Amado, AZ Hail Storm – June 2026

Amado, Arizona recorded hail up to 1.13 inches on June 14, 2026, in a concluded late-afternoon to early-evening storm. The event produced a radar-detected hail core and a subsequent NWS warning covering the Amado area.

What Happened

A late-afternoon cell produced the primary radar-detected hail report at 3:50 PM MST (22:50 UTC) indicating hail up to 1.13 inches in diameter via dual-polarization NEXRAD. The storm persisted through the evening and prompted a second NWS warning at 9:28 PM MST (04:28 UTC) reporting hail around 1.00 inch. The first alert is radar-detected; the later alert is recorded as NWS warning only. The event is concluded for Amado and surrounding local zones.

Damage Assessment

Hail in the 1.00–1.13 inch range commonly produces denting of vehicle body panels, bruising or loss of asphalt shingles, and damage to exposed metal trim. Where hail fell directly on roofs in Amado, expect surface granule loss on aged shingles and possible hairline fractures in rooftop coatings. Exterior fixtures such as satellite dishes, aluminum gutters, and soft vinyl siding are at risk of dents and cosmetic damage at these sizes.

Glass breakage is less common at this size but possible on older single-pane skylights and unprotected patio glazing. Solar panels can sustain surface scuffs and micro-cracks when struck repeatedly across an array. Photographic documentation with scale is critical to distinguish cosmetic dents from structural compromise.

What Contractors Should Know

Prioritize a visual roof sweep and targeted close-up inspections on exposed roof slopes and eaves. Check ridge caps, flashing, vents, and skylights first. Inspect HVAC condenser fins, exposed plumbing vents, and gutter runs for dents and punctures. For vehicles, document body panels, trim, and windshields with annotated photos and timestamps. Note exact locations of observed damage relative to property addresses for claims and triage.

Limit ladder work to stable conditions and use walk boards or lift equipment when assessing low-pitch or fragile roofing. For damaged but watertight roofs, secure temporary tarps and schedule replacements based on the extent of shingle loss and deck exposure. For solar arrays and complex assemblies, coordinate thermal or electroluminescent testing after initial visual checks. Record pre-repair conditions and keep work orders tied to the local time of the event.

See the Strike Map for precise hail track data across Amado's warning area.