Nenzel, NE Hail Storm – June 2026

A severe hail storm tracked through Nenzel, Nebraska late June 28 into June 29, 2026, producing a peak 5.74-inch stone and repeated radar-detected hail cores across the local warning area.

What Happened

NEXRAD dual-polarization radar and NWS warnings generated 67 alerts between 7:58 PM CDT on June 28 and 7:55 PM CDT on June 29. Early radar returns at 7:58 PM CDT indicated 1.81-inch hail. The storm redeveloped overnight with multiple large cores detected by NEXRAD, including 3.08-inch returns at 11:26 PM CDT, a 3.18-inch core at 1:38 AM CDT, a 3.71-inch core at 2:06 AM CDT, and a 4.39-inch core at 2:31 AM CDT. Several later alerts continued into the afternoon and evening of June 29, including both radar-detected and NWS warning-only entries.

Field observers provided time-stamped imagery during the overnight phase. Around 2:06 AM CDT, spotter-verified social media photos showed 2.5–2.75-inch hail near 10 NW Rushville and in the Wakpamani area. A 1:48 AM CDT entry corrected an earlier location and likewise placed 2.5-inch stones near 10 NW Rushville. Those photographs and subsequent spotter posts align with the overnight radar cores as the storm crossed the Nenzel warning area.

Damage Assessment

Spotter-submitted photographs taken between 1:48 AM and 2:48 AM CDT document large stones and accumulation on the ground in the Wakpamani area and near 10 NW Rushville. Multiple spotters provided images at 2:06 AM CDT showing stones measured at roughly 2.5–2.75 inches.

Radar-detected hail cores passed directly through the same corridor. The sequence included cores measured at 3.08 inches, 3.18 inches, 3.71 inches, and 4.39 inches during the overnight hours. NWS warnings covered the track as those radar cores translated into ground reports and imagery.

Available spotter imagery shows large hail at specific locations but does not include systematic damage assessments tied to addresses. Contractors and adjusters should assume the highest-impact path corresponds to the radar cores and the cluster of spotter-verified photos in the Wakpamani and Rushville corridor when prioritizing inspections.

What Contractors Should Know

Inspect roofs, vehicles, and exterior equipment first along the overnight track through Wakpamani and the sector northwest of Rushville. Field reports place the largest photographed stones between 1:48 AM and 2:48 AM CDT; schedule initial visual inspections for roofs and parked vehicles along routes connecting Nenzel to those points. Document every finding with dated photographs and GPS coordinates. Keep the spotter-verified photos from 2:06 AM CDT on file for size comparison when measuring hail damage on shingles, metal panels, and solar arrays.

Focus on the corridor where radar cores registered the largest returns at 1:38 AM CDT, 2:06 AM CDT, and 2:31 AM CDT. Hail in the 2.5–2.75-inch range frequently produces concave dents and bruising on asphalt shingles and denting on metal surfaces; radar returns up to 4.39 inches and a peak strike-derived size of 5.74 inches indicate locations where penetration or shattered glazing is possible. Prioritize tile and metal roofs, rooftop mechanical equipment, and solar modules in those zones.

Nenzel, NE Hail Storm – June 2026

NWS WARNING AREAS · 67

What Happened

Damage Assessment

What Contractors Should Know

Storm Details

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