Linn, TX Hail Storm – August 2026

Linn, TX on August 2, 2026 experienced a late afternoon to early evening thunderstorm that produced hail up to 1.88 inch and triggered multiple NWS alerts.

What Happened

The storm moved through Linn in the late afternoon and early evening on August 2. Four NWS alerts covered the event. 4:31 PM CDT (21:31 UTC) – NWS warning only reported 0.88 inch hail. 5:17 PM CDT (22:17 UTC) – dual-polarization radar detected hail to 1.88 inch. 6:08 PM CDT (23:08 UTC) – NWS warning only reported 0.88 inch hail. 6:45 PM CDT (23:45 UTC) – NWS warning only reported 1.00 inch hail. The radar-detected 1.88-inch signal was the largest single detection within the warning area. The storm has concluded.

Damage Assessment

Field and radar reports show hail ranging roughly from 0.88 inch to 1.88 inch across affected zones. Hail near 0.88 inch commonly produces cosmetic dents and chipped paint on unprotected vehicle panels, minor granule loss on asphalt shingles, and localized siding dents. Hail near 1.00 inch increases the likelihood of more noticeable vehicle panel deformation, cracked lighter-weight skylights, and accelerated shingle wear.

Hail close to 1.88 inch carries substantially more kinetic energy. Typical outcomes at that size include dented vehicle roofs and hoods, cracked or fractured skylights, broken vinyl trim, and shingle fracture or loss that may expose roof underlayment. Larger-window glass may crack under direct hits, and seasonal crops or ornamental plantings can experience widespread foliage and stem damage.

Inspectors should focus on photographic documentation of affected surfaces, date-stamped measurements of representative hail fragments, and clear mapping of damage locations relative to the radar-detected hail swath.

What Contractors Should Know

Prioritize safety and evidence collection on first visits. Photograph vehicle panels, roof shingles at the eave and mid-slope, siding panels, gutters, and skylights. Capture at least one scale object with each hail fragment photo and record the local address and time. For roofs, document granule loss patterns, fractured tabs, and any exposed underlayment. Temporary tarping is a triage option for open penetrations. Log all temporary work and retain receipts.

Assess insurance and repair scope with measured hail data. Use representative hail fragments and site photos when preparing estimates. For roofs showing fracture patterns or widespread granule loss, provide replacement estimates rather than patching. For vehicle and siding claims, note panel concavity and paint fracture. Coordinate with property owners on water-intrusion risk and follow local permitting for permanent repairs.

Paid customers can access the Strike Map for the precise hail track and damage zone for this event.