Dade City, FL Hail Storm – May 2026

Dade City, FL experienced a hail-producing storm on May 24, 2026, with peak stones measuring 2.44 inches. The event produced a radar-detected large-hail signature in late afternoon and a later NWS warning in the early evening.

What Happened

The storm moved through Dade City in the late afternoon into early evening. At 5:53 PM EDT, dual-polarization radar detected a large-hail signature consistent with hail near 1.9 inches along a focused swath across the city. The system weakened and redeveloped later. At 8:44 PM EDT, the National Weather Service issued a warning noting quarter-sized hail near 0.75 inches in peripheral areas. The event has concluded.

Radar data show the hail-producing core tracked across central Dade City before lifting to the northeast. The earlier radar-detected signature indicates the area of greatest hail intensity. The later NWS warning covered locations on the storm’s outer edge where smaller hail was reported.

Damage Assessment

The radar-detected large-hail signature in the earlier alert suggests likely panel and cosmetic damage to vehicles along the mapped swath through Dade City. Roof shingles can sustain granule loss and bruising when impacted by stones of that size. Siding, skylights, and unshielded glass are also at risk where the radar signature passed directly overhead.

The later NWS warning noting smaller, quarter-sized hail is associated with mostly cosmetic damage to soft surfaces and paint in neighborhoods on the storm’s fringe. Localized reports of larger stones indicate isolated instances of broken skylights and deeper dents to vehicle metalwork in the immediate path of the stronger core. Inspectors should prioritize properties and assets located along the radar-detected swath for signs of roof deformation, punctures in solar panels, and concentrated denting on multiple vehicles at the same address.

What Contractors Should Know

Begin with a photographic and timestamped exterior survey. Focus first on roofs and solar arrays beneath the radar-detected path from the early alert, then expand inspections to adjacent properties impacted by the later warning. Look for shingle bruising, broken flashing, cracked solar glass, and clustered vehicle dents. Document damage with scale references and GPS-tagged images. Note the event date and local alert times on every report.

Put temporary protection and safety measures in place where failure is imminent. Secure tarps only where they will prevent additional interior water entry without causing more damage. Coordinate with vehicle owners before any panel work. For solar installations, isolate affected strings and notify the utility or inverter owner when panels show glass breakage or frame deformation. Use the paid Strike Map to target inspections to the precise radar-derived hail path.