Gordon, NE Hail Storm – August 2026

Gordon, NE experienced radar-detected hail on August 21, 2026, producing a maximum diameter of 1.17 inches during the early morning. The event prompted an NWS severe thunderstorm warning area issued at 7:05 AM CDT.

What Happened

A cell moved across the Gordon, NE area on the morning of August 21. The National Weather Service issued a 1-inch hail warning area at 7:05 AM CDT. Dual-polarization radar indicated a concentrated hail core passing over the town within a 15–20 minute window. The detection was flagged by radar signatures consistent with baseball- to penny-sized hail. The NWS characterization for this alert was expressed as a warning area with NWS warning only confidence in ground verification.

Storm activity concluded in the Gordon area later that morning. No subsequent warnings were issued for the same track. This single-zone report covers the NWS warning area that included Gordon and immediate surroundings.

Damage Assessment

Hail at the measured diameter commonly causes visible dents to unprotected vehicle panels and localized damage to vinyl siding and soft metal. Roof impacts at this size frequently include shingle granule loss and accelerated aging on older asphalt roofs. Glass and skylights can sustain pitting and small cracks when exposed directly to this size hail.

Field reports tied to this event are limited to radar detection and the NWS warning area. If you observed localized shingle granule accumulation, dented vehicles, or cracked glazing in Gordon, document location and timing with time-stamped photos and note whether damage appears concentrated along the storm track inside the NWS warning area.

What Contractors Should Know

Prioritize exterior inspections for properties inside the NWS warning area that received the core return on morning radar scans. Start with roofs showing granular loss or surface bruising on asphalt shingles. Check metal roofing and HVAC condenser fins for dents. For vehicles, focus on unshielded panels and glass. Use standardized inspection forms and include GPS-tagged photos to correlate observed damage to the reported hail track.

Estimate potential scope by sampling multiple properties along the probable path rather than relying on single-site observations. Where insurance claims are expected, note whether damage aligns with the NWS warning area and the radar-detected hail track. For precise overlay of observed impacts and the radar-derived hail path, consult the Strike Map for the exact hail track and paid damage zone detail.