Raton, NM Hail Storm – June 2026

Raton, New Mexico experienced a concluded hail-producing storm on June 24, 2026, with peak hail measured at 2.66 inches across the metro. The event produced a series of radar-detected hail signatures and multiple National Weather Service alerts.

What Happened

The storm developed around midday and persisted into the early evening across the Raton metro. The National Weather Service issued six hail alerts for the area, each based on dual-polarization NEXRAD radar hail detection:

• June 24 · 12:49 PM MDT — 1.34 inches detected by dual-polarization NEXRAD radar
• June 24 · 3:16 PM MDT — 1.25 inches detected by dual-polarization NEXRAD radar
• June 24 · 4:09 PM MDT — 2.01 inches detected by dual-polarization NEXRAD radar
• June 24 · 4:14 PM MDT — 1.25 inches detected by dual-polarization NEXRAD radar
• June 24 · 4:51 PM MDT — 1.74 inches detected by dual-polarization NEXRAD radar
• June 24 · 5:27 PM MDT — 1.74 inches detected by dual-polarization NEXRAD radar

Radar returns show multiple one-inch-plus signatures across the warning area, with concentrated stronger returns in the late afternoon into early evening. The event is concluded and there are no active advisories for the Raton metro at this time.

Damage Assessment

Radar-detected hail in the one- to two-inch range typically produces vehicle panel dents, cracked glass, and damage to vulnerable roofing materials. During this event, the Raton metro saw repeated one-inch-plus signatures and localized returns above two inches, which increase the likelihood of asphalt shingle granule loss, fractured shingles, and penetrations to skylights and polycarbonate panels.

Agricultural exposures in and near the metro are at risk of foliage stripping and bruising to soft fruit and vegetables where fields were exposed during the late afternoon cells. Commercial metal roofs, HVAC units, and solar arrays should be inspected for denting and fastener damage in zones coincident with the radar-detected swath.

What Contractors Should Know

Inspect roofs, vehicles, and glazing promptly. Start with photographic documentation tied to GPS or addressed locations. Prioritize older composite and three-tab shingles, rooftop mechanicals, and skylights. Measure hail impressions when present and record size, date, and precise location. Keep a log of initial conditions before any temporary repairs.

For temporary repairs, tarp or board compromised openings to prevent water intrusion. Secure loose debris and tag affected equipment for follow-up remediation. Coordinate with property owners and adjust crew assignments to minimize ladder and roof exposure during midday heat. Contact insurers early with time-stamped photos and measured hail evidence for claims support.