North Palm Beach, FL Hail Storm – October 2026

North Palm Beach, FL recorded 2.04-inch hail on October 23, 2026, during a late-afternoon severe thunderstorm. The storm was short-lived and concluded the same evening.

What Happened

Late afternoon into early evening on October 23, a severe thunderstorm moved across northern Palm Beach County. The National Weather Service issued one hail alert at 5:56 PM EDT for 1.5-inch hail based on dual-polarization radar. The warning area covered North Palm Beach and adjacent neighborhoods. Radar hail detection tracked a focused swath through the zone identified in the NWS alert. The event is listed as concluded with no active warnings after the late-afternoon alert.

Damage Assessment

Hail during the event exceeded golf-ball size and approached two inches in diameter. Hail of this size commonly causes localized roof shingle bruising and loss of granules on asphalt shingles. Expect denting to vehicle body panels and trim on exposed cars. Exterior siding, gutters, and HVAC units mounted outside are at risk of cosmetic damage. Skylights and single-pane glass are vulnerable where hail impact was direct. Solar panels may sustain microfractures or shattered cells where impact points are concentrated.

Inspections should prioritize roofs and vehicles along the NWS warning area. Damage patterns tend to be patchy along the radar-detected swath rather than uniform across the entire warning area. Photographic documentation of dents, broken glazing, and exposed insulation provides the clearest evidence for repair estimates and insurance claims.

What Contractors Should Know

Begin with a targeted exterior assessment. Check roof coverings for granule loss, cracked or split shingles, and displaced flashing. Inspect roof penetrations, valleys, and eaves for early signs of water intrusion. On properties with reported hail exposure, remove loose debris and record exact locations of visible impact points. For vehicles, note panel locations, measure dent diameters where practical, and capture dated images from multiple angles.

Prioritize temporary mitigation where active leaks or compromised enclosures are present. Use tarps secured at low points to limit water entry until permanent repairs can be completed. For solar installations, coordinate visual inspections with module-level testing to identify cracked cells. Maintain clear chains of custody for photos, estimates, and client communications to support claims. Paid users can view the Strike Map for the radar-confirmed hail swath and the damage zone.