Stuart, NE Hail Storm – August 2026

Stuart, NE experienced a multi-zone hail event in the early hours of August 22, 2026, producing peak hail near 2 inches and widespread radar-detected hail reports. The storm has concluded.

What Happened

A cluster of hail-producing thunderstorms moved across the Stuart, NE area overnight on August 22. Three NWS alerts were issued for the event: the first at 1:53 AM CDT (06:53 UTC) reporting 1.61-inch hail detected by dual-polarization radar, the second at 2:24 AM CDT (07:24 UTC) reporting 1.01-inch hail detected by dual-polarization radar, and a third at 2:39 AM CDT (07:39 UTC) issued as an NWS warning only that cited 1.00-inch hail. The first two alerts were radar-detected and indicate a concentrated hail swath identified by NEXRAD dual-polarization returns. The final alert came as a warning area without a radar-derived hail size attached.

The incident is presented as a multi-zone aggregate storm report, combining the distinct radar detections and the warning-area observation into a single overview for the Stuart metro. Field observations and additional spotter reports remain the primary sources for ground-truth verification where available.

Damage Assessment

Hail across the observed size range can produce visible damage to vehicles, roofing, and outdoor equipment. Hail at or above roughly 1 inch commonly dents aluminum and steel panels, shatters skylight glazing if impacts are concentrated, and can crack plastic trim and vinyl siding. Hail approaching 1.5 inches and larger increases the risk of asphalt shingle bruising, granule loss, and punctures to softer roofing materials.

Ground-level effects in the Stuart area may include broken glass on vehicles with multiple concentrated impacts, crushed or bruised landscaping and vulnerable crops, and damage to exposed HVAC condensers and pool equipment. Cosmetic damage is frequent with these sizes; functional failures such as compromised roof watertightness occur where hail has penetrated or dislodged shingles or flashing. Inspectors should expect a mix of cosmetic and functional issues in residential and light-commercial properties along the mapped hail swath.

What Contractors Should Know

Begin with a safety-first, documented assessment. Photograph impact patterns, measure representative hail sizes where possible, and record the clock time of inspection. Prioritize temporary weatherproofing for leaking roofs and tarping for open penetrations. Check roof flashings, vents, and skylights for localized breaches. On vehicles, document dent patterns and broken glass before moving or covering units.

For repair workflow, segregate cosmetic repairs from immediate functional work. Itemize damaged materials with measurements and take-off quantities. Coordinate with property owners on insurance timelines and provide clear scopes for emergency tarping, roof replacement, and siding or window replacement. Anticipate elevated demand and lead times for specialty materials. Maintain photos and notes to support claims and warranty scopes.