StormProof → hail seasons → Topeka → 2011
Topeka hail season 2011
95 NWS-recorded hail reports ≥1″ within 25 miles, across 9 storm days, max 5.25". Every one of those reports is a dated, located, citable official record — the context behind this market's 2011 claim volume.
Biggest storm days (2011, final record)
| Date | ≥1″ reports | Max hail | Areas named in the record |
|---|---|---|---|
| May 21, 2011 | 44 | 5.25" | WABAUNSEE, SHAWNEE, JEFFERSON, POTTAWATOMIE |
| April 3, 2011 | 30 | 2.00" | OSAGE, WABAUNSEE, DOUGLAS, SHAWNEE |
| June 1, 2011 | 12 | 1.75" | OSAGE, WABAUNSEE, JEFFERSON, JACKSON |
| June 27, 2011 | 3 | 1.25" | SHAWNEE, JEFFERSON |
| April 22, 2011 | 2 | 1.00" | OSAGE, SHAWNEE |
“Hail broke car windows at 6th and Croco Road. One injury was reported from the broken windows.”
— NWS event narrative, May 21, 2011 (NCEI Storm Events)
When it fell
Apr 33 · May 45 · Jun 15 · Aug 2
Wind context: the record also holds 48 thunderstorm-wind events ≥50 kt (≈58 mph, the NWS severe criterion) in this radius for 2011 — relevant where the dispute is wind vs hail causation.
Working a Topeka claim from 2011?
These are aggregates. A claim file needs the per-address record: every recorded event within 1, 3 and 10 miles of the property, distances, official narratives, and citations an adjuster can check line by line. That's the report — generated in seconds, hosted on HailEvidence (the neutral evidence surface), formatted as an insurance-appeal attachment.
Unlimited reports — Pro $99/mo Single report $29
Provenance
Final counts: NCEI Storm Events Database, file vintage c20260527, hail events with recorded magnitude ≥1.00″ and point coordinates within 25 miles of the Topeka anchor. NWS records are point and path observations. The absence of a nearby report does NOT prove that no hail fell at this address — it means no observation was logged nearby. A report of nearby hail documents the event; it does not by itself prove damage to a specific structure. Spotted an error? Email the address on our terms page and we correct against the source.