Dallas Hail Damage: A 10 Year Storm History

Dallas-Fort Worth is one of the most hail-battered metropolitan areas in the United States. Over the past decade, the DFW metroplex has endured dozens of significant hailstorms that have collectively caused tens of billions of dollars in damage. For homeowners, understanding this storm history is not just academic. It directly affects your insurance premiums, your roof's condition, and the decisions you need to make to protect your property.

This post examines the major hail events that struck the DFW metroplex from 2015 through 2025, drawing on NOAA Storm Prediction Center data, National Weather Service storm reports, and insurance industry loss estimates.

Why Dallas-Fort Worth Gets Hit So Often

Before diving into the timeline, it helps to understand why DFW sits in the crosshairs. The metroplex is located in the heart of "Hail Alley," the broad corridor running from central Texas through Oklahoma and into the Great Plains where warm Gulf moisture meets cool air from the Rockies. This collision zone produces more supercell thunderstorms per year than almost anywhere else on Earth.

Three factors make DFW especially vulnerable.

Flat terrain. The lack of significant topography allows supercells to travel long distances without weakening, often tracking across multiple counties in a single evening.

Massive urban footprint. The DFW metroplex covers more than 9,000 square miles. A single storm that might have crossed empty farmland 30 years ago now passes over hundreds of thousands of homes.

Extended warm season. North Texas has a longer convective season than most of the central Plains, giving hail-producing storms more months to develop each year.

2015: The Wylie and Garland Supercells

The 2015 season set an early marker for the decade. On April 11, a powerful supercell produced hailstones up to 3 inches in diameter across eastern Dallas County and Collin County. The cities of Wylie, Garland, and Rowlett bore the brunt of the damage.

Insurance estimates placed total losses from this single storm at approximately $1.2 billion. NOAA radar data confirmed hail cores tracking northeast across the metroplex for more than 90 minutes, an unusually long duration that amplified the damage footprint.

2016: Record-Setting Storms Across North Texas

March 2016 brought one of the most destructive hailstorms in Texas history. On March 23, a line of supercells moved through the metroplex producing hail ranging from golf ball to softball size. Plano, Frisco, McKinney, and Allen were hit especially hard, with some neighborhoods recording hailstones exceeding 4 inches.

The Insurance Council of Texas estimated combined insured losses from the March and April 2016 storms at over $3.5 billion statewide, with the majority concentrated in the DFW area. Roofing crews from across the country descended on North Texas to handle the demand, and some homeowners waited months for repairs.

The 2016 season also marked a turning point for insurance pricing. Several major carriers began implementing percentage-based wind and hail deductibles in Texas for the first time, shifting more cost onto homeowners.

2017: A Quieter Year, But Not Damage-Free

Compared to 2016, the 2017 season was relatively mild in DFW. However, a May 2017 storm produced 1.5 to 2 inch hail across Arlington, Grand Prairie, and southern Fort Worth. While this event did not generate the headline-grabbing losses of the prior year, it still resulted in an estimated $400 million in claims.

The lesson from 2017 is important. Even "quiet" years in DFW still produce significant hail damage. A homeowner who assumes their roof is fine because no major storm made the news may be living with compromised shingles for years without knowing it.

2018: Fort Worth and Tarrant County Take the Hit

On June 6, 2018, a late-season supercell tracked directly through the heart of Fort Worth and into northeast Tarrant County. Hailstones up to 2.5 inches pounded neighborhoods from Westover Hills through Haltom City and into North Richland Hills.

NOAA Storm Prediction Center data logged more than 40 severe hail reports across Tarrant County in a single 3-hour window. Total insured losses for the June 2018 event were estimated at $1.5 billion, making it one of the costliest single-day hail events in Fort Worth's history.

2019: Repeated Hits Across the Metroplex

The 2019 season was notable for its frequency rather than any single catastrophic event. Between March and June, the DFW area recorded 8 separate days with hail reports of 1 inch or larger. Cities across the metroplex, from Denton to Mesquite to Mansfield, sustained damage at various points throughout the spring.

Cumulative losses for the 2019 season exceeded $2 billion across the DFW area. The repeated hits created a backlog of claims and repairs that stretched well into the fall. Many homeowners who experienced hail in March did not have their roofs replaced until September or October.

2020: Pandemic Year Storms

The COVID-19 pandemic did not slow down hail season. On April 28, 2020, a powerful storm system moved through the northern suburbs, producing 2 to 3 inch hail in Frisco, Prosper, Celina, and parts of Denton County. The National Weather Service office in Fort Worth issued multiple severe thunderstorm warnings as the storm tracked northeast.

Insured losses from the April 2020 event alone approached $1 billion. The pandemic complicated the aftermath, as social distancing requirements slowed insurance adjuster visits and roofing work. Many homeowners waited significantly longer than usual for inspections and repairs.

2021: Southern Dallas County Gets Hammered

May 2021 brought a severe outbreak that primarily affected the southern and eastern portions of the metroplex. On May 5, hailstones up to 2.75 inches struck Duncanville, DeSoto, Cedar Hill, and Lancaster. These communities, which had been relatively spared in prior years, experienced widespread roof and vehicle damage.

The NWS Fort Worth office noted that the storm's track was unusual for the metroplex, moving from southwest to northeast through areas that do not typically see the worst hail. Insured losses were estimated at $800 million to $1 billion.

This event highlighted an important reality. Hail patterns are not perfectly predictable from year to year. Neighborhoods that have gone a decade without significant damage can suddenly find themselves in a storm's direct path.

2022: The Spring Barrage

2022 was one of the most active hail seasons in DFW history. Between March and May, the metroplex recorded hail of 1 inch or larger on 12 separate days. The worst single event occurred on May 24, when a supercell produced up to 3.5 inch hail across Plano, Richardson, and Garland.

The Texas Department of Insurance reported that wind and hail claims in 2022 were the highest in five years statewide. Total DFW losses for the season were estimated to exceed $3 billion, rivaling the 2016 totals.

The 2022 season also accelerated the trend of insurers tightening underwriting standards in North Texas. Several carriers stopped writing new homeowners policies in high-risk zip codes, and others raised premiums by 20% to 40%.

2023: The June Catastrophe

June 2023 produced what many in the insurance industry consider the single most damaging hailstorm in DFW history. On June 12, a massive supercell tracked from southwest Tarrant County through Arlington, Dallas, and into Mesquite. Hailstones exceeded 4 inches in some areas, and the storm's path was unusually wide.

Insured losses from this single event were estimated at $2.5 billion to $3 billion. The storm damaged an estimated 100,000 or more structures across the metroplex. National Weather Service surveys confirmed the hail swath was more than 15 miles wide in places, a staggering figure for a single storm.

The aftermath stretched into 2024, with some homeowners still waiting for repairs more than six months later due to the volume of claims.

2024: Shifting Patterns

The 2024 season saw a notable shift in timing. While March and April were relatively calm, a series of severe storms in late May and early June struck the western suburbs of Fort Worth, including Weatherford, Aledo, and Benbrook. Hailstones reached 2.5 inches, and total losses for these events were estimated at $1.5 billion.

NOAA data for 2024 also showed an increase in hail reports from areas south of I-20, a zone that historically sees fewer large hail events than the northern suburbs. Whether this represents a lasting trend or a single-year anomaly remains to be seen.

2025: Early Season Surprises

The 2025 season started early. A late February storm produced 1.75 inch hail across Collin County, damaging homes in McKinney, Allen, and Fairview before spring had officially begun. By the end of May, the metroplex had already recorded 6 days with hail reports of 1 inch or larger.

Total estimated losses for the 2025 season are still being compiled, but early industry projections suggest they will exceed $2 billion across the DFW area.

Most Affected Neighborhoods Over the Decade

NOAA radar data reveals clear patterns in which DFW communities face the greatest cumulative hail exposure. Over the 2015 to 2025 period, the following areas appear most frequently in severe hail data.

Northern suburbs (Plano, Frisco, McKinney, Allen). These communities sit directly in the most common storm tracks for DFW supercells, which typically move from southwest to northeast. Collin County neighborhoods have been hit repeatedly throughout the decade.

Fort Worth core and northeast Tarrant County. Haltom City, North Richland Hills, and Keller have experienced significant hail from storms that form along the dry line west of Fort Worth and track eastward.

Eastern Dallas County (Garland, Mesquite, Rowlett). These areas often catch storms on the tail end of long supercell tracks that originate in Tarrant or western Dallas County.

Southern suburbs (Duncanville, DeSoto, Cedar Hill). While less frequently hit than the northern suburbs, these communities have experienced several notable events, particularly in 2021 and later years.

How the Data Has Changed Over the Decade

Several trends stand out when comparing the first half of the decade (2015 to 2019) with the second half (2020 to 2025).

Losses per event are increasing. This is partly driven by more homes in the path of storms and partly by rising construction costs. A storm that would have caused $500 million in damage in 2015 now causes $1 billion or more.

Insurance markets are hardening. Premium increases, higher deductibles, and reduced carrier availability have made hail damage more expensive for homeowners even when insurance covers the claim.

Storm timing is becoming less predictable. Late February and early March events, once rare, have become more common. Late-season storms in June and July have also increased.

Southern and western suburbs are seeing more damage. The traditional concentration of hail damage in the northern suburbs is spreading as storm tracks become more varied.

What This Means for Your Home

If you own a home anywhere in the DFW metroplex, the data is clear. Your property has almost certainly been in the path of significant hail at some point over the past decade. Even if you did not notice damage, your roof may have sustained impacts that are not visible from the ground.

Check your property's hail history at myhailscore.com. A free report shows you every NOAA-documented hail event that has crossed your address since 2015, including hailstone size and date. That information helps you make informed decisions about inspections, insurance, and whether it is time for a new roof.

The next storm is not a question of "if." It is a question of "when." Knowing your history puts you ahead.