Ping pong-sized hail detected near Champaign, IL on August 14, 2026
Hail was detected at a radar-indicated point within the Champaign 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
The radar-confirmed strike landed approximately 19 miles northeast of downtown Champaign, with one hail report logged in Champaign County that day. At 1.5 inches, architectural asphalt shingles — the dominant material in Champaign's housing stock — are at the threshold for functional damage: granule loss is likely, and bruising or cracking is possible on shingles over 10–15 years old. Newer roofs in good condition may show only cosmetic impact, but age and pre-existing wear shift that calculation quickly. The county's largest recorded event reached 3.25 inches in June 2023; this event is smaller but still warrants a close look at older roofs.
On a $350,000 home with a 2% hail deductible, you're looking at a $7,000 threshold before insurance contributes anything. Typical repair cost for a 2,000 square foot roof runs $7,794 — with a range of $6,377 to $9,211 depending on scope and labor. Get a professional inspection before making any insurance decisions.
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.
This storm may have damaged your roof — get a free Champaign inspection
Champaign repair cost reference
Historical context
This event ranks 33rd of 84 recorded hail events of 1 inch or greater in Champaign County over the past 10 years — solidly mid-tier. The county's largest event on record is 3.25 inches, which occurred on June 29, 2023, well above the functional damage threshold for all shingle types. August sees an average of six hail events per year in this county, making this storm typical for the month rather than unusual.
Storm system
This was not an isolated storm. The same system produced 2.25-inch golf ball-sized hail near Peoria, IL, and 1.75-inch hail near Hamilton, IN, suggesting a broader convective line moving through central Illinois and into Indiana that day.
Contractor guidance
Local contractor data shows current backlogs of one to two weeks in Champaign — manageable, but worth moving on if damage is confirmed. The storm chaser risk is assessed as low for this area, though contractors from larger Illinois metros may work the area after notable events. Illinois requires roofing contractors to hold a state license under the Roofing Industry Licensing Act (225 ILCS 335), carry general liability insurance, maintain workers' compensation coverage, and post a surety bond — verify license status through the IDFPR public database before signing anything. Any contractor who offers to waive or absorb your deductible is violating Illinois law; that offer is a reason to walk away, not a deal.
Permits & building code
At 1.5 inches, repair is more likely than full replacement on roofs in reasonable condition, though older or degraded shingles may push the scope toward replacement. Champaign requires a permit for roofing work — your contractor pulls it, inspections are required, and permit costs typically run $100 to $250. Class 4 impact-resistant shingles qualify for a 10–20% discount with most Illinois insurers.
- 1Photograph your roof, gutters, downspouts, and any exterior surfaces showing impact marks — date-stamp everything before conditions change.
- 2Contact your insurance company to report the event and ask about your policy's claim reporting window.
- 3Schedule a professional roof inspection with a licensed Illinois contractor — verify their IDFPR license before the appointment.
- 4Ask any contractor for proof of general liability insurance, workers' comp coverage, and their surety bond before signing a contract.
- 5Keep a written record of all contractor visits, estimates, and communications with your insurer in one place.
This storm may have damaged your roof — get a free Champaign inspection
Hail detection for this event is based on NOAA NEXRAD radar data via SWDI; a full NWS storm survey write-up is pending.