Topeka, KS Hail Storm – October 2026

A severe hail storm tracked across the Topeka, KS metro on October 13, 2026, producing 2.23-inch stones during the late afternoon and early evening and generating vehicle damage with strong winds reported.

What Happened

NWS issued 18 alerts for the Topeka metro between 5:18 PM CDT and 9:12 PM CDT as the line moved east across the city. Dual-polarization NEXRAD hail detection first flagged 1.00-inch signatures by 5:30 PM CDT and showed increasing radar-derived hail sizes through the early evening. Radar-derived peaks were reported at 5:46 PM CDT (1.65 inches) and 5:52 PM CDT (1.78 inches), and additional radar detections continued through roughly 6:45 PM CDT. Several warnings between 5:18 PM CDT and 7:57 PM CDT were issued as NWS warning-only alerts while radar detections and spotter reports were streaming in.

Multiple spotters at 6:45 PM CDT reported vehicle dents and a cracked windshield and estimated ping pong ball-sized hail (1.50 inches). Observers also noted strong winds at the time of those reports. Those spotter-verified observations coincided with the radar signatures crossing the metro.

Damage Assessment

Four Local Storm Reports filed at 6:45 PM CDT describe the same pattern of damage: vehicle panel dents and a cracked windshield, with witnesses estimating hail near 1.50 inches and remarking on strong winds during the event. The duplication of those reports at the same time and location indicates a concentrated surface impact on parked vehicles where the storm passed.

Radar-derived hail detections prior to the 6:45 PM spotter reports show a narrow, eastward-moving hail swath across the Topeka metro. Those radar returns match the timing of the vehicle damage reports and the NWS warning timeline. There are no spotter reports in this dataset citing residential roof failures or large-area structural collapse. Damage observed and reported in the field is limited to automotive sheet-metal impacts and a cracked windshield at the locations noted in the 6:45 PM CDT reports, with accompanying observations of strong gusts.

Inspectors arriving on site should document vehicle dent patterns, capture windshield fracture photos with timestamps, and log witness statements that tie damage to the 6:45 PM CDT event. Where vehicles are densely parked along the radar-derived track, expect clustered repair claims rather than evenly distributed losses across the entire metro.

What Contractors Should Know

Focus initial field teams on automotive glass replacement and paintless dent repair workflows for the areas where spotters reported vehicle dents at 6:45 PM CDT. Those reports indicate concentrated impacts to parked cars. Triage should prioritize vehicles with compromised windshields for safety holds and arrange rapid photographic documentation for claims. Use a size reference in photos tied to the 1.50-inch ping pong ball estimate when possible.