Littlefield, AZ Hail Storm – July 2026

Littlefield, AZ on July 29, 2026 experienced a multi-alert severe thunderstorm that produced hail up to 2.78 inches. The event generated six NWS alerts and produced repeated radar detections from mid-morning into the late afternoon.

What Happened

The event began with an NWS severe thunderstorm warning at 8:11 AM MST reporting 1.0-inch hail. Dual-polarization radar first detected hail during mid-morning at 10:11 AM MST. A second NWS warning followed at 10:33 AM MST. Radar again detected hail at 11:03 AM MST and at noon, with radar-derived estimates near 1.43 inches at 12:00 PM MST. The final radar detection associated with this storm occurred at 4:55 PM MST, showing hail near 1.86 inches. In total, six NWS alerts were issued for the Littlefield metro area. The sequence includes both NWS warning-only reports and multiple radar-detected hail signatures. The event concluded late afternoon on July 29.

Damage Assessment

Hail stones in this event ranged from roughly one inch to stones exceeding two inches. Stones over 2 inches commonly break or crack asphalt shingles and can fracture older tile roofs. Parked vehicles exposed during the late afternoon detections were at risk for denting, broken mirrors, and shattered glass. Skylights and exposed polycarbonate panels are vulnerable to puncture from two-inch-plus hail.

Exterior soft materials are also affected. Vinyl siding can be gouged by hail in the 1.25- to 2-inch range. Lawn furniture, solar panels not rated for impact, and rooftop mechanical equipment left uncovered face elevated damage risk when struck by larger stones. Where hail fell in concentrated bands, standing water during the following hours increased the potential for punctures to act as leak points.

If you have site-specific damage reports or photos from Littlefield property owners, document roof geometry, shingle type, and exposure at the time of impact. Attach timestamps or reference the local alert times for later verification.

What Contractors Should Know

Begin with a safety-first roof inspection. Use written access protocols and fall protection. Prioritize visible fracture lines, displaced tabs, and localized granule loss. Photograph all defects with a measuring scale and capture orientation relative to the property. Note whether damage corresponds to the mid-day or late-afternoon radar detections when possible. Contractors should segregate claims by roof material and by location on the structure to support repair-versus-replace decisions.

Provide clear, dated estimates that reference the event timing and observed hail sizes. For asphalt shingle systems, quantify total hail-hit area before recommending full replacement. For metal, tile, and solar assets, document panel or seam impacts and measure deflection. Secure temporary tarps only where leaks are present and follow local permit rules for permanent repairs. Consider mobility of parked vehicles in your scope and advise clients to capture vehicle photos before repairs begin.