July 10, 2026 hail storm near Lordsburg, NM. Radar-confirmed hail track and contractor lead lists available.
NWS WARNING AREA · Lordsburg Metro · Jul 10, 2026
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Lordsburg, NM
6 addresses in warning area
Alert issued Fri, Jul 10 · 10:39 PM UTC
Lordsburg, NM experienced a short-lived severe hail event late afternoon on July 10, 2026, with peak stones reaching 1.33 inches in diameter. The storm concluded the same evening after moving through the immediate metro.
A single warning area was issued for the event. The National Weather Service issued a severe thunderstorm warning at 4:39 PM MDT for 0.75-inch hail within the warning area; that alert is recorded as NWS warning only. Radar-detected hail cores were present over the Lordsburg metro in the late-afternoon convection. Dual-polarization signatures and concentrated reflectivity returns indicated compact hail-producing updrafts that moved northeast-to-east across the local area. The event was brief and concluded within a few hours of the initial warning.
Field reports available to StormSnipe do not show ongoing activity after the evening period. The single-zone report covers the Lordsburg metro only and does not extend into adjoining counties or townships.
Stones of this diameter commonly cause impact damage to vulnerable surfaces on residential and light commercial properties. Expect asphalt shingle abrasion and granular loss on older roofs, denting to exposed aluminum and soft-metal trim, and concentrated impacts on vehicles parked in the open. Skylights, solar panels, and HVAC condenser fins are at elevated risk of puncture or dent when struck directly in a compact hail core.
No spotter-verified structural collapse or widespread catastrophic failure has been reported in the available local reports tied to this event. Property owners in Lordsburg should prioritize inspections for localized shingle splitting, dent patterns on metal surfaces, and concentrated pitting on vehicle panels as initial indicators of storm-related impact.
Inspect roofs for grouped impact sites rather than uniformly distributed wear. Focus initial field checks on the windward side of properties along the storm track, eave lines, hips, and high-exposure panels where hail tends to concentrate. Photograph all damage with a visible date stamp and GPS coordinates. For vehicles, document the hood, roof, trunk, and quarter panels with close-up and wide-angle shots; note whether damage appears clustered or isolated.
For repairs, assess the need for temporary tarps or covers on compromised roofing to prevent water intrusion. Record material serials and ages for insurance estimators, and separate cosmetic dents from penetrative damage on condensers and solar arrays. Coordinate with adjusters using time-stamped evidence and location notes to establish spatial correlation with the storm track.
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