Midland, GA Hail Storm – July 2026

Midland, GA experienced a concluded hail event on July 9, 2026. The storm produced a peak hail diameter of 1.23 inches and multiple NWS warning-only radar detections across the metro.

What Happened

Storm initiation occurred in the late afternoon with the first NWS warning at 4:08 PM EDT and the final warning at 9:40 PM EDT. NWS issued 11 separate warning polygons tied to this event. Most alerts flagged 0.75-inch hail signatures. One alert at 5:41 PM EDT indicated 1.0-inch hail. Dual-polarization radar detected persistent hail returns along a corridor through the Midland metro. Alerts were classified as NWS warning only rather than spotter-verified. The event concluded before midnight local time.

Damage Assessment

NWS warnings during the event repeatedly indicated 0.75-inch hail signatures and included a 1.0-inch detection in the late-afternoon window. Hail in that size range is capable of producing denting on unprotected vehicle panels and cosmetic damage to painted surfaces where exposure was prolonged during the late-afternoon and early-evening hours. Roofing composed of older asphalt shingles and unshielded HVAC condenser fins are at higher risk of surface impact damage under repeated hail strike.

No large-scale, spotter-verified structural failures were reported in the immediate Midland metro warnings. Local inspections should focus on vehicle exteriors, exposed rooftop equipment, skylights, and soft-metal trim. Photograph and timestamp all suspect damage before any temporary repairs.

What Contractors Should Know

Prioritize safety and documentation. Conduct external walk-around assessments first to identify obvious dents, broken glass, and displaced shingles. Take high-resolution photos from multiple angles, capture metadata, and note whether equipment was powered down or covered during the event. Where access is required, secure fall protection and avoid work during active thunderstorm threats.

Estimate scope based on measured sizes reported in the warnings and visible impact patterns. For roofing, check for granule loss, split shingle edges, and saturation points that indicate earlier failure. For mechanical units, inspect fins and fan housings and record serial numbers for insurance claims. Prepare scopes that separate cosmetic repair from functional replacement to aid claims and client decisions.

For the precise hail track and damage zone mapping for Midland's July 9 event, consult the Strike Map product for detailed radar-derived points and paid damage zone overlays.