June 25, 2026 hail storm near Lubbock, TX. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Lubbock Metro · Jun 26, 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 7 NWS alert zones. Pro access covers the complete storm track and all addresses across every zone.
Lubbock, TX
43,398 addresses in warning area
Alert issued Fri, Jun 26 · 12:01 AM UTC
Hereford, TX
1,614 addresses in warning area
Alert issued Fri, Jun 26 · 12:10 AM UTC
Lubbock, TX
25,270 addresses in warning area
Alert issued Fri, Jun 26 · 12:34 AM UTC
Wildorado, TX
5 addresses in warning area
Alert issued Fri, Jun 26 · 12:41 AM UTC
Amarillo, TX
18 addresses in warning area
Alert issued Fri, Jun 26 · 1:09 AM UTC
Ralls, TX
869 addresses in warning area
Alert issued Fri, Jun 26 · 2:38 AM UTC
Shallowater, TX
2,256 addresses in warning area
Alert issued Fri, Jun 26 · 2:44 AM UTC
A hail-producing storm moved through Lubbock, Texas on June 25, 2026, producing a radar-detected hail swath and spotter-verified reports in the early evening. Dual-polarization radar detected multiple hail cores along a concentrated path through the metro between about 6:50 PM and 9:45 PM CDT.
The sequence began with a radar-derived detection at 7:01 PM CDT indicating 1.00 in. hail. NWS warnings followed at 7:10 PM CDT covering the initial warning area. A stronger radar-detected core passed through central Lubbock at 7:34 PM CDT with a peak radar estimate near 1.26 in. Additional NWS warning-only alerts were issued at 7:41 PM, 8:09 PM, 9:38 PM, and 9:44 PM CDT as the system moved east and weakened.
Spotter submissions arrived concurrent with the radar activity. Multiple mPING reports logged quarter-sized hail around 6:58 PM and 7:02 PM CDT. A downtown report placed 1.00 in. hail at 4th & Slide at 7:00 PM CDT. Earlier at 6:53 PM CDT two mPING submissions recorded dime-sized hail. The field reports align with the radar-detected swath through central Lubbock and indicate concentrated surface impacts in and immediately around the downtown corridor.
Local storm reports do not show widespread structural failures tied to this event. Field reports and radar detections indicate repeated impacts of pebble to coin-size hail across central Lubbock neighborhoods and the 4th & Slide area during the early evening, with multiple spotters reporting one-inch stones in close succession. Vehicle denting and cosmetic damage are most likely where reports clustered, particularly along the downtown grid where several 1.00 in. observations overlapped in time.
Public reports did not include multiple large-diameter impacts beyond the downtown corridor. Two mPING submissions at 6:53 PM CDT recorded smaller, dime-sized hail on the storm's leading edge; those locations should be checked for minor fiberglass or vinyl surface pitting rather than larger punctures. No field reports in the available record cited broken windows, major siding loss, or roof collapse. Inspectors arriving on site should expect localized denting to metal roofing, asphalt shingle bruising, and cosmetic vehicle damage concentrated along the radar-derived swath.
Prioritize inspections in the downtown Lubbock grid and the 4th & Slide corridor. Spotter-verified one-inch reports at 7:00 PM CDT and multiple quarter-inch reports within minutes of that observation indicate a tight cluster of impacts. Start with roofs that face the storm inflow direction and with shallow slopes where hail impact signatures are easier to identify. Photograph all damage with scale and GPS-enabled timestamps. Note the 6:53 PM CDT dime-size reports as rationale for checking softer materials such as vinyl trim, gutters, and A/C condenser fins for pitting.
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Try the Free Demo →When documenting vehicles, focus initial canvassing on street-side parking near 4th & Slide and adjacent blocks where report density was highest. Use consistent measurement techniques for hail marks and include reference objects in photos. For roofing, probe for granular loss and shingle mat delamination rather than only missing tabs. Temporary protective measures should be limited to tarping and boarding where openings exist; do not recommend full roof replacement without a documented inspection showing performance-limiting damage.
Field crews should coordinate with property owners on access and local ordinances. Keep inspection notes tied to the specific observation times and locations from spotter reports for claims support. For clients who require precise radar-derived impact geometry, purchase the Strike Map for detailed hail track and damage zone delineation.
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