Lawton, OK Hail Storm – June 2025

What Happened

A severe hail storm moved through Lawton, OK, on June 18, 2025, with peak stones of 1.75 inches and a long sequence of NWS alert areas through the evening. The most intense phase came in the late afternoon and early evening, with repeated radar and spotter verification across the metro.

The first alert came at 5:16 PM CDT with 1.25-inch hail. The largest verified stone followed at 5:50 PM CDT, also supported by radar and spotter confidence. A spotter report at 6:01 PM CDT from mPING described half-dollar hail at 1.25 inches, matching the earlier field signal. Later alerts held the storm in the 1-inch to 1.75-inch range, including another 1.75-inch reading at 6:27 PM CDT and multiple radar-derived alerts into the night.

By 6:24 PM CDT and 6:59 PM CDT, additional reports kept hail embedded in the storm core. Dual-polarization radar continued to detect hail through 8:59 PM CDT, with 1-inch, 1.25-inch, and 1.5-inch signals mapped across the event window. The storm remained a hail producer for several hours rather than a single brief burst.

Damage Assessment

The field reports show a concentrated hail event in and around Lawton, with spotter-verified 1.25-inch hail confirming surface impact during the strongest part of the storm. Two identical mPING reports at 6:01 PM CDT point to a confirmed ground observation during the main hail core.

The alert sequence shows repeated hail production after the first verified report. That pattern points to more than one round of stone fall within the warning area. Roof slopes, soft metal trim, vents, vehicle finishes, and exposed outdoor equipment would have taken the first direct impacts where the core passed.

No ground report in the provided data documents a larger verified stone than 1.75 inches, but the radar and spotter mix supports a hail swath with pockets of heavier impact. Areas hit during the 5:50 PM CDT and 6:27 PM CDT peaks would be the first places to inspect for dents on vehicles, bruised shingles, and impacts on siding or window screens.

Crews working this event should expect uneven surface findings. One block may show clean hail signatures on radar with little visible loss, while another nearby property carries clear impact marks from the same storm cell. In Lawton, the repeated alerts suggest that kind of scattered, block-by-block field pattern rather than one uniform damage strip.

What Contractors Should Know

Start with roofing and vehicle exposure in the highest-confidence parts of the hail path. The strongest verified intervals came between 5:50 PM CDT and 6:27 PM CDT, with radar-detected hail continuing well after that. Contractors should prioritize slopes facing the storm approach, soft metal accessories, skylights, condensers, and parked vehicles in those neighborhoods before moving outward.

Use the local report timing to narrow canvass routes. The 6:01 PM CDT spotter report sits between the first 1.75-inch alert and the later 1-inch returns, which suggests a core that held together while moving across the metro. That makes adjacent streets and nearby subdivisions worth a direct look, especially where vehicles were exposed or roofs already had older wear.