Safford, AZ Hail Storm – August 2026

A severe hail storm tracked through Safford, AZ on August 5, 2026, producing 2.69-inch hail and a long series of radar-detected and NWS warning alerts between 4:00 PM MST and 11:30 PM MST.

What Happened

The event generated 29 NWS alerts across the evening, mixing radar-detected hail reports and NWS warning-only messages. The earliest radar detection was at 4:00 PM MST showing a 1.00-inch signature. Subsequent radar-derived hail detections included 1.24-inch at 4:49 PM, 1.82-inch at 5:29 PM, a 2.00-inch signature at 6:56 PM, and additional radar-detected pockets in the 1.1–1.6-inch range later in the evening. Several NWS warning-only alerts bracketed those radar detections between 6:11 PM and 11:30 PM MST.

Trained spotters in the Safford metro reported dime-to-quarter sized hail at 7:38 PM MST. The spotter-verified observation aligned with a cluster of nearby radar detections and an NWS warning in effect at that time.

Damage Assessment

Field reports for this storm show small-hail surface impact in the Safford metro during the early evening. The two trained-spotter entries at 7:38 PM MST recorded dime-to-quarter sized hail. Available ground-truth records did not include local storm reports of structural collapse, widespread vehicle glazing failure, or agricultural loss tied to the event.

Radar signatures indicate isolated pockets of larger hail aloft and along portions of the track. Those radar-detected signatures correspond with the timing of NWS warning polygons but do not replace site-level inspection. Where radar showed 1.6-inch or larger signatures, crews should expect a higher probability of localized roof shingle bruising, dented metal, and damaged exposed fasteners compared with areas that only registered sub-inch returns.

What Contractors Should Know

Focus initial inspections on locations within the Safford metro that were inside warning polygons between 5:00 PM and 8:00 PM MST and on properties that intersected radar-detected larger signatures later that night. Prioritize roofs with older or weathered shingles and rooftop solar arrays where hail impact can cause microfractures. Inspect vehicle panels, glass, irrigation pumps, and exposed aluminum fixtures for dents and pitting. Photograph damage with timestamps and GPS coordinates for each inspection stop.

Document roof condition at the shingle granule level and check for bruising rather than relying solely on missing shingles. For solar arrays, record microcracks and cell-level impact using high-resolution imagery and IV performance checks if panels are accessible. For agricultural clients, note area and crop stage; flag machinery and irrigation components for immediate physical inspection.

Triage repairs by exposure and access. Assign temporary protective measures for active leaks and coordinate with property owners on insurance documentation. Schedule detailed assessments for sites with radar-detected signatures above 1.5 inches and for any claims that include glazing loss or visible structural compromise.