Glade, KS Hail Storm – September 2026

StormSnipe recorded a severe hail-producing thunderstorm in Glade, KS on September 14, 2026, producing hail up to 1.67 inches. The event is concluded and reported as a multi-zone aggregate.

What Happened

A severe thunderstorm moved through the Glade, KS area in the late afternoon and early evening of September 14. The National Weather Service issued a warning area at 4:44 PM CDT that cited the potential for 1.00-inch hail; that warning covered multiple adjacent notification zones. Dual-polarization radar later detected larger returns and indicated a peak hail signature at 6:13 PM CDT. Radar hail detection identified the larger hail during the storm’s later evolution. The report aggregates radar-derived hail detections and the NWS warning sequence across the affected zones. The system has since ended and no further alerts are active for this incident.

Damage Assessment

Hail exceeded one inch in diameter and approached standard golf-ball dimensions. Hail at or above one inch commonly causes visible dings and paint abrasion on vehicles. Roof shingles can sustain bruising where hail impacts concentrate, particularly on south- and west-facing slopes. Vinyl siding may show cracks or punctures under repeated or clustered impacts. Glass damage is possible where hail impacts align with preexisting defects or where hail density is high.

Inspection priorities should focus on vehicle panels, exposed rooftop edges, skylights, and exterior-mounted equipment. Look for circular impact marks, chipped paint, and granule loss on asphalt shingles. Clusters of impacts along a narrow path can indicate higher localized intensity within the larger warning area. Ground-based photos and time-stamped damage reports help correlate field observations with the radar hail track for later review.

What Contractors Should Know

Conduct initial exterior assessments from ground level first. Photograph all visible damage with scale references and time stamps. Note locations using simple landmarks or addresses tied to the NWS warning area to maintain clear geographic context. Where roof access is required, perform a safety assessment for ladder setup, weather exposure, and fall protection before climbing.

Prioritize temporary protection for compromised glazing and gable-end soffits to prevent water intrusion. When estimating, separate hail-related impact repairs from concurrent wind or water damage and document both. Use measured sample points across the property to estimate hail density and typical impact severity rather than relying on a single observation. Keep records aligned with the warning area boundaries for any claims or verification requests.

See the Strike Map for the paid product showing the radar-confirmed hail swath and the damage zone.