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Golf ball-sized hail detected near Topeka, KS on June 10, 2026

Radar-indicated2.5" · golf ball
Map of reported hail location

Hail was detected at a radar-indicated point within the Topeka monitoring area. Actual impact can vary by neighborhood, so nearby homes should use this as a signal to check roofs, gutters, siding, and vehicles.

Damage assessment

Golf ball-sized hail at 2.5 inches typically causes functional damage to architectural asphalt shingles, the dominant roofing material in Topeka. At this magnitude, granule loss, exposed mat, and cracked or broken shingles are common, particularly on roofs over 10-15 years old. Class 4 impact-resistant shingles may show only cosmetic damage at this size, though inspection is still warranted. Standard 3-tab shingles face higher risk of penetration and immediate leak potential.

Insurance & repair cost context

With a typical 2% deductible on Topeka's median home value, homeowners would pay $2,612 out of pocket, while typical repairs for a 2,000-square-foot roof average $6,313. The gap between deductible and repair cost suggests potential insurance claim viability, though individual policies vary in deductible structure. A professional inspection can determine whether damage is cosmetic, manageable out of pocket, or significant enough to warrant insurer involvement. Homeowners should check their policy declarations page for specific filing deadlines.

At these numbers, the typical repair cost exceeds a standard 2% deductible. Contact your insurer — damage at this level is likely worth filing before you pay out of pocket.

Free inspection estimate

This storm may have damaged your roof — get a free Topeka inspection

Type of damage

How urgent?

Topeka repair cost reference

2,000 sqft home · standard asphalt shingles
Repair
Low
$5,165
Typical
$6,313
High
$7,460
Full replacement
Low
$8,608
Typical
$10,521
High
$12,434

Historical context

This event ranks #15 out of 247 recorded hail events in Shawnee County over the past decade, placing it in the upper tier of local hail activity. The largest event on record measured 4.5 inches on July 11, 2020. June historically produces 46 hail events per decade in this county, making this timing above average for the area.

Storm system

This hail event was part of a broader regional system that produced significant hail across Kansas and neighboring states, with baseball-sized hail reported in Riley and Reno counties the same day.

Contractor guidance

Current contractor backlog in Topeka runs 4-8 weeks, with high storm chaser activity expected within 24-48 hours of this event. Kansas requires all roofing contractors to hold registration certificates under the Kansas Residential Roofing Act, and homeowners should verify registration status through the Kansas Attorney General's office before signing contracts. The Kansas Residential Roofing Act prohibits contractors from advertising or promising to waive insurance deductibles, making such offers a red flag for potential violations. Topeka's dense local contractor market provides good options for homeowners willing to schedule ahead to avoid backlog delays.

Permits & building code

At 2.5-inch magnitude, roof repair is more likely than full replacement unless extensive damage is found during inspection. Contractors handle permit pulling, with costs ranging $150-400 and inspections required. While Class 4 shingles aren't mandated, the 10-20% insurance discount combined with superior hail resistance makes them worth considering during any roof work.

What to do now
  1. 1Photograph any visible exterior damage before weather changes
  2. 2Schedule professional roof inspection within the next week
  3. 3Verify contractor registration through Kansas Attorney General's office before hiring
  4. 4Check policy declarations page for specific claim filing deadlines
  5. 5Document interior damage if leaks develop during future storms
Free inspection estimate

This storm may have damaged your roof — get a free Topeka inspection

Type of damage

How urgent?

This event was detected through NOAA NEXRAD radar analysis, with full National Weather Service documentation pending.