Recent Major Storm Days in Florida: History & Research

Published 2026-07-19 · Updated 2026-07-19

Florida's climate makes it prone to severe weather, including thunderstorms with high wind gusts. Understanding past severe weather patterns is crucial for property owners and professionals.

Understanding Recent Major Storm Days in Florida

Florida experiences a dynamic climate, with frequent thunderstorms, especially during the warmer months. These storms can bring significant wind gusts and, on occasion, hail. For homeowners, contractors, adjusters, and attorneys, comprehending the historical severe weather at a specific location is vital for property assessments and date-of-loss research.

What Defines a "Major" Storm?

When we discuss "major" storms, we typically refer to events that meet or exceed the National Weather Service (NWS) criteria for severe thunderstorms. This includes hail of 1.00 inch diameter (quarter-sized) or larger, or wind gusts of 58 mph (50 knots) or greater. Events with significant severe criteria involve even larger hail (2.00 inches or greater) or higher wind gusts (75 mph or greater), capable of causing more widespread or severe damage.

Florida's storm activity often includes strong thunderstorm wind gusts. For example, wind gusts between 55-70 mph can start to cause creasing and lifting of asphalt shingle tabs. Widespread blow-off becomes more common at gusts above 75-85 mph for older 3-tab shingles, and over 90-100 mph for newer architectural shingles. Metal roofs typically show cosmetic denting at 1.00-inch hail impacts but rarely fail functionally below 1.75-inch hail.

How StormAuditor Measures Florida's Storm History

At StormAuditor, we provide detailed historical weather insights using a robust methodology. For wind events, our SAWE-2.9 (Storm Auditor Wind Estimate v2.9) system analyzes station-consistent background wind fields from high-resolution rapid refresh (HRRR) models and daily peak gusts. We then apply a two-pass objective analysis incorporating ASOS/AWOS measured gusts and NWS Local Storm Reports (LSRs) with measured qualifiers. This provides a comprehensive view of wind conditions at a given location. We never use estimated-qualifier LSRs as definitive wind values.

For hail, our SAHE-2 (Storm Auditor Hail Estimate v2) system prioritizes radar-derived Maximum Estimated Size of Hail (MESH) swaths through Hail Explorer, which shows per-pixel size estimates for hail over a property. This data is corroborated with Storm Prediction Center (SPC) storm reports and NWS severe thunderstorm warnings. ("At location" means the address point falls within a warning polygon or hail swath, typically with a 0.25-mile buffer.)

StormAuditor leverages diverse sources, including NWS/NOAA warnings, SPC reports, IEM archives, NCEI Storm Events Database, MRMS MESH data, and NOAA ASOS/AWOS station data. Our goal is to present a factually anchored, data-rich history of storm events for any Florida address.

Practical Guidance for Florida Property Owners and Professionals

Understanding historical storm events is essential, whether you're a homeowner assessing potential damage, a contractor planning repairs, an adjuster evaluating a claim, or an attorney preparing a case. StormAuditor reports can help establish the weather conditions that occurred on a specific date, providing a strong foundation for further investigation.

If your property was impacted by a recent storm, or you suspect damage from a past event, obtaining a comprehensive storm history report can inform your next steps. Remember, StormAuditor provides estimates of weather conditions, not measurements, and does not offer legal, insurance, or engineering advice. Causation of damage should always be determined by qualified inspectors or engineers.

How to Research a Date of Loss in Florida

To find specific storm information for any Florida address:

1. Use our Address Lookup tool: Simply enter an address and a date range to generate a property-level historical weather report, including wind and hail data as well as NOAA warnings. Explore it at /address-lookup.

2. Conduct Date-of-Loss Research: For a more in-depth investigation into a specific event, our Date of Loss Weather Research workflow guides you through identifying potential severe weather. Visit /date-of-loss-weather-research.

3. Explore broader weather on a specific date: To see statewide or regional conditions for a given day, check out /weather-on-this-date.

Recent Notable Storm Days in Florida

Here are some recent severe weather reports from Florida:

  • July 18, 2026 — 2 E Alligator Point — 63.0 mph TSTM WND GST
  • July 18, 2026 — Shell Point — 58.0 mph TSTM WND GST
  • July 18, 2026 — 2 E Alligator Point — 57.0 mph TSTM WND GST

Limitations

While StormAuditor provides comprehensive data, it's important to acknowledge inherent limitations. Weather stations are not present everywhere, meaning peak gusts between stations might exceed reported values (microbursts, for instance, are highly localized). Radar-derived hail estimates (MESH) can sometimes under-estimate wet hail and occasionally over-estimate in regions of very high reflectivity. Additionally, being within a warning polygon indicates your location was under a warning during a storm's time window, but does not definitively mean it experienced the peak conditions of that storm. We report estimates, not measurements, and cannot definitively link weather events to property damage. For a complete understanding of our limitations, please visit /limitations.

Related StormAuditor Tools

FAQ

Q: When was the last major wind storm in Florida?

A: While specific major storm dates vary by location, StormAuditor’s recent data shows notable severe thunderstorm wind gusts in Florida as recently as July 18, 2026, with reported gusts up to 63.0 mph near Alligator Point. You can find detailed historical data for any address using our /address-lookup.

Q: How do I find storm history for my Florida address?

A: You can easily find historical storm information for your specific Florida address by using StormAuditor's /address-lookup tool on our website. Simply enter your address and the date range you're interested in.

Q: What is considered a severe wind gust in Florida?

A: According to the National Weather Service, a severe thunderstorm wind gust is defined as 58 mph (50 knots) or greater. Gusts equal to or exceeding this threshold are capable of causing damage.

Q: Can StormAuditor tell me if my roof was damaged by hail or wind?

A: StormAuditor provides historical weather estimates of hail size and wind gusts at your location. We show what weather occurred. We do not provide legal, insurance, or engineering advice and cannot determine the cause of property damage; that requires assessment by qualified inspectors or engineers.

Q: What sources does StormAuditor use for Florida storm data?

A: StormAuditor integrates data from multiple authoritative sources including NWS/NOAA severe weather warnings, SPC storm reports, IEM archives, NCEI Storm Events Database, MRMS MESH radar data, and NOAA ASOS/AWOS station observations. See /data-sources for a full list.