Elfrida, AZ Hail Storm – August 2026

Elfrida, Arizona experienced a brief severe hail event on August 11, 2026, producing a radar-derived peak hail of 2.02 inches in the early evening. The multi-zone storm generated multiple NWS warnings and radar hail detections across the Elfrida metro area.

What Happened

The event unfolded during the early evening on August 11. NWS issued a warning at 5:10 PM MST reporting 1-inch hail (NWS warning only). Dual-polarization radar then detected hail returns at 6:05 PM MST and again at 6:42 PM MST, both indicating hail cores consistent with severe stones. Additional NWS warnings were issued at 7:38 PM MST and 8:18 PM MST, each citing 1-inch hail in the broader warning area.

Radar-derived analysis shows the storm produced a peak hail echo consistent with a 2.02-inch stone within the multi-zone aggregate area. The alert sequence combined NWS warning-only notices and radar-detected hail returns. This pattern indicates initial ground-based warning issuance followed by radar verification of intense hail cores as the storm progressed east-southeast through the Elfrida metro.

Damage Assessment

Hail stones measuring about 2 inches pose a direct risk to common exterior assets in Elfrida. Asphalt shingle surfaces commonly show granular loss and bruising at this size. Exposed vehicle body panels and soft metal fixtures can exhibit denting. Skylights, plastic panels, and unprotected glass are at elevated risk of pit marks and cracking when struck by stones above 2 inches.

For properties with south-facing solar arrays or metal roofs, expect impact damage to module glass or coating abrasion where panels lack impact-rated protection. Agricultural structures with thin metal roofing or irrigation equipment left exposed may show dents and mechanical stress. Localized roof membrane punctures and compromised flashings are possible where hail concentrated along the radar-detected swath.

What Contractors Should Know

Prioritize safety and moisture control. Triage roofs with visible membrane breaches, active leaks, or displaced flashing before cosmetic repairs. Document each inspection with a time-stamped, scaled photograph that includes a reference ruler or hail gauge. Note GPS coordinates for each significant finding and record pre-existing condition versus new impact marks.

Measure and record hail-imprint diameters on multiple locations to corroborate field evidence with the radar-derived hail track. For temporary repairs use watertight coverings and secure tarps anchored away from vents and antennas. Coordinate early with property adjusters and provide concise damage inventories that list material types, measured hail sizes, and locations by address or GPS point.

Access the Strike Map for the precise hail track and paid damage zone.