Tupelo, OK Hail Storm – June 2025

Tupelo, OK saw a concluded hail event on 2025-06-30 with a peak confirmed hail size of 1 inch. Six NWS alerts tracked the storm through the day, with the strongest hail reports verified in the afternoon and early evening.

What Happened

The first 1-inch hail alert came at 12:18 PM CDT, when dual-polarization radar flagged hail potential over the Tupelo area. A second radar-based alert followed at 4:49 PM CDT.

The storm became more persistent late in the day. At 5:10 PM CDT, hail was reported at 1 inch with radar and spotter verification. Another 1-inch alert followed at 5:14 PM CDT on dual-polarization radar. Spotter verification returned again at 5:18 PM CDT, also at 1 inch. The final alert in the sequence came at 5:53 PM CDT, with dual-polarization radar still showing 1-inch hail signatures.

The alert pattern shows repeated hail cores passing through the same broader warning area during mid-afternoon to early evening. The event is concluded.

Damage Assessment

A 1-inch hail event can affect roofs, soft metal trim, gutters, window screens, skylights, and exterior fixtures. On residential property, asphalt shingles can show bruising, granule loss, and edge impact marks. On older roofs, even a short hail exposure can leave scattered but visible strike patterns across slopes facing the storm path.

Metal roofs often show fewer punctures at 1 inch, but seams, fasteners, and accessories can still take direct hits. Vehicles parked in the open can show dents on hoods, roofs, mirrors, and window frames. Light commercial assets, including awnings, vents, and HVAC housings, can also show impact marks after a hail core of this size.

The repeated alerts matter for field work. Multiple hail detections across several hours can leave properties with mixed impact levels inside the same neighborhood. One roof line may show obvious strike marks while a nearby structure appears lighter on first inspection.

What Contractors Should Know

Treat Tupelo as a multi-pass hail response. The sequence began near midday and continued into early evening, so inspections should look for both isolated strikes and broader field coverage. Pay attention to roof slopes, ridge caps, vents, pipe boots, and soft metals. Check the north- and west-facing exposures if the storm motion produced directional impact across the warning area.

Start with the properties that show older roofs, exposed vehicles, or repeated roof penetrations. A 1-inch hail pattern can produce claims that are not obvious from street level. Document granule loss, bruising, cracked accessories, and impact marks on trim and flashing. Use close photos from each elevation and separate weather-related wear from fresh strike damage.

If you are building a canvass route, anchor it around the times of verified hail. The 5:10 PM CDT and 5:18 PM CDT reports show spotter-confirmed hail in the same event window, and the radar alerts before and after point to a broader hail swath through Tupelo.