Cuba, NM Hail Storm – October 2026

Cuba, New Mexico experienced radar-detected hail on October 24, 2026, with a peak radar return of 1.69 inches during late afternoon into early evening. The event produced a sequence of NWS hail alerts across a multi-zone track and is now concluded.

What Happened

Dual-polarization NEXRAD radar identified repeated hail signatures over Cuba from late afternoon into early evening on October 24, 2026. The National Weather Service issued seven hail alerts tied to the circulation as it moved through the metro area:

• October 24 · 4:47 PM MDT (22:47 UTC) – 1.00 inch hail
• October 24 · 4:49 PM MDT (22:49 UTC) – 1.47 inch hail
• October 24 · 5:56 PM MDT (23:56 UTC) – 1.00 inch hail
• October 24 · 6:58 PM MDT (00:58 UTC) – 1.00 inch hail
• October 24 · 7:01 PM MDT (01:01 UTC) – 0.79 inch hail
• October 24 · 7:02 PM MDT (01:02 UTC) – 1.25 inch hail
• October 24 · 7:29 PM MDT (01:29 UTC) – 1.00 inch hail

Radar detections prompted successive NWS alerts between 4:47 PM MDT and 7:29 PM MDT. The system produced multiple hail-producing cores rather than a single continuous cell. The storm is no longer active over the Cuba area.

Damage Assessment

Radar-derived hail diameters across the event ranged from 0.79 inches to 1.69 inches along the multi-zone track through Cuba. Hail in the 1.25–1.69 inch band is capable of denting vehicle panels, cracking older or unprotected skylights, and causing moderate damage to asphalt shingles, especially where roofs are already aged or weakened. Hail near 0.75–1.00 inch can bruise vegetation, dent exposed metal fixtures, and damage fragile rooftop equipment.

No spotter-verified damage reports were included in the alert stream tied to these radar detections. Field inspections in the hours after the event are the only way to confirm roof, vehicle, or equipment impact locations and severity.

What Contractors Should Know

Prioritize rapid exterior assessments in the most heavily radar-indicated corridors of Cuba. Start with roofs, skylights, solar arrays, and rooftop HVAC and mechanical units. Photograph all exposures with GPS-tagged images. Note pre-existing wear and age on roofing materials to separate new impact damage from prior deterioration.

If leaks are present, install temporary patches or tarps to prevent interior water entry and secondary damage. Compile signed condition reports and dated photos for each structure before repair work. Coordinate with property owners on insurance documentation and local permit requirements prior to major removals or full roof replacements.

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