5 Roof Red Flags After a Tekonsha, MI Severe Storm

If a severe storm just crossed south-central Michigan and you live in or near Tekonsha, the honest short answer is this: a strong storm gives you a real reason to inspect your roof, but it does not prove your roof is damaged. Hail roof damage in Tekonsha, MI shows up as fresh granule loss, dark impact bruises, dented soft metal, and cracked plastic accessories. Wind and tornado damage shows up as lifted, creased, torn, or missing shingles, displaced flashing, and debris in the yard. The two often appear on the same roof at the same time, and that is exactly why careful, dated documentation matters more than a quick guess from the driveway.

Tekonsha sits in the southwest corner of Calhoun County, between Battle Creek and the Branch County line, in the kind of open south-central Michigan terrain that supercells like to cross. When you see a storm-report point logged as "1 NNW Tekonsha," that is just how the National Weather Service and NOAA's storm databases pin a report to a spot on the map: one mile north-northwest of the village center. It is a coordinate, not a guarantee that your street took a direct hail core.

Here is the safe way to handle it. Walk the property from the ground, photograph everything with the date on, check easier-to-read surfaces like gutters and vents and your vehicle for matching impact marks, look inside the attic for daylight or damp insulation, and only then decide whether you need a licensed contractor on the roof. Do not climb a wet or storm-loosened roof yourself. And keep one boundary clear in your head from the start: a contractor documents conditions and writes an estimate, but your insurer decides what is covered. Anyone who tells you otherwise is selling you something.

Below are the five red flags worth checking after a Tekonsha-area storm, written in the order a careful inspector would actually work them, plus what the official record of the March 6, 2026 event says, how Calhoun County's climate ages roofs, what Michigan code and licensing rules mean for your repair, and a copy-ready inspection checklist you can use today.

What the official record says about the March 6, 2026 storm

The storm that put Tekonsha on the radar this spring was not a garden-variety thunderstorm. The National Weather Service office in Northern Indiana documented a lone supercell that developed in La Porte County, Indiana on March 6, 2026 and tracked northeast into Lower Michigan, crossing Cass, St. Joseph, Branch, and Calhoun counties. Survey teams from the Northern Indiana and Grand Rapids NWS offices confirmed four tornadoes from that single parent storm.

The ratings tell you how much energy was in that system:

The Union City EF-3 is the headline. The NWS noted it as the earliest EF3-or-stronger tornado in a calendar year on record for Michigan, and the strongest tornado in the state since the F4 that hit Kalamazoo and Eaton counties on April 2, 1977. The Clarendon Township EF-0 is the one closest to home for Tekonsha readers. Clarendon Township sits directly northeast of Tekonsha village, on the Calhoun County map between Tekonsha and Homer, so an EF-0 logged there is essentially in your backyard.

Hail came with the wind. The same NWS event summary recorded quarter-size to golf-ball-size hail along the supercell's path. The biggest documented stones were near the storm's earlier track: about 1.75 inches near Three Rivers and Fishers Lake, and 1.5 inches at Mendon, with quarter-size reports around Cassopolis and Three Rivers. Those points sit west and southwest of Tekonsha. That matters. It means Tekonsha was inside the broader severe corridor, but the largest verified hail fell upstream, and your roof's actual exposure depends on which part of the storm passed over your specific block.

Why spell all this out? Because the cleanest storm-damage files separate what the storm was from what your roof shows. NOAA's National Severe Storms Laboratory explains that hail forms when an updraft carries water droplets high into air cold enough to freeze them, and that stones grow until the updraft can no longer hold them. A storm that produced golf-ball hail ten miles upstream can still drop pea-size hail or none at all on your street. The storm report is your reason to look. The roof itself is your evidence.

What different hail sizes actually do to a roof

Hail size is not a curiosity — it is the single best predictor of whether your asphalt roof took real structural damage or just got rinsed off. The hail-size scale that NWS spotters use is built around everyday objects, and each step up the scale changes what happens on the roof. The March 6 reports ran from quarter-size up to golf-ball-size, which spans the exact threshold where cosmetic becomes structural.

The number that matters most is roughly three-quarters of an inch. Below that, sound shingles usually survive; above it, the risk of a fractured mat climbs with every quarter inch. IBHS impact-resistance research is built around that same threshold, which is why a roof's impact rating matters: a Class 4 product tested under UL 2218 takes a two-inch steel ball without cracking, while a tired three-tab roof can bruise under a one-inch stone. So when you read that golf-ball hail was reported up the corridor, that is not trivia. It tells you the storm was carrying stones well past the damage threshold, and that the older roofs in its path are the ones worth a careful look.

Keep one more thing in mind: hail almost never falls uniformly. A supercell drops its largest stones in narrow streaks, and two houses on the same street can see very different sizes. That is why "a neighbor's roof was totaled" is a reason to inspect yours, not proof yours matches. Read your own surfaces.

How Tekonsha's storm history shapes the risk

March 6 was dramatic, but it was not an aberration. South-central Michigan sits in a part of the state that sees regular severe convection from spring through midsummer, and Calhoun County has a long documented history of hail and wind. The county has logged severe-thunderstorm warnings and hail reports repeatedly in recent years, with the Battle Creek area — the county seat region just north of Tekonsha — recording multiple trained-spotter hail reports in a single warm season and radar-indicated hail on dozens of occasions over time. That is the backdrop your roof lives in.

What that pattern means for a Tekonsha homeowner is practical. First, a roof here is statistically likely to face damaging hail or high wind more than once in its service life, so the condition you document after this storm becomes the baseline for the next one. Second, the timing skews toward the warm months, which is when crews and adjusters get swamped; getting your own dated record together early puts you ahead of the rush. Third, the county's mix of open farmland and small villages means storms arrive with little to break the wind, so straight-line gusts and tornado spin-ups both reach the ground with force, as the EF-3 at Union City showed.

None of this is a reason to panic-replace a roof. It is a reason to treat your roof as a maintained asset in a storm-prone county: know its age, photograph it once a year and again after every notable storm, and keep the records. The homeowners who come through a hail season cleanest are the ones who can show what their roof looked like before the storm, rather than only after.

Why Calhoun County roofs are already primed for storm damage

A roof's reaction to hail and wind has as much to do with its age and prior weathering as with the storm. South-central Michigan is hard on asphalt shingles, and Tekonsha roofs carry a lot of accumulated wear before a single hailstone ever lands.

Start with lifespan. The InterNACHI standard life-expectancy chart puts architectural (laminated) asphalt shingles around 30 years and three-tab shingles around 20 years under average conditions. "Average" is the catch. Michigan is not average. Local roofers across the region routinely report real-world asphalt roof lifespans closer to 15 to 25 years here, and the reason is the climate.

The freeze-thaw cycle does the damage. Through a Calhoun County winter, water works into tiny cracks and seams, freezes overnight, expands, thaws the next afternoon, and refreezes. Repeated dozens of times a season, that cycle fatigues the asphalt binder, loosens the adhesive seal strips that hold shingle tabs down, and works fasteners loose. Ice dams form at the eaves when attic heat melts roof snow that then refreezes at the cold overhang, backing water up under the shingles. Then summer sun bakes the asphalt, drives off the volatile oils that keep shingles flexible, and accelerates granule loss. A shingle that has been through fifteen of those cycles is brittle. Brittle shingles bruise, crack, and tear under hail and wind that a newer roof would shrug off.

That is the quiet part of every Tekonsha storm-damage story: the same EF-0 winds and quarter-size hail will leave a six-year-old architectural roof nearly untouched and split a twenty-two-year-old three-tab roof open. Roof age is the single biggest variable in how a storm reads, which is also why contractors who plan their outbound work with tools like RoofPredict start from an estimated roof-age range per house — a brand-new roof down the block from yours probably does not need anyone climbing it, while the aging roofs in the same hail footprint are the ones genuinely worth a look. Roof age is a planning range, not an exact birthday, but it tells you where to focus.

Keep your roof's history in your own file. The month and year it was installed, the shingle brand and product line if you know them, the last time it was inspected, and any prior repairs or leaks. When a storm hits, that history is the difference between "this is fresh" and "this was already failing."

Red flag 1: Fresh granule loss, impact bruises, and dented soft metal

Hail damage to asphalt shingles is genuinely hard to read from the ground, and that is precisely where homeowners get it wrong in both directions. They either panic over normal wear or miss real bruising.

Here is what real hail impact looks like. A hailstone hits the shingle, knocks the protective mineral granules off in a roughly circular spot, and can fracture the asphalt-and-fiberglass mat underneath even when the surface still looks intact. IBHS describes hail damage to roofing in terms of three modes: granule loss, bruising or cracking of the mat, and outright puncture, with damage potential rising sharply once stones reach about three-quarters of an inch and up. A true bruise feels soft and slightly spongy when pressed — like the give in a fresh apple bruise — because the mat fibers have broken. That soft spot is the part a trained inspector finds and a homeowner usually cannot see at all.

From the ground you are looking for the secondary clues, not the bruises themselves:

• Dark, freshly exposed asphalt spots scattered across a slope where granules were knocked away.
• A sudden pile of fresh granules in the gutters and at downspout outlets, heavier than the slow trickle of normal aging.
• A random, scattered pattern rather than the straight lines that come from foot traffic or manufacturing.

Do not treat every granule in the gutter as proof. Aging shingles shed granules constantly, and a hard rain washes a season's worth into the gutter at once, which looks alarming and means nothing by itself. The honest test is whether something changed after this storm: new exposed spots on multiple slopes, fresh granule piles where there were none, and matching impact evidence on surfaces you can actually read.

Those readable surfaces are your friend. Hail does not selectively hit only the roof. Walk the property and check the metal and painted surfaces that dent and dimple cleanly:

• Aluminum or metal roof vents, turbine vents, and the metal hoods over bath and kitchen exhausts.
• Gutter faces, downspouts, and aluminum fascia or drip edge.
• Window screens (hail pushes a dimple into the mesh), window wraps, and painted metal trim.
• The air-conditioner condenser fins on the side of the house.
• The mailbox, a metal shed, gas grill lids, patio furniture, and any vehicle left outside.

If you find a consistent pattern of small round dents across several of those surfaces, you have decent ground-level corroboration that hail of a damaging size actually fell on your property. If the metals are clean but you see torn shingles and tree debris, you are probably looking at wind and impact damage instead. That distinction shapes the whole repair conversation, so document both.

Photograph everything. Wide shots that show the house and slope, then closer shots of the specific surfaces, all with the camera date stamp on. Keep the originals unedited. If a licensed contractor goes up on the roof, ask for slope-by-slope photos that show where each finding sits and what type of damage it is, and ask them to distinguish hail impact from blistering, foot traffic, installation defects, and ordinary age. A report that just says "hail damage throughout" with no slope, no pattern, and no count is a weak report, no matter who signs it.

Red flag 2: Lifted, creased, torn, or missing shingles

Wind reads completely differently from hail, and after March 6 the Tekonsha area had plenty of wind. The Clarendon Township EF-0 alone carried estimated 85 mph gusts, and severe-thunderstorm straight-line winds in the same system ran higher in places. You do not need a tornado on your lot to lose shingles; sustained gusts well below tornado strength can break the seal bond and peel tabs.

Wind damage shows up at the edges and in patterns:

• Shingles that are gone entirely, leaving a clean rectangle of exposed underlayment or bare deck.
• Tabs that are lifted, folded back, or standing up instead of lying flat.
• A horizontal crease across a shingle where it was bent up by wind and then flopped back down — that crease is a fracture line that will leak and fail even though the shingle is still in place.
• A whole course that looks slightly off, with an uneven shadow line, where the seal strip released.

Wind almost always attacks the perimeter first, so put your attention on the rakes (the sloped gable edges), the eaves, the ridge, the hips, the valleys, and anywhere the roof changes plane around a dormer or chimney. Those are the leverage points. The middle of a slope is the last place to fail.

Then check the ground. Wind damage scatters evidence into the yard and against the house: shingle tabs, granule-coated fragments, ridge-cap pieces, bent or torn flashing, exposed roofing nails, and pieces of vent or trim metal. Photograph the debris where it landed before you clean it up. If you find roofing in the yard, there is a matching bare spot on the roof.

If shingles are missing or lifted, the deck underneath is now exposed to the next rain, and the next rain in Michigan is rarely far off. Temporary weather protection — a properly fastened tarp or emergency shingle patch installed by a qualified contractor — buys time and prevents the interior damage from compounding. Two cautions. First, temporary mitigation is not the same as authorizing a full replacement; keep those decisions and their paperwork separate. Second, if you are filing a claim, document the damage with photos before the tarp goes on and keep every receipt, because most homeowners policies expect you to take reasonable steps to prevent further loss but also want to see the original condition.

Match the repair scope to what you actually see. A handful of missing tabs and a torn ridge cap is a repair. A slope full of creased, brittle shingles that release when touched is a different conversation. Ask any contractor to tell you in writing whether they are recommending a spot repair, a single-slope repair, a full replacement, or temporary stabilization — and why. A written reason tied to specific findings beats a verbal "you need a new roof" every time.

Red flag 3: Damaged flashing, vents, gutters, skylights, and siding

Roofs rarely leak through the open field of shingles. They leak at the transitions and penetrations — the metal and plastic parts that bridge the shingle field to everything sticking through or up against it. After hail and wind, those are the components most likely to have failed in a way that actually lets water in, and they are the ones homeowners skip.

Work through the accessory list:

• Pipe boots. The rubber or plastic collar around plumbing vent pipes splits and dry-rots with age, and hail finishes off a marginal one. A cracked boot is one of the most common roof leaks in any Michigan home, storm or not.
• Box vents, turbine vents, and ridge vents. Dented metal may be only cosmetic, but a cracked plastic vent housing or a ridge vent lifted by wind is an open hole.
• Chimney flashing, step flashing, and counterflashing. Wind lifts the edges; debris bends them. Once flashing separates from the masonry or the wall, water runs straight down behind it.
• Drip edge and gutter apron. These direct runoff into the gutter. Bent or displaced, they let water curl behind the fascia.
• Valley metal. Valleys carry the most water on the roof. Damage here is high-consequence.

Gutters earn a careful look after this kind of storm. A gutter pulled loose from the fascia by wind or by the weight of hail-laden debris can dump water behind the boards or down the wall toward the foundation. A crushed or disconnected downspout sends roof runoff straight to the basement-water problem you did not have last week. And while a gutter packed with fresh granules can hint at roof-surface wear, it needs clearing regardless so the next rain drains where it should.

Skylights and chimneys are their own category. Older acrylic skylight domes crack under hail that newer glass units survive. Chimney crowns and the flashing around a chimney chase loosen under wind. If you have a skylight or a masonry chimney and you later see an interior stain anywhere near it, treat that penetration as a prime suspect.

Siding rounds out the picture. The NWS hail safety guidance notes that hail of quarter-size and larger can dent metal, crack siding, break glass, and damage roofs — and siding damage is often easier to confirm from the ground than roof damage. Dimpled aluminum siding, cracked vinyl, chipped paint on the windward wall, and broken or dimpled window screens all help establish that damaging hail hit your specific property, which supports the roof timeline even when the shingles are hard to read.

Red flag 4: Interior stains, attic moisture, and delayed leaks

The most expensive storm damage is the kind you cannot see for two weeks. Hail and wind can open a path — a cracked boot, a lifted shingle, a fractured mat — that does not leak at all until the next sustained rain drives water into it. The water then travels along rafters and decking and surfaces feet away from the actual opening, often at a low point in the ceiling. A dry ceiling the morning after the storm proves nothing about whether the roof is sound.

Go into the attic with a flashlight on a dry day and look up:

• Daylight showing through at penetrations, ridges, or the field — any pinhole of sky is a hole that rain finds.
• Wet, matted, or stained insulation, especially under valleys and near penetrations.
• Dark streaks or water stains on the underside of the roof decking and along the rafters.
• A damp, musty smell, which often shows up before a visible stain does.

Then check the living space: ceilings, the tops of exterior walls, closet corners, and the areas directly below valleys, chimneys, bath fans, and skylights. New brown rings, bubbling or peeling paint, soft drywall, and stains that grow after a rain are all signals. If water is actively coming in, get belongings out of the way, put down containers, photograph it, and call a qualified contractor for emergency protection — and your insurer if you are filing a claim.

This is also where the safety rule earns its keep. After a storm, a roof can be wet, loose at the edges, missing fasteners, and surrounded by hanging limbs and broken glass. None of that is visible from the peak. Inspect from the ground with binoculars and your phone's zoom, inspect the attic from inside, and leave the roof surface to people with fall-protection training and the right insurance. OSHA is blunt about it: falls are the leading cause of death in construction, and roofs are where most of them happen. A homeowner photo is never worth a fall from a Michigan rooftop.

One more judgment call: if a contractor wants to open interior walls or start permanent repairs before your insurer has seen the damage, slow down. Emergency work to stop active water intrusion is reasonable and usually expected. Major permanent repairs while coverage is still being evaluated should be documented and coordinated, not rushed.

Red flag 5: Door-knock pressure and the claim-handling lines a contractor must not cross

The fifth red flag is not on the roof at all. It is the person standing on your porch the afternoon of the storm with a clipboard and a tablet.

Legitimate local roofers exist and many will canvass a hard-hit area honestly. But severe storms also draw storm chasers — out-of-area crews who follow the damage, sign as many contracts as they can, and move on. The Federal Trade Commission warns homeowners hiring any contractor to get multiple written bids, verify licensing and insurance, never pay the full amount up front, and walk away from high-pressure sales. After a disaster the pressure intensifies, so the cautions matter more.

Watch for these specific signals:

• They showed up within hours or a day of the storm, before you had time to think.
• Out-of-state plates, no local office, and a vague answer when you ask where their shop is.
• They push you to sign "today" to "hold your spot" or "lock in storm pricing."
• They cannot or will not produce a Michigan license number, an insurance certificate, and local references.
• They want a large payment up front rather than a deposit with the balance tied to progress.

Now the part that actually protects you, because it is also the law. There is a hard legal line in claim handling, and a roofer who crosses it is putting you at risk. In most states, only a licensed public adjuster or your own representative may negotiate or adjust an insurance claim on your behalf. A roofing contractor who offers to "handle your claim," "fight the insurance company," "get your claim approved," "maximize your payout," or "make sure they cover everything" is wading into unauthorized public adjusting — a real enforcement issue, as Texas demonstrated in its 2024 action against a roofer for exactly this conduct. What a contractor can legitimately do is document the roof's condition with photos and measurements, write a clear estimate, and give you the facts to support your own claim. The insurer decides coverage. Always.

And one line that should end the conversation instantly: if anyone offers to "waive," "cover," "eat," or "rebate" your insurance deductible, walk away. Your deductible is yours to pay, and a contractor covering it — usually by inflating the estimate to hide it — is insurance fraud in many states and can expose you, the homeowner, along with them. A real roofer expects you to pay your deductible and says so plainly.

Here is the safe "say this, not that" boundary worth keeping in your head:

What Michigan's own regulators say lines up with all of this. The Michigan Department of Insurance and Financial Services advises storm-affected residents to review their policy, work with their agent or insurer, document the damage thoroughly, take reasonable steps to prevent further loss, keep all receipts, and try to resolve disputes directly with the insurer first. DIFS also makes a point homeowners often miss: when wind or hail damages part of a roof, a policy typically covers the damaged portion, and the insurer is not automatically required to replace the entire roof. That does not mean you should accept a sloppy inspection that misses real damage — it means the scope should be tied to documented conditions, not to a sales pitch.

Repair, slope replacement, or full replacement: how the call gets made

Once an inspection is done, the recommendation should fall into one of four buckets, and a good contractor will tell you which one and why. Knowing the logic protects you from both the upsell and the cheap patch that fails by winter.

• Emergency stabilization. Tarping or temporary patching to stop active water intrusion. This is about protecting the interior right now; it is not the permanent fix and should be priced and documented separately.
• Spot repair. A handful of missing or cracked shingles, one split pipe boot, a bent section of flashing. Appropriate when the damage is isolated and the surrounding roof is sound and not too old to blend.
• Slope replacement. One or more full slopes redone when damage is concentrated on the windward faces but other slopes are intact. Common after directional wind events.
• Full replacement. Justified when damage is widespread across slopes, when the shingles are old and brittle enough that repairs will not seal or match, or when matching discontinued shingles is impossible.

The matching problem is real and underappreciated. Asphalt shingle lines change color formulations and get discontinued over time, so a fifteen-year-old roof often cannot be spot-repaired invisibly — the new shingles stand out and may not bond cleanly to weathered neighbors. That is a legitimate reason a slope or full replacement gets recommended, but it should be stated as a matching-and-bonding issue, not hand-waved as "might as well do the whole thing."

Age is the other honest driver. A roof near the end of its Michigan service life — recall that is often 15 to 25 years here — has less to gain from a patch, because the rest of the roof is close to failing anyway. A six-year-old roof with isolated wind damage is a clear repair. Ask the contractor to put the age factor in writing rather than leaving it implied.

Here is a quick reference for matching the call to the condition:

Get at least two written estimates for anything beyond a small repair. Two qualified roofers looking at the same roof should land in the same scope ballpark; a wild outlier in either direction is a signal to ask more questions.

Build the claim file before you make the call

If you decide to file, the quality of your documentation does more for you than anything a contractor says on the phone. Insurers respond to organized, dated evidence. Assemble this before you contact them, and keep adding to it.

TEKONSHA STORM DAMAGE — CLAIM FILE
[ ] Storm date and event: March 6, 2026 supercell / hail + EF-0 Clarendon Twp
[ ] Your roof's install year, shingle brand and product line if known
[ ] Any prior inspection reports, repairs, or leak history
[ ] Dated wide photos of all four sides of the house
[ ] Dated zoomed photos of each roof slope
[ ] Dated photos of dented metal: vents, gutters, AC fins, screens, vehicle
[ ] Dated photos of yard debris before cleanup
[ ] Dated attic photos: daylight, damp/stained insulation, decking marks
[ ] Dated interior photos of any ceiling or wall stains
[ ] Written note: inspection date, time, weather, who inspected
[ ] Licensed contractor's written scope and itemized estimate
[ ] Receipts for any emergency tarping or mitigation
[ ] Your policy number, deductible amount, and agent contact
[ ] A running log of every call, date, and who you spoke with

Two habits make this file far stronger. Keep photos unedited with their original metadata, and never delete the "before" shots once mitigation starts — the tarp photo is useless without the damage photo it replaced. And log your conversations: the date, the name of the adjuster or rep, and what was agreed. Claims that drag on are won by the homeowner with the paper trail.

This is also exactly the kind of record that scatters fastest across texts, a camera roll, and a folder of PDFs. Keeping it together in one place — whether that is a labeled folder or a tool a contractor brings to the job — is what keeps the timeline honest months later when memories fade. The decisions stay yours and your insurer's; the file just makes sure everyone is working from the same facts.

Verify the contractor, then verify the work

Before you sign anything, confirm the contractor is licensed to do residential roofing in Michigan. The state's Department of Licensing and Regulatory Affairs (LARA) licenses residential builders and maintenance and alteration contractors, and roofing falls under the trades a maintenance and alteration contractor can be licensed for. A real contractor will give you their exact legal business name and license number without hesitation, and you can verify it through LARA's license lookup. No number, no signature.

Then ask for the full paperwork before any work begins:

BEFORE YOU SIGN — ASK FOR ALL OF THIS IN WRITING
[ ] Contractor's exact legal business name
[ ] Michigan license number (verify it with LARA)
[ ] Certificate of liability insurance and workers' comp
[ ] Two or three local references you can actually call
[ ] Detailed written scope: repair vs. slope vs. full replacement
[ ] Shingle brand, product line, and color (e.g., GAF Timberline HDZ)
[ ] Underlayment and ice-and-water shield plan at the eaves
[ ] Attic ventilation plan if a full reroof is proposed
[ ] Permit responsibility — who pulls it with your township
[ ] Payment schedule tied to progress, not full payment up front
[ ] Written workmanship warranty terms and length
[ ] Cleanup and magnet sweep for nails included

That ice-and-water shield line is not optional in Michigan, and it is worth understanding. Under the residential code in effect across the state, derived from the International Residential Code, Section R905.1.2 requires an ice barrier in regions with a history of ice forming at the eaves and backing up water — which is all of Calhoun County. The barrier must run from the lowest roof edge to a point at least 24 inches inside the warm wall line of the house, using either two cemented layers of underlayment or a self-adhering modified-bitumen membrane. If a contractor reroofs your Tekonsha home and skips proper eave protection, you will be fighting ice dams within a winter or two. Ask to see it on the estimate.

Michigan code also limits how many roofing layers can stack on a structure — generally no more than two — so if your home already wears two layers, a tear-off to the deck is required, not a third overlay. And most townships require a permit for a reroof. Confirm who is pulling it. A contractor dodging the permit is dodging the inspection, and the inspection is what protects you.

A safe ground-level inspection sequence you can run today

Do this in order, on a dry day, with your phone fully charged and the date stamp turned on. People first, then the property, then the paperwork.

1. Clear the hazards before anything else: look for downed power lines, smell for gas, and watch for broken glass, loose siding, and limbs hanging over walkways. If anything is unsafe, stop and call the right professional. Never inspect in lightning, high wind, or the dark.
2. Photograph all four sides of the house from a distance, so the wide context is on record.
3. Photograph each roof slope from the ground with zoom, slope by slope.
4. Check and photograph the readable surfaces: gutters, downspouts, vents, siding, windows, screens, the AC condenser, the deck, the fence, and any vehicle that was outside.
5. Walk the yard and photograph debris where it landed — shingle tabs, granule fragments, metal trim, nails, tree limbs.
6. Go into the attic on a dry day and look for daylight, damp or stained insulation, and water marks on the decking and rafters.
7. Check interior ceilings and the tops of exterior walls for new stains, especially below valleys, chimneys, skylights, and bath fans.
8. Write down the inspection date, the storm date (March 6, 2026 for this event), the approximate time, the weather, and who did the walk-through.
9. Call your insurer if you find damage that may be covered, and ask how they want it documented.
10. Schedule a licensed Michigan contractor for an on-roof inspection only if the ground-and-attic review suggests you need one. Keep every photo, estimate, email, invoice, and receipt together in one file.

That single organized file is what turns a stressful storm week into a clean record. It is also the part homeowners lose track of fastest. Keeping the inspection photos, the dated notes, the estimate versions, and the closeout paperwork together is the difference between a smooth claim and a he-said-she-said. Contractors face the same problem at scale across a whole neighborhood, which is why some use platforms like RoofPredict to keep each home's storm context, roof-age range, photos, and follow-up status in one place rather than a glovebox full of business cards — and to make sure they are knocking on the doors of roofs that are actually due, instead of the new roof three houses down. RoofPredict does not inspect your roof, diagnose damage, certify how many years it has left, or decide your claim. Those belong to you, a licensed inspector, and your insurer. What good recordkeeping does is keep the facts straight so the right people can do their jobs.

What to claim, and what not to claim, without evidence

The strongest position after a Tekonsha storm is the most careful one, in both directions.

Do not overreach. Do not say a roof was damaged by hail just because a severe storm passed nearby. Do not declare a full replacement necessary before a qualified inspection backs it up. Do not lean on a private hail map alone when the official NWS reports and the physical evidence on your roof do not line up — the largest verified hail on March 6 fell west of Tekonsha, and your block may have seen far less. Do not present an old, pre-existing leak as a new storm loss unless the timeline and the inspection genuinely support it.

And do not underreach either. Do not wave off a roof because it looks fine from the driveway. Hail bruises are invisible from the ground, lifted seal strips lie back down flat, cracked boots hide behind vents, and a fractured mat can take a month and a hard rain to leak. The honest, defensible statement is the modest one: the March 6, 2026 supercell, with its confirmed Calhoun County tornado in Clarendon Township and hail along the corridor, gave every Tekonsha-area homeowner a legitimate reason to inspect, document, and verify — and then to let the evidence, not the anxiety and not the salesperson, decide what happens next.

Common mistakes Tekonsha homeowners make after a storm

Most storm-recovery problems are not about the roof. They are about decisions made in the first 72 hours under stress. These are the ones that cost people the most.

• Climbing the roof to check. A storm-loosened, wet roof is the most dangerous moment in its life to walk on. Falls from residential roofs injure and kill homeowners every year. Use binoculars, your phone's zoom, and the attic.
• Signing the first day. The porch pressure is engineered to beat your judgment. Nothing legitimate expires overnight. Take the estimate, sleep on it, get a second one.
• Cleaning up before photographing. Once the yard debris is gone and the tarp is on, you have erased your own evidence. Shoot first, clean second.
• Trusting a private hail map alone. Vendor hail maps are marketing tools, not the official record. Cross-check against NWS storm reports and your own surfaces before you believe a "your area was hit" claim.
• Letting a contractor talk to the insurer for you about coverage. A contractor can share documentation, but the moment they start negotiating or promising approval, you are in unauthorized public-adjusting territory. Keep coverage conversations between you and your insurer.
• Treating an old leak as new storm damage. If the stain predates the storm, saying otherwise can sink your whole claim's credibility. Be precise about timelines.
• Skipping the permit and the ice barrier. A reroof without a permit skips the inspection that protects you, and a reroof without proper eave ice-and-water shield invites ice dams within a Michigan winter or two. Confirm both in writing.
• Losing the paperwork. The single most common reason a fair claim turns into a fight is a homeowner who cannot produce dated photos and a clear timeline. Keep one organized file from day one.

Get those eight right and you have handled the storm better than most. The roof part is straightforward once the decisions around it are made calmly and on the record.

Sources checked: June 18, 2026.

FAQ

Was there confirmed hail roof damage at 1 NNW Tekonsha, MI on March 6, 2026?

The National Weather Service confirmed a supercell with quarter-size to golf-ball hail along its path and four tornadoes, including an EF-0 in Clarendon Township next to Tekonsha. The largest verified hail, about 1.75 inches, fell west near Three Rivers and Mendon. That makes Tekonsha part of the severe corridor, but it does not prove every roof there took damaging hail. The storm is your reason to inspect; your roof's actual condition is the evidence.

How can I tell hail damage from normal roof wear in Michigan?

Normal aging sheds granules slowly and evenly, and a hard rain can wash a season's worth into the gutter at once. Real hail damage shows a sudden, scattered, random pattern: fresh dark spots on multiple slopes, new granule piles, and matching round dents on soft metal like vents, gutters, and your car. Michigan's freeze-thaw cycles also crack and curl old shingles, so check whether something genuinely changed after the storm rather than assuming every flaw is new.

What should I check first after a Tekonsha-area storm?

Start safely from the ground. Clear hazards like downed lines and broken glass first, then photograph all four sides of the house and each roof slope with the date stamp on. Check readable surfaces, gutters, vents, screens, siding, and your vehicle for matching impact marks. Walk the yard for shingle and metal debris. Then check the attic and ceilings for daylight, damp insulation, and new stains. Do not climb a wet or storm-loosened roof yourself.

Can hail or wind roof damage show up as a leak weeks later?

Yes, and it often does. Hail can fracture the shingle mat or crack a plastic vent without leaking until the next sustained rain drives water through the opening. Wind can break the seal strip and lift a tab that then lies back down flat, hiding the fracture line. Water travels along rafters and decking and can surface feet from the actual hole. A dry ceiling the morning after a storm does not mean the roof is sound.

Does my insurance have to replace my whole roof after storm damage?

Not automatically. The Michigan Department of Insurance and Financial Services notes that when wind or hail damages part of a roof, a policy typically covers the damaged portion, and the insurer is not required to replace the entire roof. The repair scope should match documented conditions. That said, you should not accept an inspection that misses real damage either. Document everything, work with your insurer, and tie the scope to evidence, not to a sales pitch.

Is it legal for a roofer to handle my insurance claim or waive my deductible?

No on both counts. Negotiating or adjusting a claim on your behalf is generally restricted to licensed public adjusters, so a roofer who offers to fight the insurer, get your claim approved, or maximize your payout is risking unauthorized public adjusting, as a 2024 Texas enforcement action showed. Waiving, covering, or rebating your deductible is insurance fraud in many states and can expose you too. A legitimate roofer documents conditions, writes an estimate, and expects you to pay your own deductible.

How do I verify a roofing contractor in Calhoun County, Michigan?

Confirm they hold a Michigan residential builder or maintenance and alteration contractor license through LARA, and verify the number yourself rather than taking a card at face value. Ask for a certificate of liability and workers' comp insurance, local references you can call, and a detailed written scope before any work. Be cautious of out-of-state plates, no local office, large up-front payment demands, and pressure to sign immediately after the storm.

Does Michigan code require ice protection when I reroof?

Yes. The residential code in effect statewide, based on the International Residential Code Section R905.1.2, requires an ice barrier in areas with a history of eave ice backing up water, which includes all of Calhoun County. It must extend from the roof edge to at least 24 inches inside the warm wall line, using two cemented underlayment layers or a self-adhering membrane. Michigan also generally limits roofs to two layers, and most townships require a reroof permit. Confirm both on the estimate.

How long do asphalt shingle roofs last in the Battle Creek and Tekonsha area?

InterNACHI's standard chart puts architectural shingles near 30 years and three-tab near 20 under average conditions, but south-central Michigan is harder than average. Real-world lifespans here often run 15 to 25 years because freeze-thaw cycles fatigue the asphalt, ice dams stress the eaves, and summer sun bakes the shingles. Roof age strongly shapes how a storm reads, so know your roof's install year and history before deciding what a storm did to it.