May 28, 2025 hail storm near San Ygnacio, TX. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · San Ygnacio Metro · May 28, 2025
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This storm generated 4 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
San Ygnacio, TX
34 addresses in warning area
Alert issued Wed, May 28 · 8:38 AM UTC
Hebbronville, TX
80 addresses in warning area
Alert issued Wed, May 28 · 9:31 AM UTC
Rio Grande City, TX
104 addresses in warning area
Alert issued Wed, May 28 · 10:04 AM UTC
Edinburg, TX
182 addresses in warning area
Alert issued Wed, May 28 · 11:28 AM UTC
San Ygnacio, TX saw a concluded hail event on May 28, 2025 with peak hail confirmed at 1 inch. Four separate warning area alerts carried the same hail size through the morning.
The storm produced 1-inch hail beginning at 3:38 AM CDT, with additional alerts at 4:31 AM CDT, 5:04 AM CDT, and 6:28 AM CDT. Each alert carried dual-polarization radar confidence and kept the hail threat at the 1-inch level through the early morning hours.
The alert sequence shows a repeated hail signal across multiple cycles rather than a single short-lived pulse. That pattern placed the storm in the warning area for several hours and kept the hail threat aligned with the same maximum size from the first alert to the last.
The event has concluded. No active warning remained tied to this hail sequence after the final morning alert.
One-inch hail can affect roofs, gutters, skylights, vents, window screens, and soft metals. It also leaves visible marks on vehicles and exterior trim when the hail falls with enough density to strike exposed surfaces repeatedly.
In a multi-alert event like this one, contractors should expect scattered impact patterns rather than uniform damage across every structure in the warning area. A roof on one block may show only bruising while another nearby address has broken shingles, dented flashing, or cracked accessories.
Field inspections should start with north- and west-facing roof slopes, ridge caps, and edge metal. Crews should also check AC condenser fins, patio covers, garage doors, and fence tops. Soft metal damage often appears first on drip edge, vents, and downspouts.
Photos from the ground matter. So do dated inspection notes tied to the morning timing. A site visited after sunrise may show dried impact marks on vehicles, screens, and roof surfaces that were not visible before daylight.
This storm produced a hail signal at 3:38 AM CDT and repeated it through 6:28 AM CDT. For intake, that gives contractors a narrow overnight-to-morning window for likely impact claims in San Ygnacio and nearby parts of the warning area. Prioritize calls that mention roof noise, dented vehicles, broken screens, or loose granules on pavement and downspout outlets.
Use a block-by-block approach. One-inch hail does not always create the same roof outcome across the whole path, especially in a storm with multiple radar-confirmed alerts. Check the roof perimeter first, then move to penetrations, soft metals, and exterior attachments. Keep notes on slope, material, and visible collateral damage. Claims teams usually need those details before a full ladder inspection.
When scheduling crews, separate tarping, repair triage, and full replacement estimates. Hail at this size can produce localized repair work without a full-system failure. Crews that document each elevation, accessory, and vehicle impact point will have cleaner files when adjusters ask for supporting photos.
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Address data is sourced from the US National Address Database (NOAA/USDOT). Inclusion of an address does not guarantee physical damage occurred. Confidence scores are radar-derived estimates. Data Accuracy Disclaimer