Okarche, OK Hail Storm – June 2026

Okarche, Oklahoma, experienced a concluded hail-producing storm on June 11, 2026, with peak radar-detected hail measuring 3.5 inches and multiple radar-detected and spotter-verified cells across the metro.

What Happened

The event generated 23 NWS hail alerts between 4:46 PM CDT and 10:31 PM CDT. The first alert was a 1.0-inch NWS-warning-only notice issued at 4:46 PM CDT. A spotter-verified 2.0-inch report occurred at 6:26 PM CDT. Dual-polarization radar detected increasing hail sizes through the evening, culminating in a 3.5-inch radar-derived hail signature at 9:54 PM CDT. In total, 14 alerts were radar-detected (including the spotter-verified report) and nine were NWS-warning-only alerts. The sequence shows repeated convective cells tracked across the Okarche metro with multiple separate hail swaths rather than a single continuous core.

Damage Assessment

Reported and radar-detected hail sizes for this event ranged from 1.0 to 3.5 inches. The late-evening 3.5-inch radar signature near Okarche indicates potential for significant localized damage along the radar-derived hail track. Vehicles parked outdoors in the affected area during the 9:54 PM CDT cell are likely to show denting and shattered glass on exposed surfaces. Roofing materials, especially asphalt shingles directly beneath the 3.5-inch swath, are at risk of bruising, granule loss, cracked or split shingles, and accelerated wear.

The storm also produced multiple 1.5–2.6-inch radar-detected reports and a 2.0-inch spotter-verified report earlier in the event. Those smaller but still severe sizes can produce widespread cosmetic and functional damage: dented metal, cracked skylights, damaged HVAC fins, and compromised vinyl or aluminum siding in locations under the radar-derived hail swaths.

What Contractors Should Know

Prioritize safety and triage in the field. Begin with rapid visual surveys of rooftops, vehicles, windows, and exterior HVAC equipment in Okarche neighborhoods intersected by the radar-derived swaths. Photograph damage with scale references and note the nearest alert times and locations. For roofs, look first for bruising, granule loss, and split or missing shingles; where 3.5-inch hail was detected, schedule close-up or lift-safe inspections. For vehicles and exterior fixtures, document dent patterns and broken glazing for insurance claims.

Estimate repairs based on location-specific exposure to the larger swaths detected at 9:54 PM CDT and the earlier 6:26 PM CDT spotter-verified report. Coordinate temporary protections for storm-exposed openings and HVAC units before work begins. Provide line-item estimates that separate cosmetic metalwork from structural roofing replacement. Share time-stamped photos and the local alert timeline with adjusters. For precise hail-track coordinates and paid damage zone mapping, reference the Strike Map.