July 5, 2026 hail storm near Tyler, TX. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Tyler Metro · Jul 5, 2026
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Pro coverage in California, Vermont, and Oregon includes the confirmed hail track and Strike Map only — no address lists. State data-privacy law treats compiled address lists differently in those three states, so we exclude their addresses from extraction and delivery.
This storm generated 9 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
Tyler, TX
53,801 addresses in warning area
Alert issued Sun, Jul 5 · 7:54 PM UTC
Mabank, TX
1,238 addresses in warning area
Alert issued Sun, Jul 5 · 8:42 PM UTC
Alba, TX
972 addresses in warning area
Alert issued Sun, Jul 5 · 9:24 PM UTC
Nacogdoches, TX
4,320 addresses in warning area
Alert issued Sun, Jul 5 · 9:52 PM UTC
Alba, TX
464 addresses in warning area
Alert issued Sun, Jul 5 · 9:58 PM UTC
Rusk, TX
2,436 addresses in warning area
Alert issued Sun, Jul 5 · 10:13 PM UTC
Lufkin, TX
8,916 addresses in warning area
Alert issued Sun, Jul 5 · 10:39 PM UTC
Apple Springs, TX
725 addresses in warning area
Alert issued Sun, Jul 5 · 10:54 PM UTC
Livingston, TX
14,858 addresses in warning area
Alert issued Mon, Jul 6 · 12:16 AM UTC
A hail-producing storm tracked through the Tyler, Texas metro on July 5, 2026, producing 1.52-inch stones and generating multiple NWS warning polygons from mid-afternoon into the early evening.
NWS warnings began at 2:54 PM CDT and continued intermittently through 7:16 PM CDT as the cell moved across the Tyler metro. Dual-polarization radar flagged increasing hail signatures through the mid- and late-afternoon, with additional radar-detected hail indications later in the period. Two ground reports were logged during the active phase: a spotter-verified report of quarter-size hail south of I-20 between Hideaway and Lindale at 3:00 PM CDT, and a local media report of quarter-size hail in the Green Acres area of Tyler at 3:15 PM CDT. The radar-derived detections and the spotter observations align over the southern I-20 corridor and adjacent Tyler neighborhoods, while several NWS products covering the event were issued as the storm evolved.
Local storm reports show surface impact limited to quarter-size hail in two specific locations: south of I-20 between Hideaway and Lindale, and within Green Acres in Tyler. No additional NWS local storm reports in the record for this event documented larger hail or storm-caused structural failures in those entries.
Radar-detected hail signatures produced a focused swath across the southern I-20 corridor and inner Tyler neighborhoods that coincides with the spotter reports. Where quarter-size hail occurred, field-level consequences are most likely to be isolated cosmetic damage to soft metals, minor dents to vehicles parked outdoors, and localized granule loss on asphalt shingles. Photographic reports from local media referenced cloud-to-ground hail impacts in residential streets of Green Acres but did not include verified municipal damage assessments in the available entries.
Insurers and property managers reviewing claims from this event should expect small-area exposure concentrated along the trace between Hideaway and Lindale and parts of Green Acres. Claims driven by cosmetic vehicle dents, gutter dings, and shingle granule loss are the most consistent with the collected field reports and radar record for this storm.
Prioritize inspections for properties along the south-of-I-20 corridor between Hideaway and Lindale and within the Green Acres neighborhood in Tyler. Start with exterior roofing inspections for granule displacement, soft-spotting on asphalt shingles, and dent patterns on metal flashings. Photograph and geotag each finding. For vehicle and soft-metal damage, document paint distortions and localized indentations with a size reference and timestamp.
When estimating repair scope, use sample panels and close-up imagery to distinguish hail pitting from age-related wear. For asphalt roofs, look for concentrated granule loss in the windward exposures of the roof plane that align with the radar-detected swath. Retain detailed notes tying each inspection to the local storm report entries and their timestamps when submitting scope documents to adjusters.
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Try the Free Demo →Coordinate rapid triage when multiple customers on the same block request inspections. Deploy teams to clusters identified by the spotter reports first, then expand outward following the radar-detected path. Maintain consistent measurement standards: measure pit diameters, note pit depth relative to shingle surface, and record vehicle dent counts per panel.
For precise, radar-derived hail track mapping and the exact damage zone for field deployment, consult the Strike Map product for this event.
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