New York City, NY – An intense arctic outbreak is expected to bring extreme cold and dangerous wind chills to New York City this weekend.
According to the NOAA National Weather Service Weather Prediction Center, frigid air and strong winds will move into the region late Friday, with the coldest conditions expected from Friday night through early Monday. Wind chill values across the city are forecast to drop to around minus 15 to minus 20 degrees, creating life-threatening conditions for prolonged outdoor exposure.
Overnight temperatures are expected to fall into the single digits, with daytime highs struggling to rise out of the teens. Gusty northwest winds will significantly increase the danger, particularly overnight and during early morning hours. Even during the day, wind chills are expected to remain below zero at times, especially on Saturday and Sunday.
The extreme cold may impact travel along major corridors including I-95, I-278, I-495, the FDR Drive, and the West Side Highway. While widespread snowfall is not expected, brief snow squalls or blowing snow could develop, causing sudden reductions in visibility and slick spots on bridges and elevated roadways.
City agencies often see increased strain during prolonged cold events, and residents are urged to take precautions to prevent frozen pipes and heating-related issues. Power disruptions are not expected to be widespread but isolated outages remain possible during periods of strong wind.
The Weather Prediction Center warns that frostbite can occur on exposed skin in as little as 15 to 30 minutes under these conditions. Hypothermia risks increase significantly for individuals without adequate shelter.
Commuters, students, delivery workers, and anyone spending time outdoors should dress in multiple layers, limit exposure, and plan ahead for dangerous cold conditions. Pet owners should ensure animals are kept indoors during the coldest periods.
A gradual warming trend is expected to begin early next week, though temperatures are forecast to remain below seasonal averages.
