Vernon, AZ Hail Storm – July 2026

Vernon, AZ — July 27, 2026. A severe thunderstorm moved through the Vernon metro in the late afternoon and produced large, concentrated hail with a peak diameter of 2.2 inches.

What Happened

The event unfolded in the late afternoon. The National Weather Service issued three hail alerts tied to the same storm cell. Alert 1 was issued July 27 at 2:48 PM MST (21:48 UTC) for radar-detected 1.84-inch hail. Alert 2 followed at 2:56 PM MST (21:56 UTC) for radar-detected 1.85-inch hail. A later radar alert at 4:16 PM MST (23:16 UTC) reported 1.41-inch hail.

All three alerts were based on dual-polarization NEXRAD radar signatures. The radar returns showed persistent hail cores as the cell traversed the Vernon warning areas. The alerts covered multiple adjacent warning polygons in the Vernon metro and surrounding rural parcels. The storm has concluded and no further warnings were issued after the 4:16 PM alert.

Damage Assessment

Hail observed by radar at these intensities commonly causes denting to vehicle panels and localized damage to rooftop materials. Asphalt shingle roofs, especially those with prior wear, are prone to granule loss and broken tabs. Skylights, soft metal flashing, and exposed air-conditioning units are at elevated risk of impact damage. Ground-level assets such as parked fleets, uncovered equipment, and solar PV modules can show panel dents or microfractures under these conditions.

Because field-confirmed reports were limited at the time of record aggregation, individual loss observations should be validated on site. Inspections should prioritize exposed and elevated surfaces in residential and light-commercial areas along the recorded storm path. Photographic documentation with timestamps and location data is essential for claim records.

What Contractors Should Know

First-response crews should focus on safety, temporary stabilization, and documentation. Secure loose roof coverings and tarps where active leaks are present. Triage inspections by neighborhood allow crews to identify systems with immediate water intrusion risk. Record all findings with geotagged photos and brief notes on pre-existing vs new damage. For vehicle fleets, note body panel dents and windshield chips separately and log VINs for insurer submissions.

For repair planning, target full assessments for roofs showing shingle fracture, exposed underlayment, or compromised flashings. Coordinate with property owners and insurers before large-scale material removal. Use the NWS alert times and radar-detected hail reports to prioritize neighborhoods that were inside the warning polygons between 2:48 PM and 4:16 PM MST. Maintain chains of custody for sampled materials to support claims.

Paid customers can access the Strike Map for the precise hail track and damage zone mapping.