Golf ball-sized hail detected near Casper, WY on July 9, 2026
Hail was detected at a radar-indicated point within the Casper 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 point sits approximately 17 miles north of downtown Casper — a single report was logged in Natrona County that day. At 2 inches, architectural asphalt shingles take the kind of hits that dent metal flashing, crack tab edges, and knock granules loose in patterns that accelerate aging — this is functional damage territory, not cosmetic. Roofs older than 10–15 years are the most vulnerable; newer installs may show bruising without immediate leakage, but the underlying mat can still be compromised. For reference, Natrona County's largest recorded event was 2.25 inches on June 16, 2025 — today's storm falls just below that threshold.
On a $260,400 home with a 2% deductible, the out-of-pocket threshold before insurance pays is roughly $5,208. Typical repair cost for a 2,000 square foot roof runs $5,603, with the range landing between $4,584 and $6,621 depending on pitch, material, 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 Casper inspection
Casper repair cost reference
Historical context
This event ranks 4th of 28 hail events of 1 inch or greater recorded in Natrona County over the past 10 years — a solid data set that supports that ranking. July is the historically active peak month for the county, accounting for 16 of those 28 events, consistent with Wyoming Climate Atlas data showing July averaging the most thunderstorm days of any month in Casper. The county's largest recorded event remains the 2.25-inch storm from June 16, 2025.
Storm system
Laramie, Wyoming recorded half-dollar-sized hail (1.25 inches) the same day, suggesting this was part of a broader convective episode across central Wyoming rather than an isolated cell.
Contractor guidance
Local contractor data shows current backlogs running 4 to 8 weeks in the Casper market. The intake assessment rates storm chaser risk as high — Casper draws out-of-state roofing crews quickly after events of this size, with door-to-door solicitation typically starting within 24 to 48 hours. Wyoming does not require a state-level roofing license under the Wyoming Department of Safety and Professional Services, so licensing protections fall on you: ask for proof of general liability, workers' comp, and any manufacturer certifications before signing anything. Any contractor offering to waive your deductible should be treated as a red flag — such arrangements may constitute insurance fraud under Wyoming statute.
Permits & building code
At 2 inches, full replacement is a realistic outcome on older roofs; repair is possible on newer installs where damage is isolated. The contractor pulls the permit in Casper, inspection is required, and permit costs typically run $150 to $400. Class 4 impact-resistant shingles qualify for a 10–30% discount with most Wyoming insurers.
- 1Photograph all visible damage now — roof surface, gutters, downspouts, window screens, and any soft metals like AC units or vents.
- 2Schedule a professional roof inspection with a licensed, locally verified contractor — do not let an unsolicited door-to-door crew do the only assessment.
- 3Contact your insurer to report the storm event and ask about next steps for a potential claim.
- 4Before signing any contract, verify the contractor carries general liability and workers' comp, and request any manufacturer or industry certifications.
- 5Keep all documentation in one place: photos with timestamps, contractor bids, and any written communications with your insurer.
This storm may have damaged your roof — get a free Casper inspection
Hail size and location are based on NOAA NEXRAD radar data via SWDI; a full NWS storm survey write-up is pending.