Winkelman, AZ Hail Storm – July 2026

Winkelman, AZ experienced a late-afternoon hail event on July 14, 2026, producing peak hail to 1.42 inches. The storm has concluded.

What Happened

The hail event moved through Winkelman during the late afternoon on July 14, 2026. The National Weather Service issued one warning for the area at 4:21 PM MST (23:21 UTC) that cited dual-polarization radar detection of hail to 1.08 inches within the warning polygon. The warning polygon covered the single zone reported here. Radar returns showed a concentrated hail swath through parts of the town and adjacent rural sections. No additional NWS warnings were issued after the 4:21 PM alert and the system weakened shortly after passing the area.

Damage Assessment

Hail up to 1.42 inches across Winkelman on July 14 can produce measurable roof and vehicle damage where exposure was direct. Typical effects at this size include dents to metal vehicle panels, localized asphalt shingle granule loss and bruising on shingle surfaces, and impact marks on exposed AC condensers and other rooftop equipment. Skylights and unprotected glass are at risk of cracking when hail is driven by winds. Solar modules may show pitting or microfractures that reduce output over time if struck repeatedly along the hail swath.

Damage patterns from this event are expected to be patchy. Radar-detected hail to 1.08 inches indicates zones of higher concentration inside the broader warning polygon. Where hail accumulated or was driven into structures by wind, expect a higher likelihood of visible impact damage and concentrated repair needs.

What Contractors Should Know

Prioritize safety and rapid documentation. Inspect roofs from secure vantage points or use drones where allowed. Photograph impacts with a measurable scale and capture multiple angles, including attic inspections for secondary water entry. Start with high-exposure items: roofing coverings, ridge and edge flashings, rooftop HVAC equipment, solar arrays, gutters, and vulnerable glazing. Note locations relative to the NWS warning polygon and any observable hail swath on the ground.

For triage, address temporary waterproofing on compromised roofs and secure loose sidings or skylights to prevent secondary damage. When creating estimates, itemize visible hail impact versus wear-and-tear, and record time-stamped photos tied to the July 14 event. Coordinate inspection routes to follow the radar-detected hail swath to find concentrated damage pockets. Share geotagged evidence with property owners and insurers as part of the repair scope.

Subscribers can view the Strike Map for the precise hail track and mapped damage zone for this event.