Fort Hancock, TX Hail Storm – August 2026

Fort Hancock, TX experienced radar-detected hail up to 1.46 inches on August 7, 2026 during a late-afternoon into early-evening multi-zone storm. The event produced four NWS alerts spanning 4:48 PM to 8:29 PM CDT and concluded the same evening.

What Happened

The storm initiated in the late afternoon and moved through the Fort Hancock area into the early evening. Four NWS alerts were issued for the aggregated zones on August 7, 2026:

• 4:48 PM CDT – 1.36-inch hail detected by dual-polarization radar.
• 6:04 PM CDT – 1.00-inch hail reported in an NWS warning only.
• 7:57 PM CDT – 1.00-inch hail reported in an NWS warning only.
• 8:29 PM CDT – 1.09-inch hail detected by dual-polarization radar.

The alerts show a mix of radar-detected hail and NWS warning-only reports across the multi-zone aggregate. Peak hail size in the compiled data reached 1.46 inches. The storm is concluded.

Damage Assessment

Hail in the 1.0–1.46 inch range typically causes localized damage to exposed surfaces. Metal vehicle panels and aluminum siding are at risk of denting. Glass surfaces such as skylights and unprotected window panes can crack when struck by near-golf-ball-size hail. Asphalt roofing shingles may lose granules and sustain surface bruising; older or weathered shingles are more susceptible to through-puncture at the upper end of the size range.

No spotter-verified damage reports were embedded in the NWS alerts for Fort Hancock. Radar-detected hail up to 1.46 inches indicates that where the storm swath crossed properties, contractors should expect concentrated impact points rather than uniform coverage. Inspect metal roofing trim, vehicle fleets, solar arrays, and exposed farm equipment first when confirming damage within the affected zones.

What Contractors Should Know

Prioritize a targeted exterior assessment for properties inside the alert area. Start with vehicle fleets and unsecured equipment. Look for dent patterns on horizontal panels and broken glass shards near impact points. On roofing, document granule loss and soft spots with close-range photos. For asphalt shingles, note areas of missing granules, bruised mat, and any exposed felt. Record GPS-tagged images to correlate with the reported radar detections.

Safety and warranty steps for homeowners and businesses. Advise clients to avoid temporary roof walking that could cause additional damage. Where solar panels are present, check panel glass and mounting hardware before energized service. Provide concise scope estimates for isolated repairs such as panel replacement, glass service, and targeted shingle repairs. Retain time-stamped inspection records for any insurance discussions.

Subscribers seeking the precise hail track and paid damage zone can consult the Strike Map for lane-level, radar-derived impact detail.