Kenney, IL Hail Storm – July 2026

Kenney, IL experienced a multi-zone hail event on July 4, 2026, producing a peak stone of 1.2 inches during a concluded late-afternoon to early-evening episode.

What Happened

Dual-polarization NEXRAD first detected hail signatures over the Kenney metro at 2:16 PM CDT. NWS issued a series of eight alerts for the area between 2:16 PM and 5:07 PM CDT. An early radar-detected alert at 2:16 PM CDT returned a hail signature. A separate NWS warning around 3:05 PM CDT indicated a one-inch hail estimate. Most subsequent NWS warning messages over the next two hours reported three-quarter-inch hail estimates or were issued as NWS-warning only advisories. One NWS warning at 4:13 PM CDT indicated no hail. The final alert in the sequence was issued at 5:07 PM CDT. The event is concluded.

Radial reflectivity and dual-polarization returns suggest the hail path passed repeatedly over populated parts of the Kenney metro and adjacent rural townships. Localized pockets of larger stones were flagged by radar early in the sequence, while later warnings relied on NWS warning-only estimates rather than fresh radar hail signatures.

Damage Assessment

Stones in the observed size range commonly produce vehicle panel dents, chipped paint, and broken mirrors. Expect hubcap and trim damage on parked cars in residential streets near the reported storm path. Transparent glazing such as skylights and conservatory panes are at risk for cracking where impacts concentrated.

Asphalt-shingle roofs can lose protective granules and develop bruised or split shingles when struck by larger stones. Older or weathered roofs are more likely to show accelerated deterioration. Metal roofs will often sustain dents but retain watertight integrity unless fasteners or seams are damaged. Vinyl siding and gutters in the impacted zones may show punctures, dents, or displaced seams. For landscaping and small-fruit crops near Kenney, leaf shredding and surface scarring are typical where hail concentrations were highest.

Field inspections should prioritize vehicles, roof coverings, skylights, siding, and any exposed glass on properties within the mapped alert corridor. Document visible penetration points and secondary water intrusion immediately after initial assessment.

What Contractors Should Know

Safety and documentation take precedence. Use fall protection when working on roofs and follow ladder safety standards. Photograph damage with a measurable scale and capture oblique and overhead views. Note the local alert timeline and specific locations inspected. Measure indent impressions when possible and record approximate impact concentrations by address or parcel.

For immediate repairs, deploy temporary tarps to prevent water entry where shingles are displaced or flashing is compromised. Secure tarps with appropriate battens or nail patterns to avoid wind uplift. For claims and scope development, provide time-stamped photographic evidence, an itemized materials estimate, and references to the NWS warning sequence for the event dates and times.