Sunset
5:39 PM
255° W
Arizona · United States
· MST (UTC−07:00)
Sunset in Marana is at 5:39 PM and sunrise is at 6:38 AM. There are 11h 01m of daylight.
5:39 PM
255° W
6:38 AM
105° E
11h 01m
0h 02m shorter than the previous day
12:09 PM
Sun altitude: 44.6°
Live countdown to the next sunrise or sunset
Times use the city center and a clear, level horizon. Hills, buildings and weather can change what you see.
Wednesday, October 28, 2026: sunset 5:38 PM, sunrise 6:39 AM. Daylight: 10h 59m.
Golden hour is an approximate photography window, not a weather forecast. About twilight and light thresholds.
America/Phoenix · MST · UTC−07:00. Standard or fixed local time is in effect.
No clock change is scheduled in the timezone data through 2036.
Clock changes and regional exceptions in United StatesIANA timezone data 2026e. Future rules can change; corrections are welcome.
| Date | Sunset | Sunrise | Daylight |
|---|---|---|---|
| 6:09 PM | 6:19 AM | 11h 50m | |
| 6:08 PM | 6:20 AM | 11h 48m | |
| 6:07 PM | 6:20 AM | 11h 46m | |
| 6:05 PM | 6:21 AM | 11h 44m | |
| 6:04 PM | 6:22 AM | 11h 42m | |
| 6:03 PM | 6:22 AM | 11h 40m | |
| 6:02 PM | 6:23 AM | 11h 39m | |
| 6:00 PM | 6:24 AM | 11h 37m | |
| 5:59 PM | 6:25 AM | 11h 35m | |
| 5:58 PM | 6:25 AM | 11h 33m | |
| 5:57 PM | 6:26 AM | 11h 31m | |
| 5:55 PM | 6:27 AM | 11h 29m | |
| 5:54 PM | 6:27 AM | 11h 27m | |
| 5:53 PM | 6:28 AM | 11h 25m | |
| 5:52 PM | 6:29 AM | 11h 23m | |
| 5:51 PM | 6:30 AM | 11h 21m | |
| 5:50 PM | 6:30 AM | 11h 19m | |
| 5:48 PM | 6:31 AM | 11h 17m | |
| 5:47 PM | 6:32 AM | 11h 15m | |
| 5:46 PM | 6:33 AM | 11h 14m | |
| 5:45 PM | 6:33 AM | 11h 12m | |
| 5:44 PM | 6:34 AM | 11h 10m | |
| 5:43 PM | 6:35 AM | 11h 08m | |
| 5:42 PM | 6:36 AM | 11h 06m | |
| 5:41 PM | 6:37 AM | 11h 04m | |
| 5:40 PM | 6:37 AM | 11h 03m | |
| 5:39 PM | 6:38 AM | 11h 01m | |
| 5:38 PM | 6:39 AM | 10h 59m | |
| 5:37 PM | 6:40 AM | 10h 57m | |
| 5:36 PM | 6:41 AM | 10h 55m | |
| 5:35 PM | 6:41 AM | 10h 54m |
Sunrise and sunset use a solar-center altitude of −0.833°, including a standard allowance for refraction and the sun’s radius. The result is rounded to the nearest minute. Terrain and unusual atmospheric conditions are not modeled.
Sources, validation and limitations