Littlefield, AZ Hail Storm – August 2026

Littlefield, AZ experienced a hail-producing storm on August 24, 2026, with dual-polarization radar detecting stones up to 1.43 inches. The event generated two NWS hail alerts and is now concluded.

What Happened

A multi-zone hail event moved across Littlefield during mid-day on August 24, 2026. The National Weather Service issued two hail alerts tied to radar-detected cores. The first alert was issued at 12:25 PM MST and identified hail near 1.06 inches as detected by dual-polarization NEXRAD. The second alert followed at 1:15 PM MST and reported larger radar-detected hail to 1.43 inches along the storm track. Both alerts covered adjacent NWS warning areas and were based on radar signatures consistent with concentrated hail cores. The storm is classified as concluded for the Littlefield metro area.

Damage Assessment

Radar-detected hail in the 1.06–1.43 inch range over Littlefield on Aug 24, 2026, aligns with field impacts that typically include denting and surface abrasion. Inspectors should expect hail-related damage to vehicle body panels, exposed metal fixtures, and conditioned wear on asphalt-shingle roofing where impacts clustered along the radar-derived path. Concentrated strikes on skylights, soft vinyl siding, and unprotected air-conditioning condensers are possible where radar echoes indicated the strongest cores. There are no spotter-verified impact reports attached to this summary; actual damage must be confirmed on-site along the mapped hail track.

What Contractors Should Know

Prioritize inspections within the radar-derived hail track that coincides with the two NWS alerts. Use geotagged photographs and time-stamped notes for every asset inspected. Start with exterior items most exposed to direct impact: vehicles, rooftop-mounted equipment, and single-pane glazing. For roofing, document shingle granule loss, torn or split shingle edges, and any localized patterning of impact points that align with the radar-detected cores. Maintain ladder and fall protection protocols during rooftop work and record any safety issues encountered.

For estimates, quantify affected area by square footage and note concentration of impacts rather than averaging across an entire structure. Photograph representative samples at high resolution and capture close-ups of dents on metal and hail hits on shingles. If solar arrays are present within the mapped path, record module serial numbers and take panel-level photos. Provide clients and insurers with clear, dated documentation showing the storm date, the local times of the two NWS alerts, and the locations inspected. Coordinate follow-up visits for properties with suspected hidden or progressive damage.

Paid Strike Map users can access the precise hail track and the event damage zone for Littlefield on August 24, 2026.