Elgin, AZ Hail Storm – August 2026

Elgin, AZ — August 29, 2026: A multi-zone thunderstorm evolved through the afternoon and early evening, producing hail up to 3.31 inches in diameter and prompting seven NWS warning areas across the metro.

What Happened

The event began in mid-afternoon with a series of NWS warning areas issued from 2:22 PM MST through the late afternoon. Specific NWS alerts were issued at 2:22 PM, 3:19 PM, 4:22 PM, 4:51 PM, 5:36 PM, and 6:14 PM MST. Those early alerts were warning area notices without radar or spotter hail reports attached. The final alert at 7:47 PM MST included a dual-polarization radar detection that indicated 0.75-inch hail within the warning area. The storm status is concluded.

Radar returns showed a multi-zone hail track across the Elgin metro corridor. Most NWS alerts across the sequence carried warning-area language only until the evening radar detection. Ground observations and other confirmation sources contributed to the maximum measured hail diameter reported for the event.

Damage Assessment

Hail exceeded the baseball scale in parts of the Elgin metro. Hail of that caliber typically produces severe sheet-metal denting on vehicles, punctures and missing granules on composition shingles, and breakage on exposed glass and skylights. Solar arrays mounted at shallow tilt are vulnerable to panel cracking and micro-fractures under impacts of this magnitude.

Localized smaller hail pockets were indicated earlier in the sequence. Those pockets, and the radar-detected 0.75-inch cells in the evening, are consistent with scouring damage to soft materials such as vinyl siding and outdoor furniture. No widespread structural collapse or metro-scale roof failures were reported in the public alert stream for Elgin.

What Contractors Should Know

Begin field assessments with perimeter checks for broken glass, dented vehicle panels, and loose roofing material. Photograph damage from ground level and secure access points before any rooftop work. Prioritize safety: do not walk on roofs with extensive granule loss or exposed sheathing. Use a harness and fall protection when accessing inclined roofs; assume unseen moisture beneath damaged shingles.

Document time-stamped photos and video for each property and note the nearest NWS warning area that covered the location. Inspect solar panels for visible cracks and test output where safe access exists. For insurance and repair workflows, separate immediate temporary repairs from scope-of-work estimates for full replacement. Coordinate with property owners about tarping and water mitigation before beginning reconstruction.

Subscribers can consult the Strike Map for the radar-confirmed hail swath and the paid damage zone.