10-Day Weather Forecast - Chancellor, AL
As of
- |52°FPartly CloudyHourly details
Tonight
52°FPartly cloudy this evening, then becoming mostly cloudy. Lows in the lower 50s. Light and variable winds.
- 70|56°F30% Chance Rain ShowersHourly details
Day
70°FPartly sunny with a 30 percent chance of showers. Highs in the lower 70s. West winds around 5 mph.
Night
56°FMostly clear in the evening, then becoming partly cloudy. Lows in the mid 50s. Southwest winds around 5 mph.
- 72|45°FMostly SunnyHourly details
Day
72°FMostly sunny. Highs in the lower 70s. West winds 10 to 15 mph with gusts up to 25 mph.
Night
45°FMostly clear. Cooler with lows in the lower 40s. Northwest winds 5 to 10 mph with gusts up to 20 mph.
- 59|38°FSunnyHourly details
Day
59°FClear. Highs in the lower 60s.
Night
38°FClear. Lows in the mid 30s.
Weekend Weather
- 58|39°FSunnyHourly details
Day
58°FSunny. Highs around 60.
Night
39°FClear. Lows in the mid 30s.
- 62|47°FPartly CloudyHourly details
Day
62°FPartly cloudy. Highs in the lower 60s.
Night
47°FPartly cloudy. Lows in the lower 40s.
- 53|46°FMostly SunnyHourly details
Day
53°FMostly sunny with a 20 percent chance of showers. Highs in the mid 60s.
Night
46°FPartly cloudy. Lows in the lower 40s.
- 56|52°FPartly Cloudy
Day
56°FPartly cloudy. Highs in the mid 60s.
Night
52°FPartly cloudy. Low temperature around 52F. Dew point will be around 40F with an average humidity of 67%. Winds will be 13 mph from the ENE.
- 66|50°FSunny
Day
66°FSunny. High temperature around 66F. Dew point will be around 49F with an average humidity of 58%. Winds will be 11 mph from the ENE.
Night
50°FClear. Low temperature around 50F. Dew point will be around 44F with an average humidity of 71%. Winds will be 10 mph from the ENE.
- 64|55°FMostly Cloudy
Day
64°FMostly cloudy. High temperature around 64F. Dew point will be around 53F with an average humidity of 71%. Winds will be 10 mph from the ENE.
Night
55°FCloudy. Low temperature around 55F. Dew point will be around 47F with an average humidity of 74%. Winds will be 10 mph from the ENE.











