Fort Davis, TX Hail Storm – June 2026

Fort Davis, Texas, experienced a concluded hail event on June 1, 2026, producing a peak hail stone of 2.41 inches and a multi-zone radar-detected hail swath.

What Happened

The storm developed in the late afternoon and produced multiple radar-derived hail indications across the Fort Davis metro area. NWS alerts were issued as the system moved through the region: 3:10 PM CDT — NEXRAD dual-polarization detected 1.43-inch hail signatures; 3:40 PM CDT — 1.69-inch signatures; 4:04 PM CDT — 1.25-inch signatures; and 7:19 PM CDT — 1.53-inch signatures. The alerts cover separate warning areas that together form a multi-zone aggregate report for the event. Radar returns showed compact hail cores repeatedly redeveloping as the cells propagated southeast. The event is concluded and no active warnings remain for Fort Davis.

Damage Assessment

Radar-detected hail sizes in this event included multiple detections above 1.25 inches. Hail of that scale commonly produces cosmetic and structural damage to exposed surfaces. Expect denting on vehicle panels and external equipment. Asphalt shingle roofs can show bruising, fractured granules, lifted tabs, and accelerated wear where stones struck repeatedly. Vinyl siding and exterior soft metals may show dents and cracking. Windows and skylights are at increased risk when impacts are concentrated or accompanied by strong winds. Landscape damage typically appears as broken branches and defoliation on vulnerable species.

Inspectors should prioritize visible impact points and record location-specific evidence. Photographs of vehicles, roof slopes, and HVAC units provide clear documentation of hail pattern and concentration. Note that radar-derived hail detections indicate where hail likely occurred, but ground inspection is required to verify material damage and compile repair scopes.

What Contractors Should Know

Begin with a focused exterior survey in the Fort Davis area. Check all roof slopes for granule loss, cracked or missing shingles, and areas with clustered impacts. Photograph each roof plane with scale reference and annotate photos with compass orientation. Inspect gutters, downspouts, HVAC casings, solar panels, and vehicles for dent patterns that align with the radar-detected swath. Prioritize secure temporary repairs where glazing or sealants are compromised.

Estimate replacement needs by combining field observations with measured impact density. Use ladder-access inspection and binocular checks to minimize missed damage on steep or high roofs. Document serial numbers and model data for outdoor mechanical equipment and record OEM service requirements when presenting bids. Provide homeowners and property managers with concise scopes that separate cosmetic repairs from systems-level failures.

See the Strike Map for a precise hail track and paid damage zone data.