The city of San Antonio is gearing up for a stretch of warm and largely clear days. Today’s weather is expected to be sunny with a high near 96 degrees, and a calm wind becoming northeast around 5 mph in the morning. The humidity stands at a heavy 91%, which could make the heat feel more intense, though the winds are forecasted to remain light and variable, providing little relief, as reported by the National Weather Service.
As the city moves into the evening, the skies are predicted to stay mostly clear, with temperatures dropping to a low around 74 degrees and the wind shifting northeast around 5 mph, then becoming east southeast after midnight. Despite the calm forecast, the high humidity could result in a muggy night, making the low temperatures feel warmer than anticipated.
Looking ahead, the extended forecast indicates that Friday will be mostly sunny with a high near 98 and heat index values potentially reaching as high as 105. Winds are expected to stay consistent with a southeast flow around 5 mph. As the weekend approaches, the weather pattern remains relatively unchanged, with partly sunny skies on Saturday and a high again nearing 98 degrees. The winds will shift slightly to come from the south southwest.
Furthermore, the nighttime weather seems to follow a similar trend. Saturday night’s conditions will involve mostly cloudy skies with a low around 75 and a south southeast wind blowing at a light 5 to 10 mph. Sunday continues in the same vein, mostly sunny with a high near 97 and winds staying south around 5 mph.
Starting the new week, there's a slight chance for some variation on Monday with a 20 percent chance of showers and thunderstorms after 1pm. The early hours will still be mostly sunny with temperatures climbing to a high near 96, and a south southeast wind blowing at a moderate 5 to 10 mph. Looking toward midweek, the forecast from the National Weather Service calls for more of the same—mostly sunny days with highs consistently near 96 degrees and minimal chances of precipitation to relieve the persistent heat.
