Ansley, NE Hail Storm – August 2026

Ansley, NE — August 13, 2026. A late-night into mid-morning storm produced hail that peaked at 1.69 inches in the Ansley area. The event concluded after repeated NWS warnings and multiple radar hail detections.

What Happened

The storm sequence began with an NWS warning at 12:40 AM CDT and continued through a final NWS warning at 9:36 AM CDT. NWS issued 29 alerts covering the multi-zone event. Most alerts issued during the sequence reported 0.75-inch hail in the warning text.

Dual-polarization radar detected discrete hail cores during three alert cycles. Radar detections occurred at 12:59 AM CDT (radar-detected 0.96 inch), 1:35 AM CDT (radar-detected 1.62 inch), and 2:34 AM CDT (radar-detected 0.88 inch). The remaining alerts were NWS warning only entries that flagged ongoing hail risk in the broader warning area.

Storm behavior was episodic. Periods of stronger hail detection were separated by warnings that remained at the 0.75-inch level. The timing and repeating alerts indicate several hail-producing cores moved through the same general corridor across and near Ansley between late night and mid-morning.

Damage Assessment

Observed hail sizes ranged from non-detectable in some NWS entries up to the radar-detected 1.69-inch peak. Alerts clustered at 0.75 inch, with intermittent radar-detected cores above that threshold. Hail in the 0.75–1.69 inch range typically causes denting to vehicle panels and metal fixtures, localized damage to vinyl and aluminum siding, and bruising or granule loss on asphalt shingles.

In Ansley and immediate nearby roadways, outdoor vehicles, exposed farm equipment, and unshaded recreational vehicles had the highest exposure during the hail cores. No spotter-verified structural collapse reports are included in the alert sequence data. Field inspections should prioritize visible denting, broken glass, and concentrated shingle loss where radar cores passed.

What Contractors Should Know

Begin with a rapid visual triage of the highest-exposure assets. Inspect vehicle fleets, agricultural equipment, and rooftop surfaces first. Document damage with scale references and timestamps. Capture full-roof images plus close-ups showing punctures, bruising, or granule migration. Note locations relative to road names or parcel addresses inside the NWS warning area.

For roofing, look for granular loss, fractured tabs, and embedded impact marks that indicate bruising even when shingles remain in place. Temporary tarps may be required for compromised roofs to limit secondary water intrusion. Provide line-item estimates tied to observed impact sizes and quantities. Include photos and a concise scope of work to support claims and to prioritize repairs across multiple properties.

Access to precise hail-track data can improve site prioritization. See the paid Strike Map for a detailed hail track and damage zone mapping for this event.