Sandy Hook, KY Hail Storm – May 2026

A severe hail storm tracked through Sandy Hook, Kentucky on May 20, 2026, producing 1.99-inch hail and a sequence of NWS warnings and radar detections. The event unfolded in the late afternoon into early evening, with multiple spotter-verified reports and social media photos documenting surface impacts.

What Happened

Convective cells redeveloped over eastern Kentucky in the late afternoon. NWS warning-only alerts began around 3:04 PM EDT and continued in pulses through the evening, ending after 8:19 PM EDT. Dual-polarization NEXRAD hail detection flagged elevated hail returns at 3:13 PM EDT and strengthened later in the period, with radar-derived detections of larger hail late in the cycle, including a peak radar detection at 5:18 PM EDT.

Field observers reported hail along the storm track. Two spotters posted social media photos at 5:06 PM EDT showing larger stones near Sandy Hook. mPING submissions around 4:42 PM EDT logged half-dollar size hail in two separate locations. Multiple mPING and public reports between about 4:05 PM EDT and 4:45 PM EDT recorded quarter-size to one-inch stones, and video posted near Sandy Hook at 4:45 PM EDT showed quarter-size hail. NWS warnings and radar-derived hail detections repeated as the line translated east and southeast, producing pockets of larger hail identified by dual-polarization radar later in the event.

Damage Assessment

Field reports and photos indicate concentrated surface impacts in and immediately around Sandy Hook and nearby corridor towns. Two social media photos submitted at 5:06 PM EDT show stones large enough to produce visible pavement impacts and potential vehicle denting in those photo locations. mPING reports at 4:42 PM EDT and multiple public reports between 4:05 PM EDT and 4:45 PM EDT indicate frequent quarter- to half-dollar-size hail across residential areas west and north of Sandy Hook.

Local storm reports did not include verified widespread structural collapse or large-scale roof loss. Available spotter-verified items are photographic and observational: repeated quarter-size to 1.25-inch measurements, two identical social media photographs of larger stones at 5:06 PM EDT, and a cluster of smaller reports (dime to quarter) near Chapmanville, West Virginia with time estimates aligned to the radar track. Observers also reported half-inch accumulations in limited pockets during the most active echoes. Photographs and videos show hail accumulation on lawns and vehicle surfaces in the reported locations.

What Contractors Should Know

Prioritize inspections along the radar-derived track and the locations with spotter-verified photos at and just after 5:06 PM EDT. Start with vehicle fleets, exposed HVAC units, and metal roofing in the Sandy Hook area and the immediate approach path toward Chapmanville, WV, where dime-to-quarter-size reports were logged. Look for circular dent patterns on metal panels and rounded pitting on asphalt shingle surfaces concentrated on windward exposures.