Huntington Beach reports 114 damaged structures after king tides

Residents of Huntington Beach faced restricted access to their homes and visible property damage this week after high tides flooded coastal neighborhoods. City officials confirmed that the surge damaged 114 structures, including homes and other buildings, along the coast. Six of these residences were yellow-tagged, limiting entry due to safety concerns.

The flooding resulted from king tides, which occur during new or full moons and produce unusually high water levels. The swells inundated sections of the Pacific Coast Highway, forcing the closure of multiple road segments within the city. Much of the damage concentrated in the Sunset Beach and Huntington Harbour areas. In one incident, saltwater contact damaged a lithium-ion battery in a structure, sparking a fire.

Huntington Beach declared a state of emergency on Monday. This action activated a command post and deployed emergency services across the city for the remainder of the week. Long Beach Fire Department officials also evacuated approximately 20 homes on the Long Beach Peninsula due to structural damage concerns. The water levels receded by Friday, allowing some recovery efforts to begin.

City officials warned that the current damage may not be the peak for this season. A city statement noted that tides in late November could exceed this week's levels. The statement urged residents in low-lying coastal areas, specifically Sunset Beach and Huntington Harbour, to begin preparations immediately. It recommended that homeowners assess their properties, obtain sandbags, protect vulnerable areas, and review family emergency plans.

Coastal towns across Orange County have experienced similar tidal surges. Experts identify these events as a preview of potentially more intense El Niño storms expected this winter. To mitigate future flooding, local cities have deployed defensive measures including sandbags, water pumps, sand berms, and drainage canals. The recent damage underscores the physical impact of these seasonal tidal patterns on the region's infrastructure and residential areas.