Deming, NM Hail Storm – July 2026

Deming, New Mexico, experienced a late-evening hail event on July 19, 2026, producing a peak stone of 1.04 inches. The single storm concluded the same evening and was detected by dual-polarization NEXRAD.

What Happened

The National Weather Service issued a severe thunderstorm warning for the Deming warning area at 6:09 PM MDT on July 19. The alert was based on dual-polarization NEXRAD hail detection within the warning area. The event comprised a single warning issuance that tracked across the Deming metro in the early evening. Radar returns showed hail cores embedded in a convective cell moving generally eastward through the warning area. The storm is concluded.

Damage Assessment

Hail of roughly one inch can dent vehicle body panels and impact unprotected exterior equipment. Expect localized loss of shingle granules on asphalt roofing and potential bruising or cracking of soft skylight glazing where exposures existed in Deming. Metal roofing panels and HVAC fins may show cosmetic dents but typically retain structural integrity at this scale. Inspections in the Deming area should prioritize vehicles parked outdoors, exposed solar panels, rooftop-mounted equipment, and soft-surface building materials where the storm path crossed populated blocks.

What Contractors Should Know

Prioritize photographic documentation of all suspect damage before any repair work. Capture multiple angles, include a fixed reference (license plate, address number), and note inspection times in local time. Focus initial assessments on roofs with existing wear, vehicle fleet lots, and rooftop equipment. Temporary tarps can reduce secondary water intrusion if a covering system is compromised; schedule permanent repairs after an initial scope and material evaluation.

Coordinate with insurance adjusters by compiling an itemized list of observed damage types and estimated quantities of affected materials. For roofing, record visible granule loss, fractured or split shingles, and dent patterns on metal flashings. For solar arrays, check for microcracks and microinverter faults. Maintain safety protocols for rooftop work and verify local permit requirements for replacement materials and disposal.

Refer to the Strike Map for the precise hail track and exact radar-derived impact points.