Littlefield, AZ Hail Storm – August 2026

Littlefield, AZ experienced radar-detected hail on August 31, 2026, with a peak size of 1.84 inches. The event produced multiple NWS alerts and a brief NWS warning area.

What Happened

The storm affected the Littlefield metro in a multi-zone sequence from mid-morning into late afternoon. Five distinct NWS alerts were issued for the event:

• Aug 31 · 10:43 AM MST (17:43 UTC) – 0.97-inch hail detected by dual-polarization radar (NEXRAD hail detection).
• Aug 31 · 10:51 AM MST (17:51 UTC) – 1.29-inch hail detected by dual-polarization radar (NEXRAD hail detection).
• Aug 31 · 11:04 AM MST (18:04 UTC) – 1.00-inch hail reported within an NWS warning area only.
• Aug 31 · 11:26 AM MST (18:26 UTC) – 1.21-inch hail detected by dual-polarization radar (NEXRAD hail detection).
• Aug 31 · 3:34 PM MST (22:34 UTC) – 1.22-inch hail detected by dual-polarization radar (NEXRAD hail detection).

Radar data and the alert sequence show repeated core pulses crossing the metro. The largest radar-derived hail signature corresponds to the 1.84-inch peak recorded during the event. The storm concluded later the same day; no ongoing activity remains in the Littlefield area.

Damage Assessment

Hail of 1.84 inches is larger than a golf ball (golf ball = 1.75 inches). In Littlefield residential and light-commercial zones, that size is sufficient to dent vehicle body panels, crack older single-pane glass, and fracture standard asphalt shingle granules. Roof impact will be concentrated where the radar hail track crossed built areas. Expect the highest density of shingle granule loss, dented metal fixtures, and windshield or sunroof damage along that path.

Smaller hail pulses reported at 0.97 to 1.29 inches may produce isolated cosmetic damage to siding and metal trim and short-term damage to soft landscaping. Surface flooding or debris from broken glass may be localized to streets and yards beneath the heavier pulses. Document visible damage with time-stamped photos and location references tied to the radar track when filing claims or preparing estimates.

What Contractors Should Know

Prioritize safety and roof stability during initial inspections. Use fall protection and avoid walking on saturated or heavily granulated shingles when possible. Start with a drive-by survey to map probable impact locations against the radar hail track, then perform targeted roof and vehicle inspections at points of concentrated radar detection. Photograph shingle loss with a measurable reference and capture gutter and skylight conditions. Note that hail of this size commonly necessitates shingle replacement rather than patching in affected areas.

Provide concise, location-specific estimates referencing the observed hail sizes and the time window of impact. Tarping and temporary covers should be used only where water ingress is imminent. Coordinate estimated repair scopes with property owners and adjust for local permitting and disposal requirements in Littlefield. Include vehicle dent repairs and glass replacement in scope when inspections show cracked or broken glazing.