Rogers, NM Hail Storm – June 2026

Rogers, NM experienced a multi-zone hail-producing storm on June 5, 2026, producing a peak 2.04-inch hail core and multiple radar-detected hail swaths. The event moved through the metro area in the afternoon and early evening and is now concluded.

What Happened

The storm produced four NWS alerts across Rogers on June 5. At 1:34 PM MDT a dual-polarization radar scan detected 1.40-inch hail in the western metro corridor. At 2:09 PM MDT radar indicated 1.33-inch hail along a northeastward trend. At 2:44 PM MDT the system produced smaller hail near 0.75 inch before redeveloping; later activity returned to larger sizes. An 8:04 PM MDT radar return showed 1.42-inch hail as the storm waned in the early evening.

Radar returns and NEXRAD hail detection identified multiple discrete cores over the metro footprint. Local NWS alerts covered the broader warning area while the radar-derived hail detections mapped tighter swaths through residential and commercial sectors. The sequence shows a primary afternoon pulse, a brief weakening, then renewed activity in the late afternoon and early evening. The storm is no longer active in the Rogers area.

Damage Assessment

Radar-detected hail exceeded one inch in several alert intervals across populated corridors. Hail at and above one inch commonly produces vehicle denting and damage to vinyl siding and soft metals along the radar track. Hail in the 1.25–1.75 inch range increases the likelihood of asphalt shingle granule loss, dented metal roofing, and compromised skylights in exposed locations. Repeated cores over the same neighborhoods raise the probability of cumulative damage where coverage overlapped.

Smaller hail returns near three quarters of an inch typically cause superficial cosmetic marks on plants and soft outdoor materials but are less likely to produce structural roof failures. Observed late-afternoon returns that exceeded one inch warrant prioritized roof and vehicle inspections in the mapped corridors. Use photographic documentation tied to location and time when preparing estimates or insurance submissions.

What Contractors Should Know

Prioritize safety and access. Schedule external roof inspections only in daylight with two-person teams and fall protection. Start with properties located under the concentrated radar-detected swaths and any addresses showing multiple alert hits. Record solar position and shadowing when photographing damage; direct overhead photos plus close-ups of hail impact areas reduce ambiguity in scope reviews.

For initial repairs, expect common issues: dented panels, displaced shingles, shingle granule loss, damaged vents and skylights, and hail-dented gutters. Triage work should separate temporary mitigation—tarps, secure loose panels, drain clearing—from full replacement estimates. Provide itemized scopes with time-stamped photos and GPS-referenced locations to support claims. Monitor for secondary water intrusion at attic access points for 48–72 hours after inspection.