Canadian, TX Hail Storm – August 2026

Canadian, Texas, on August 25, 2026, experienced a multi-zone hail event that concluded late evening. The storm produced large hail, peaking at 3.43 inches, with multiple radar-detected and NWS-issued alerts through the afternoon and night.

What Happened

Storms developed across the Canadian metro in the mid-afternoon and produced a sequence of 12 alerts tied to the same multi-zone event. Alerts included both dual-polarization radar detections and NWS warning-only entries. The sequence shows an intensifying period in the late afternoon followed by smaller reports into the night.

Alert timeline (local times):

• 3:09 PM CDT – 1.33 inch hail – radar-detected via dual-polarization NEXRAD
• 3:24 PM CDT – 1.25 inch hail – NWS warning only
• 3:25 PM CDT – 1.61 inch hail – radar-detected via dual-polarization NEXRAD
• 3:52 PM CDT – 1.00 inch hail – radar-detected via dual-polarization NEXRAD
• 4:11 PM CDT – 1.75 inch hail – radar-detected via dual-polarization NEXRAD
• 4:49 PM CDT – 2.26 inch hail – radar-detected via dual-polarization NEXRAD
• 5:27 PM CDT – 1.94 inch hail – radar-detected via dual-polarization NEXRAD
• 6:13 PM CDT – 1.25 inch hail – NWS warning only
• 9:55 PM CDT – 0.75 inch hail – NWS warning only
• 10:19 PM CDT – 0.75 inch hail – NWS warning only
• 10:41 PM CDT – 0.75 inch hail – NWS warning only
• 10:44 PM CDT – 0.75 inch hail – NWS warning only

Radar-detected alerts supplied the larger size estimates through the late afternoon. NWS warning-only alerts accounted for later, smaller reports. The event is classified as concluded.

Damage Assessment

Observed hail sizes ranged from 0.75 to 3.43 inches. Hail at and above 1.25 inches frequently produces visible vehicle denting and can remove asphalt shingle granules. Hail around 2.0 inches increases the risk of shattered skylights, cracked windows, and accelerated siding damage. Hail exceeding 3.0 inches typically causes significant roofing damage on common residential materials and can produce major dents to vehicles and agricultural equipment.

Inspect roofs where the storm path crossed populated areas and drive routes noted in the alert timeline. Photodocumentation should include a scale reference and close shots of shingle edges, vents, gutters, and vehicle panels. Note that smaller hail late in the evening may have compounded earlier damage from larger late-afternoon stones.

What Contractors Should Know

Prioritize a safety-first assessment. Confirm electric and gas line status before accessing rooftops. Begin with a visual perimeter survey from the ground to locate concentrated impact areas indicated by broken branches, dented vehicles, and displaced debris. Move to elevated inspections only with fall protection in place. Record exact locations and sizes for each damage observation and capture time-stamped photos tied to addresses or GPS points.