Sweetwater, FL
Current Weather Forecast for Sweetwater
FL 33199 | 2:00pm
Weather Conditions
87°
Feels Like
94°
Mostly Cloudy
76°
90°
7
UV Index
Good
Air Quality
E
10 mph
Wind
0
in
rain
Today
Thu 5/30
89°
Highest Temperature
32%
Partly cloudy with a slight chance of thunderstorms. Near record high temperatures. High 89F. Winds E at 10 to 15 mph. Chance of rain 30%.
Tonight
Thu 5/30
77°
Lowest Temperature
15%
Partly cloudy skies. Low 77F. Winds ENE at 5 to 10 mph.
Tomorrow
Fri 5/31
90°
Highest Temperature
8%
Mostly sunny skies. High near 90F. Winds ENE at 10 to 20 mph.
Next 12 Hours Forecast in Sweetwater
Hourly Weather Forecast & Temperature
3PM
31%
89°
Feels Like
97°
Isolated Thunderstorms
E 11
mph
Wind
1016 mb
Pressure
56%
Humidity
7
UV Index
9mi
Visibility
69%
Cloud Cover
4PM
35%
88°
Feels Like
94°
5PM
24%
86°
Feels Like
92°
6PM
30%
84°
Feels Like
90°
7PM
13%
84°
Feels Like
89°
8PM
7%
82°
Feels Like
87°
9PM
15%
81°
Feels Like
86°
10PM
4%
81°
Feels Like
85°
11PM
3%
80°
Feels Like
85°
12AM
4%
80°
Feels Like
84°
1AM
4%
80°
Feels Like
84°
2AM
5%
79°
Feels Like
83°
Need to see beyond 12 Hours?
Find more forecast on the FREE FOX WEATHER App
Latest Stories from Florida
‘Cone of Confusion’ aims to answer questions about 2024 hurricane season
FOX Weather Hurricane Specialist Bryan Norcross and FOX Weather Meteorologist Ian Oliver head to the National Hurricane Center to see what’s involved in forecasting some of the planet’s worst storms.
US named shark attack capital of the world in 2023
Research shows the U.S. is once again the shark attack capital of the world after recording more than half of all unprovoked bites in 2023.
NASA moves forward with first astronaut launch of Boeing's Starliner spacecraft
NASA said it's ready to launch two astronauts on the final test flight of Boeing's new Starliner spacecraft this weekend.
How Boeing’s Starliner spacecraft, crew will avoid potentially deadly ‘black zones’ during trip to ISS
NASA astronauts noted the new safety measures with Starliner, including the spacecraft's ability to avoid areas known as "black zones" where a spacecraft crew could not survive if a failure occurred.