Big Wells, TX Hail Storm – April 2026

Big Wells, TX — April 30–May 1, 2026. A multi-zone hail event produced up to 3.25-inch hail with sustained NWS warning activity and numerous radar-detected hail signatures.

What Happened

The event began late on April 30 and continued through mid-afternoon May 1. The first radar-detected hail signature appeared at 11:33 PM CDT on April 30, and NWS warnings persisted with the final alert issued at 3:17 PM CDT on May 1. Storm activity generated 20 discrete NWS alerts across the multi-zone aggregate used for this report.

Fourteen of the 20 alerts were radar-detected dual-polarization hail signatures. Six alerts were NWS warning only reports without accompanying radar hail signatures. Reported hail sizes from the alert sequence ranged routinely from about 1.0 inch to 2.9 inches on radar detections, with multiple sub-2-inch cores recurring through late morning and late afternoon periods.

The event exhibited two activity phases. The first phase was late evening into the overnight hours, with stronger radar returns documented shortly after 11:30 PM CDT. The second phase redeveloped during mid-morning and continued into the late afternoon on May 1, producing repeated NWS warnings and radar hail detections across the same multi-zone footprint.

Damage Assessment

Hail sizes recorded during the event span thresholds associated with light cosmetic damage through severe structural impact. Hail in the 1.0–1.5-inch range commonly dents vehicle panels, damages soft vinyl siding, and cracks roof granules on asphalt shingles. Multiple radar-detected reports in that band indicate widespread vehicle and minor roof exposures along the mapped hail track.

Radar-detected cores and NWS warning-only reports above 2.0 inches indicate a higher probability of broken skylights, shattered single-pane windows, significant denting to metal roofs and equipment, and partial loss of asphalt shingles. Given the peak size observed during this event, expect concentrated severe roof and vehicle damage where the hail track intersected residential clusters and farm structures within the Big Wells area.

What Contractors Should Know

Prioritize inspections in zones that intersect the radar-detected hail track and NWS warning area polygons. Start with a drive-by photos and GPS-tagged roof images before conducting a hands-on inspection. Document hail diameter with a ruler or calibrated reference in each photo and record whether damage is localized or continuous along roofing runs.

For immediate field work, secure tarps for exposed roofing and cover broken skylights and windows to prevent water intrusion. Prepare estimates for common repairs: dented metal, asphalt shingle replacement, skylight/glass replacement, and siding repair. Verify insurance claim photos are taken before repairs and keep serial documentation for material replacement. Coordinate staging and safety plans for crew access in rural and agricultural settings.