Piñon, NM Hail Storm – July 2026

Piñon, NM recorded radar-detected hail on July 20, 2026, with a peak stone of 1.58 inches in diameter. The multi-alert event produced three distinct NWS warning areas and concluded the same day.

What Happened

A multi-cell storm moved across the Piñon metro on July 20. NWS issued three warning areas tied to NEXRAD hail detection. The sequence began at 12:59 PM MDT with radar-detected hail up to 1.30 inches. A follow-up alert at 1:43 PM MDT reported 1.02-inch hail. The final NWS alert at 3:21 PM MDT recorded the largest radar-detected stones at 1.58 inches. All three alerts were based on dual-polarization radar hail signatures and produced radar-derived hail points across multiple zones. The event concluded in the early evening; no active warnings remained after the late afternoon alert.

Damage Assessment

Hail ranged from about 1.0 to 1.58 inches across the affected warning areas. Stones near 1.0 inch typically dent vehicle body panels and cause localized loss of asphalt shingle granules. Hail approaching 1.6 inches can deform aluminum and thin-gauge metal roofing, fracture older asphalt shingles, and crack vulnerable skylight glazing. Solar arrays with microcracking or untempered glass are at elevated risk in impact locations along the radar-detected hail swath.

Observed sizes imply concentrated property impacts rather than wholesale structural collapse. Expect vehicle dents, patch-level roof repairs, and spot replacement of skylights or solar modules where strikes align with exposed surfaces. Document visible impact patterns with date-stamped photos and location data before any remediation.

What Contractors Should Know

Prioritize on-site safety and initial triage. Start with a walk-through to identify vehicles, rooftop-mounted equipment, skylights, and exposed HVAC units within the warning area. Photograph damage with scale and GPS, note roof slope and covering type, and flag areas with displaced granules or torn flashing. For insurance reporting, separate cosmetic dents from penetrative harm to underlayment or framing.

For repairs, plan for short-term mitigation and a verified scope of work. Temporary tarping is appropriate where shingles are fractured or flashing is open. When ordering materials, match shingle style and granule color to the date-stamped roof condition. Verify solar module warranties and inverter status before replacing panels. Schedule full roof inspections for properties reporting multiple impact points to assess cumulative wear and the need for partial or full replacement.

Paid subscribers can view the Strike Map for the precise radar-derived hail track and damage zone.