Folsom, NM Hail Storm – June 2026

Folsom, NM experienced a multi-zone hail event on June 26, 2026 with a peak hail size of 2.38" and multiple radar-detected hail cores moving through the town. The event produced an extended sequence of NWS alerts and concluded late in the evening.

What Happened

The storm produced 22 NWS alerts between 4:38 PM MDT and 10:39 PM MDT. Nine alerts included dual-polarization radar detections; 13 were NWS warning only. Radar-detected hail cores reported sizes such as 1.24", 1.41", 1.52" and 1.62" at various points in the timeline. Two NWS warnings listed 0" hail while other warnings reported 0.75" to 1.25" hail. The sequence began in the late afternoon and continued through early evening, with the most concentrated radar hail signatures appearing in the 7:00–8:30 PM period.

Alerts with explicit radar detection are described in the NWS timeline as radar-detected hail cores. Alerts labeled NWS warning only indicate a warning polygon without a corresponding dual-polarization return flagged in that NWS message. The event is concluded and no active warnings remain for the Folsom metro area.

Damage Assessment

Where NWS warning polygons and radar cores overlapped in Folsom, expect vehicle denting and roof surface damage in locations that experienced hail cores larger than 1.0". Hail between roughly 0.75" and 1.25" typically produces paint and trim dents on exposed vehicles and surface bruising to asphalt shingles. Hail cores in excess of 1.5" raise the risk of broken skylights, shattered single-pane glass, and accelerated shingle loss on older roofs.

Inspect properties within the NWS warning area first, prioritizing locations where radar-detected cores were recorded. Pay attention to glass, skylights, solar arrays, gutters, and vinyl siding. Photographic documentation with timestamps and GPS coordinates will support any insurance or repair estimates for addresses inside the warning footprint.

What Contractors Should Know

Begin with a rapid triage of safety hazards. Secure loose debris, check for active leaks, and isolate electrical damage before any roof work. Inspect roof coverings at multiple points; look for granule loss, fracture patterns, and punctures on low-slope roofs. For vehicles, document dents and broken glass with close-up and contextual photos. Record the exact address and note whether it falls inside the NWS warning area during the event.

Estimate repairs using measured hail size thresholds and visible failure modes rather than broad assumptions. Prioritize temporary weatherproofing where the roof or glazing is compromised. Provide clients with a clear scope divided into emergency temporary repairs and permanent replacement. Maintain records of inspection times, photos, and client contact details for each address within the NWS warning footprint.

See the Strike Map for the precise hail track data.