Elgin, AZ Hail Storm – July 2026

Elgin, AZ recorded a severe thunderstorm on July 25, 2026. Peak hail reached 3.52 inches and the cell produced a concentrated late‑afternoon to early‑evening hail swath across the metro.

What Happened

The thunderstorm moved over Elgin during the late afternoon and into the early evening. The National Weather Service issued a warning at 6:43 PM MST (01:43 UTC) on July 25 that cited 1‑inch hail and covered the local warning area. Dual‑polarization radar subsequently detected intense hail cores and produced a mapped hail swath through the same corridor. StormSnipe records show a single NWS alert tied to the event and radar returns consistent with very large hail within the monitored swath. The event is concluded.

Damage Assessment

The observed hail sizes are large enough to cause significant impact where the swath crossed developed areas of Elgin. Expected effects in impacted locations include crushed vehicle panels, broken windshield and skylight glass, and substantial roof shingle damage on asphalt and composite roofs. Agricultural assets in the immediate path are at risk of severe foliage and fruit loss where the swath crossed orchards and vineyards near the metro edge.

No spotter‑verified structural collapse reports were present in the available field reports for this event. Field inspections are recommended in the mapped swath to confirm localized roof penetration, siding failure, fallen glazing, and vehicle damage.

What Contractors Should Know

Prioritize visual roof inspections with documented photo logs and annotated geotags for every structure inside the mapped swath. Focus initial assessments on granule loss, split or missing shingles, punctures in low‑slope roofing, and compressed or split metal panels. Record pre‑repair conditions and secure temporary coverings for any roof sections with exposed decking.

For vehicle and glazing claims, document dent patterns and shattered glass with scale references and location stamps. Expect high variability across short distances; treat contiguous properties independently. Coordinate with property owners on safe access, and stage materials off paved surfaces to avoid secondary damage. Consider dispatching crews with replacement shingles, impact‑rated skylights, tarps, and windshield repair kits for the first 48 to 72 hours.

For precise, radar‑derived hail track data and the exact mapped points where hail was detected, consult the Strike Map product.