Lakeview, TX Hail Storm – May 2026

Lakeview, Texas, experienced a concluded hail-producing thunderstorm on May 29, 2026. The event produced a peak hailstone of 3.05 in and generated a series of radar-detected and NWS warning-only alerts across the local warning area.

What Happened

The line of storms moved through Lakeview during the late afternoon into late evening. The National Weather Service issued 12 alerts between 5:25 PM CDT and 11:25 PM CDT. Dual-polarization radar detections were logged at 5:25 PM (1.07 in), 6:15 PM (1.00 in), 6:28 PM (1.50 in), 6:55 PM (2.00 in), and 7:18 PM (1.28 in). A radar-derived multi-inch signature intensified around early evening; the largest radar detection occurred at 8:10 PM CDT. Additional dual-polarization detections followed at 8:54 PM and 9:02 PM (both 1.50 in). Four later alerts were issued as NWS warning-only entries at 7:39 PM (1.25 in), 10:23 PM (1.00 in), 11:00 PM (0.75 in), and 11:25 PM (0.75 in).

Radar-derived hail estimates and the sequence of NWS warning areas show a concentrated swath of hail-producing convection moving northeast through the municipal and suburban parts of Lakeview. The storm system concluded after the final alert at 11:25 PM CDT and is no longer active.

Damage Assessment

The peak 3.05 in hail occurred within the radar-derived hail swath that crossed populated sections of the Lakeview warning area. Hail this size commonly damages asphalt roofing, punctures vinyl siding and skylights, and causes severe dents to unprotected vehicles. Multi-inch hail over residential blocks increases the likelihood of shingle fracture, exposed underlayment, and concentrated shingle loss on older roofs.

Lower-end detections between 0.75 in and 2.00 in were recorded across adjacent zones earlier and later in the event. Those smaller but widespread impacts typically include dented metal fixtures, broken roof vents, and cosmetic siding damage. Field reports and local inspections should prioritize locations along the mapped radar swath where multi-inch returns were strongest.

What Contractors Should Know

Start with a safety-first field survey. Photograph roof elevations, soffits, gutters, and vehicle fleets before any work begins. Measure and record hail impressions in soft materials or lawn debris where present. Prioritize inspections for roof coverings older than 10 years and for properties located under the densest radar returns and NWS warning areas issued between 6:00 PM and 9:00 PM CDT.

Estimate repair scope by combining on-site damage with the radar-derived hail track. Temporary covers and tarping should follow local building codes and insurer guidance. Prepare line-item estimates for full roof replacement, localized shingle repair, skylight or solar panel replacement, and vehicle bodywork. Document all findings with time-stamped photos and reference coordinates or addresses that fall inside the radar-derived hail track.