Yellville, AR Hail Storm – August 2026

Yellville, AR experienced late-afternoon hail on August 26, 2026, with peak stones measuring 1.91 inches and a multi-alert radar and warning sequence across the metro area.

What Happened

The event unfolded in the late afternoon and concluded the same day. Four NWS alerts were issued for the Yellville area. At 2:31 PM CDT (19:31 UTC) radar detected hail to 1.39 inches via dual-polarization radar detection. At 2:41 PM CDT (19:41 UTC) radar detected hail to 1.12 inches. At 3:06 PM CDT (20:06 UTC) and again at 3:30 PM CDT (20:30 UTC) the NWS issued warnings that included 1.00-inch hail estimates with NWS warning-only confidence. Radar products provided the primary indication of hail intensity for the first two alerts. The later alerts were maintained on the basis of the warning polygon and storm reports rather than dual-polarization radar detections. Storm motion carried activity across the Yellville metro during the early evening traffic period. The event is concluded.

Damage Assessment

Recorded detection points in the alert sequence ranged from 1.00 to 1.39 inches in the radar-detected alerts, with the peak hail stone measured at 1.91 inches. A stone of 1.91 inches is slightly larger than a golf ball (1.75 inches) and smaller than a baseball (2.75 inches). Hail in that size band commonly produces vehicle dents and can crack or puncture vulnerable glazing materials such as older skylights. Asphalt shingle granule loss and split shingle tabs are possible where hail directly struck roofing. Lighter detections near 1.00 to 1.39 inches are capable of denting aluminum trim and siding, breaking fragile outdoor fixtures, and accelerating wear on roofing surfaces already near the end of their service life. For this event, exposures in residential and light-commercial areas of Yellville are the primary concern based on the radar hail track and timing.

What Contractors Should Know

Begin external assessments with photographic documentation tied to time and location. Photograph vehicle panels, roof fields, eaves, and vulnerable glazing before any temporary repairs. Measure representative hail fragments when available and note whether storm warnings or radar detections covered the property at the times recorded. Prioritize interior water intrusion points when accessing attics or ceilings. Temporary tarps or coverings should be installed only after documenting existing conditions.

For estimating and triage, use the recorded hail sizes and the observed pattern of roof granule loss to set repair priority. Coordinate vehicle dent repairs separately from roofing scopes when customers require separate claims. Confirm any insurance timelines in the homeowner’s policy before beginning non-emergency repairs. Reference the paid Strike Map to view the radar-confirmed hail swath and the associated damage zone for targeted inspection planning.