.
• Soft metals and collateral are logged as exposure context, not roof scope.
• Material-specific limits (metal cosmetic vs functional, tile/slate specialty review, low-slope documentation) are stated.
• Old age, blistering, prior repairs, and foot traffic are logged separately from new hail.
• The report states its limitations and leaves coverage to the insurer.
• No one promised to "get the claim approved" or to cover a deductible.

A hail inspection done this way protects the homeowner and the roofer at the same time. It tells the truth about the roof, it stands up to a second look, and it stays on the right side of the law. That is the whole job.

Sources checked: June 18, 2026.

FAQ

What should a roofer check first after hail?

Safety and access come first, every time. A roofer should judge whether the roof can be walked at all that day, given wet or hail-glazed surfaces, steep slope, brittle material, hidden soft decking, and overhead power lines, and document any area that cannot be reached. Only after the access plan is set does the roofer move to field shingles, caps, valleys, penetrations, soft metals, and collateral areas. A finding is never worth a fall, and forcing unsafe access is the most common way these inspections go wrong.

Does quarter-size hail automatically mean my roof is damaged?

No. NOAA's NSSL treats quarter-size hail, one inch across, as the severe threshold, but reaching that size does not guarantee roof damage. Whether a roof is actually hurt depends on the hail's hardness and density, wind speed and impact angle, the roof material, its age and brittleness, how it was installed, and which slope faced the storm. Wind-driven hail can hammer one plane and barely touch another on the same house. A hands-on field inspection is still what separates real damage from a near miss.

What is the difference between functional and cosmetic hail damage?

Functional damage reduces the roof's water-shedding ability or its expected service life, for example a fractured shingle mat, granule loss that exposes asphalt, a cracked tile, or a punctured membrane. Cosmetic damage only changes appearance, like a dent in a metal panel that still keeps water out, or surface marring. The distinction matters because many policies now carry a cosmetic damage exclusion that denies dent-only metal claims, and adjusters are trained to separate the two. A good report makes that line explicit rather than calling every mark damage.

Is a single test square enough to prove I need a new roof?

No. A test square is a ten-by-ten-foot area used to count and document hail impacts in a representative patch, and it is a useful exhibit, not a verdict. Hail falls unevenly, so one square can read clean while another nearby is peppered, which is why good inspectors place squares on multiple slopes and let the overall pattern tell the story. Replacement scope still depends on material, roof age, code, manufacturer documentation, repairability, and the insurer's review. The square documents conditions; it does not decide coverage.

Can hail damage look like old wear, blistering, or foot traffic?

Yes, and confusing them is a common error. Blistering forms raised or popped clusters that do not break the mat, normal aging sheds granules broadly and evenly, and foot traffic leaves scuffs in lines along walk paths. Hail, by contrast, lands randomly and the real tell is a soft, spongy spot where the mat is fractured beneath the surface. A credible report logs roof age, brittleness, prior repairs, and traffic as separate line items so old wear is never counted as fresh storm damage.

How soon after a hailstorm should the roof be inspected?

Sooner is better for the quality of the evidence, even though most policies still allow weeks or months to file. Fresh hail leaves crisp dents, bright exposed asphalt, and spatter marks where the stones washed oxidation and dirt off surfaces, and that spatter weathers away within weeks. Inspecting while the evidence is fresh makes it far easier to tie damage to a specific storm. The practical advice is to inspect early, date everything, and save the storm records as context rather than waiting and hoping the evidence holds.

Should gutters and other metal be part of a hail inspection?

Yes, but keep them in their lane. Gutters, downspouts, vents, drip edge, and furnace or chimney caps are thin painted metal that dents readily, so they are some of the clearest witnesses that real hail impacts occurred and roughly how big the stones were. A roofer should photograph those dents by location. The honest limit is that a dented gutter establishes exposure; it does not by itself prove the shingles are functionally damaged or that the roof needs replacement. Log soft metals as context, separate from roof scope.

Can a roofer tell me whether my insurance will pay?

No, and you should be wary of one who says they can. A roofer documents roof conditions, photographs them, and provides an estimate and proposed repair options. The insurer decides coverage based on the policy, the facts, and the documentation. A roofer who claims to handle, manage, fight, or guarantee approval of your claim may be crossing into the unauthorized practice of public adjusting, which is illegal in many states. The same goes for any offer to cover or waive your deductible, which is fraud in many places.

Does an impact-resistant or Class 4 shingle mean my roof can't be hailed?

No. An impact-resistant or Class 4 rating means the product passed a defined impact test, not that it is immune to real storms. IBHS's 2025 impact-resistant shingle ratings tested roughly two dozen products with laboratory-made hailstones and found several rated only Good, with none earning the top Excellent score, a reminder that even the best options have limits. The practical lesson for any inspection is to evaluate the actual roof in front of you rather than assuming the label settled the question.