Ivins, UT Hail Storm – August 2026

Ivins, UT experienced a multi-zone hail event on August 14, 2026, peaking at 2.36 inches in diameter and moving from mid-morning into early evening. The storm concluded after multiple radar-detected hail alerts across the metro area.

What Happened

NWS issued eight hail alerts tied to this system. Alerts began in mid-morning and continued into early evening, with radar-detected hail reported at the following times:

• 8:43 AM MDT — radar-detected 1.00-inch hail
• 1:23 PM MDT — radar-detected 1.34-inch hail
• 2:11 PM MDT — radar-detected 1.54-inch hail
• 3:39 PM MDT — radar-detected 1.74-inch hail
• 4:36 PM MDT — radar-detected 1.78-inch hail
• 4:50 PM MDT — radar-detected 1.67-inch hail
• 5:14 PM MDT — radar-detected 2.33-inch hail
• 6:28 PM MDT — radar-detected 1.00-inch hail

Dual-polarization NEXRAD hail detection tracked the storm’s intensity increasing through the afternoon and peaking in the late-afternoon period. The event’s maximum measured hail size was 2.36 inches. The system is no longer active over the Ivins area.

Damage Assessment

Hail along the Ivins track ranged roughly from 1.0 to 2.36 inches, with the largest stones occurring in the late-afternoon portion of the event. Stones above 2.0 inches commonly cause denting and panel damage to vehicles in exposed parking, fracture asphalt shingle edges, strip shingle granules, and crack skylights or solar panel glass when impact angles are direct.

On-site inspections should prioritize areas beneath the late-afternoon radar track through Ivins neighborhoods. Photographic documentation with a visible scale and timestamps will help separate new impact marks from pre-existing wear. Water intrusion risk increases where shingle fracture or granule loss is evident; check attics, soffits, and ceilings for stains and wet insulation during the first 48 hours.

What Contractors Should Know

Triage inspections first for active leaks and safety hazards. Confirm structural access, remove loose debris, and document all findings with close-up and contextual photos. Measure representative hail stones where available and record their locations relative to street addresses. Apply temporary tarping only where immediate water entry threatens interior finishes and secure work with installation photos and a signed work order.

Prepare repair estimates distinguishing cosmetic panel dents from structural roof damage. For asphalt roofing, document granule loss, shingle mat delamination, and fractured tabs to support replacement recommendations. Inspect and test rooftop-mounted equipment and solar arrays for impact damage before repair or reattachment. Coordinate documented findings with property owners and insurers; preserve original photos and a timeline tied to the August 14, 2026 event.