Sunny Friday with highs near 56°F. Rain moves in Saturday night and soaks Charlotte on Sunday.

Charlotte's weather forecast includes a blend of sun and rain, with a sunny high of 56°F today and rain likely on Sunday and into the night, easing by Washington's Birthday with highs increasing to near 73°F by Thursday.

State officials confirmed spotted lanternfly breeding populations in Davidson, Rowan and Caswell counties; surveys and treatments are underway.

Charlotte, N.C. sees increasing clouds with a high near 56°F, calm winds at 3-6 mph, and a clear night ahead with a low of 32°F. Sunny Friday forecasted.

Charlotte's weather forecast includes a mix of conditions, with rain chances and variable temperatures throughout the week, and a mostly sunny Washington's Birthday.

Cloudy, mild start to Wednesday with light morning showers and gusty afternoon winds. Heavier rain likely Saturday night into Sunday.

State and federal monitors list much of the Charlotte area in "severe drought." Utilities say taps are holding, but some smaller towns have asked residents to conserve.

Sunny and unseasonably warm today with a high near 70°F. Rain returns overnight and a wetter system is likely Sunday.

Charlotte's weather will warm to 49°F with sun later today, then reach 69°F on Tuesday with light winds. Rain chances increase midweek with cooler temperatures.

Charlotte's weather predicts a mix of rain and snow with fog, with slight snow accumulation possible and a chance of light icing. Conditions will improve slightly with some sunshine expected later in the week.

The National Weather Service warns of black ice in the Charlotte region, advising caution during the morning commute due to refreezing of melted snow.

Charlotte experiences freezing conditions; a cold weather advisory is issued, with morning temperatures at 11°F and possible wind chills down to -5°F in the mountains.

The National Weather Service issued a cold weather warning for residents in and around Charlotte, N.C., with dangerous wind chills as low as 5 below zero.