Storm Damage Map for Texas Roofers (2026 Edition)

Texas leads the U.S. in hail damage every year. DFW alone produces ~$1B in roofing-related insurance claims annually in a typical year. The 2026 season has already produced multiple significant events in the metro — May 9 in Mesquite + Garland, late April in Plano + Frisco, late February in McKinney.

For Texas roofers, hail data isn't optional. It's the difference between knowing where to focus and randomly canvassing. This post is the practical guide to using storm data effectively in Texas specifically.

Texas's 2026 hail season at a glance

DFW is the most hail-active metro in the U.S. The 2026 season patterns I've seen so far:

Active zones (Q1-Q2 2026):

• Mesquite (75150, 75180, 75181) — 3 distinct events
• Plano (75024, 75025, 75093) — 2 events with hail 1.5"+
• Frisco (75033, 75034, 75035) — 1 major event
• McKinney (75070, 75071, 75072) — 2 events
• Arlington (76016, 76017) — 1 event with widespread damage signatures
• Garland (75040, 75041, 75044) — 1 major event

Houston, San Antonio, and Austin also saw activity but less concentrated than DFW.

Patterns from this season:

• Hail size averaged 1.25-1.75" — large enough to damage older asphalt, marginal on impact-resistant shingles
• Event frequency was slightly above 2024-2025 averages
• Insurance carriers responded faster than 2024 (the 14-day adjuster window held more consistently)

The 14-day insurance adjuster window (Texas-specific)

In Texas, insurance carriers are obligated to acknowledge claims within 15 days under the Texas Insurance Code. In practice, most reputable carriers send an adjuster within 14-21 days of claim filing.

Why this matters for roofers:

• Day 0-3 post-storm: identification window (you find damaged homes)
• Day 3-7: outreach window (you contact homeowners + they decide to file)
• Day 7-14: documentation window (claim filed, your scope of work prepared)
• Day 14-21: adjuster arrives, your documentation either helps or hurts

After day 21, the adjuster's scope is locked. Your influence is minimal. You're now bidding against contractor #5 on the homeowner's list.

Texas roofers who win storm-claim work consistently do it inside the 21-day window. The shops that move slower play second-tier roles on whatever scope was already locked.

Free Texas-specific tools

NOAA Storm Events Database

URL: ncdc.noaa.gov/stormevents

Filter by state = TX, event type = Hail or Thunderstorm Wind. Export CSV. Free, official, comprehensive.

Texas Department of Insurance bulletins

URL: tdi.texas.gov

TDI publishes monthly claim activity data (aggregated by zip, with 6-12 month lag). Useful for validating which historical events produced real claim volume vs. which "looked bad on radar" but didn't damage much.

Texas State Climatologist office

URL: climatexas.tamu.edu

Free historical weather data. Useful for understanding seasonal patterns and longer-term trends.

Paid Texas tools worth considering

HailTrace

Texas is HailTrace's home turf. Their spotter network coverage and reporting lag are best-in-class for DFW + other Texas metros. $150-300/mo for the contractor tier.

If you're doing serious storm-chase work in Texas, HailTrace is worth the cost. The 15-minute reporting lag vs. NOAA's 24-72 hours is meaningful inside the 14-day adjuster window.

Interactive Hail Maps

Cheaper alternative ($30-80/mo). Decent for DFW + major Texas metros. Smaller spotter network than HailTrace, less granular.

Best for shops that need hail data but can't justify HailTrace's pricing.

Roofbird (satellite damage verification)

Disclosure: I write for Roofbird's blog. The tool layers post-storm satellite imagery analysis on top of hail data — converting "this swath got hit" into "these 50 specific homes show visible damage signatures."

DFW sample dashboard for a live demo. The May 9 Mesquite event surfaced 8 properties with visible blue-tarp signatures in the sample area.

DFW-specific top-impact zips (rolling 24 months)

Based on combined NOAA event frequency + insurance claim density + AI-detected damage signatures, the DFW zips with the highest sustained storm-impact density:

Tier 1 (storm-chase priority):

• 75150, 75180, 75181 (Mesquite) — repeat impact
• 76016, 76017 (Arlington) — broad hail belt
• 75044 (Garland)
• 75070, 75071 (McKinney south)

Tier 2 (regular impact):

• 75024, 75025 (Plano west)
• 75093 (Plano east)
• 75013, 75002 (Allen)
• 75007 (Carrollton)

Tier 3 (occasional impact, higher-value):

• 75034, 75035 (Frisco)
• 75218, 75214 (Dallas city)

Higher tiers = more frequent events. Higher tiers don't necessarily mean more profitable — Tier 3 zips have higher home values and ticket sizes, just less frequent storm activity.

A Texas-specific 90-day storm-chase workflow

During active season (March-October):

Daily (5 min):

• NOAA email alert check
• HailTrace dashboard refresh

Within 24 hours of a significant event:

• Map the swath using HailTrace + NOAA
• Identify the highest-impact zips inside the swath
• Run AI satellite scan on those zips (within ~48 hrs once imagery refreshes)

Days 2-4 post-event:

• Filter satellite scan for visible damage signatures (tarps, missing tabs, hail bruise patterns)
• Build a knock list of 50-150 properties

Days 5-7 post-event:

• Door-knock the top 30-50 properties
• Door-hang the rest
• Schedule inspections with interested homeowners

Days 7-14 post-event:

• Complete inspections
• Help homeowners file legitimate claims
• Prepare scope of work for adjuster visits

Days 14-21 post-event:

• Adjuster visits — your documentation either supports the homeowner's claim or doesn't
• Sign contracts on approved claims

Days 21-60 post-event:

• Re-canvas neighborhoods — homes that didn't engage initially often come around once neighbors start replacing
• Permit data pull to see which competitors are working the area

Days 60-90 post-event:

• Post-mortem on the event: which signals predicted closes best?
• Adjust playbook for next event

Storm-chase ethics in Texas (regulatory context)

Texas regulators have gotten stricter on storm-chase practices. Things that are NOW actionable:

• "No out-of-pocket cost" advertising (banned under HB 2022)
• Encouraging homeowners to file claims for non-damage
• Padding claims with fake or pre-existing damage
• Misrepresenting your relationship with the homeowner's insurance

Things that remain legitimate:

• Identifying damaged homes from satellite/drive-by
• Educating homeowners on their options
• Preparing documented scope of work
• Standard roof replacement on real, documented damage

The ethical version of storm-chase isn't slower than the bad version. It's actually faster — because regulators have zero tolerance for the bad version now, and reputation damage from sketchy practices spreads through neighborhood networks fast.

What to do this week (Texas-specific)

If you're a Texas roofer:

1. Set up NOAA email alerts for your service-area counties (free)
2. Subscribe to one hail map service (HailTrace if budget allows; IHM if not)
3. Build a Tier 1/2/3 zip priority list for your specific service area
4. Test AI satellite damage detection on the most recent event in your area
5. Build your 7-day post-event reaction playbook

The next significant hail event in DFW (or wherever you operate in Texas) will probably hit within 45-90 days. The shops that are ready in advance capture the next 30-60 days of work. The shops that scramble end up bidding second on someone else's scope.

Roofbird's DFW sample dashboard shows what post-storm satellite analysis looks like in practice. The free trial includes hail-flagged leads in your service area.

— Jake