Hereford, TX Hail Storm – September 2025

Hereford, TX saw a concluded hail storm on September 7, 2025, with a peak confirmed hail size of 1.5 inches. The event produced two NWS alerts across the evening.

What Happened

The first alert came at 6:47 PM CDT, with dual-polarization radar confidence tied to 1.5-inch hail. A second alert followed at 7:03 PM CDT and carried a 1-inch hail estimate with NWS warning-only confidence. The storm moved through the Hereford area in early evening and remained a hail-producing event across both alerts.

The alert sequence shows a brief window of higher-end hail potential followed by a lower hail estimate later in the storm. The storm has concluded.

Damage Assessment

A 1.5-inch hail size is large enough to break vulnerable roof surfaces, dent metal trim, and leave impact marks on vehicles, siding, and soft exterior finishes. The lower 1-inch hail estimate still supports scattered impact damage, especially on older roofs, gutters, skylights, and window screens.

In mixed hail reports, the larger size often marks the stronger part of the storm while the smaller estimate reflects a later or weaker segment of the same event. For field teams, that means the damage pattern may vary across town and along the storm path. Roof checks should focus on bruising, granule loss, cracked shingles, bent flashing, and minor punctures on exposed accessories.

What Contractors Should Know

This event merits a full exterior review in the Hereford area, with attention to slope, roof age, and exposure. Look first at south- and west-facing elevations where wind-driven hail often leaves the clearest impact pattern. Document roof surfaces, gutters, window units, vents, and painted metal with time-stamped photos from the same property line when possible.

On inspections, separate cosmetic marks from functional damage. Hail of this size can leave shallow dents on aluminum and coated steel without immediate leaks, but roof coverings may still show bruising that is not visible from the ground. Satellite-derived or street-level screening can help prioritize addresses, but crews should still verify the condition of shingles, edge metal, and penetrations on site.

For estimates and scheduling, treat this as a multi-zone hail event with variable intensity across the warning area. Properties closest to the stronger radar signal deserve earlier canvass attention, especially where roofing materials are aging, brittle, or already patched. Keep notes on impact direction, roof pitch, and the distribution of strikes across each elevation.

Use the Strike Map for precise hail track data in this Hereford event.