Hamlin, TX Hail Storm – November 2025

Hamlin, TX saw a concluded hail storm on 2025-11-19 with a peak confirmed hail size of 1.25 inches. Three NWS alerts tracked the event across the evening.

What Happened

The first alert came at 5:52 PM CST with 1-inch hail indicated by dual-polarization radar. A second alert followed at 6:35 PM CST with 1.25-inch hail. A third alert came at 7:14 PM CST with 1-inch hail. All three alerts carried dual-polarization radar confidence.

The storm moved through in multiple zones during the early evening. The warning area expanded and shifted as the hail core changed position across the Hamlin metro area. The maximum verified hail size remained 1.25 inches.

Damage Assessment

Hail in the 1 to 1.25 inch range can affect roofs, soft metals, siding, vents, and exterior trim. Field crews should expect localized impact patterns rather than uniform damage across the full warning area.

On residential roofs, the first checks should focus on ridge caps, exposed tabs, flashing, and gutter lines. On steep-slope systems, impact marks can appear in uneven bands where the hail core crossed. On low-slope roofs, soft membrane scarring and puncture points are more likely near seams, edges, and penetrations. Metal surfaces can show denting on condensing units, downspouts, garage doors, and window wraps.

Property owners in Hamlin should also inspect skylights, screen enclosures, shutters, and painted trim. Hail around 1.25 inches can crack brittle plastics, bruise roof granules, and leave visible strikes on aluminum accessories. Even when visible roof loss is limited, appurtenances often show the clearest field evidence.

What Contractors Should Know

Crews should start with the evening alerts and work outward from the strongest radar-confirmed period. The 6:35 PM CST alert marked the peak hail size in this event. Prioritize the addresses nearest the centerline first, then expand to the edges of the warning area where impact can taper quickly.

Use a roof-by-roof approach. Photograph slope orientation, hail direction, soft-metal dents, and collateral hits on HVAC and fascia. Separate storm-related impact from wear and tear. On multi-zone events like this one, the same subdivision can show different outcomes across adjacent streets.

For restoration, the 1.25-inch peak supports a field canvass focused on roofs, gutters, vents, and exterior fixtures. Contractors should expect mixed damage severity. Some properties will show cosmetic loss only. Others will show enough impact to justify a full inspection of roof coverings and attachments.

Track timing against the evening progression. The first and third alerts at 5:52 PM CST and 7:14 PM CST help bracket the hail swath. That sequence can guide route planning, photo documentation, and follow-up inspections after the initial canvass.