Richmond, Virginia – A dangerous winter storm is expected to bring snow followed by significant ice accumulation to the Richmond area beginning tonight, with conditions deteriorating into Sunday and raising the risk of prolonged power outages and nearly impassable travel.
According to the National Weather Service in Wakefield, precipitation is expected to begin this evening as snow, then transition to sleet and freezing rain overnight as heavier mixed precipitation overspreads central Virginia. The most hazardous period is expected late tonight through Sunday morning.
Forecast data shows ice accumulations of 0.25 to 0.75 inches are expected west of the Chesapeake Bay by Sunday evening, including the Richmond metro area. Ice buildup at these levels can cause extensive tree damage and down power lines, potentially leading to outages lasting multiple days in some locations.
Snow and sleet will precede the ice. The National Weather Service reports snow and sleet totals of 1 to 3 inches are possible in and around Richmond, with higher totals of 5 to 8 inches expected farther north of U.S. Route 360. As temperatures fall into the 20s overnight, frozen precipitation is expected to accumulate rapidly on roads and sidewalks.
Forecasters warn that freezing rain falling on top of snow and sleet will create extremely dangerous travel conditions. Roads may become nearly impossible to navigate Sunday, especially on bridges, overpasses, and untreated secondary routes.
Residents are urged to complete all preparations this morning, avoid travel once precipitation begins, and prepare for extended power disruptions. Charging devices, securing alternate heat sources, and checking on vulnerable neighbors are strongly encouraged.
Those most at risk include older adults, people dependent on electrically powered medical equipment, and workers required to travel overnight or Sunday morning. Students and young workers commuting early Sunday may face the most severe hazards.
The National Weather Service advises residents to monitor updates closely as small changes in temperature could significantly affect local ice impacts.
