Tuesday, September 15, 2026
-
Current conditions
Agalega
fine day
25°
Wind: SE'LY 16 kmh
Humidity: 75%
-
Current conditions
Vacoas
cloudy with showers
19°
Wind: SE'LY 18km/h
Humidity: 89%
-
Current conditions
Plaisance
partly cloudy day
21°
Wind: ESE'LY 22 kmh
Humidity: 64%
-
Current conditions
Port Louis
partly cloudy day
21°
Wind: SE'LY 07 km/h
Humidity: 74%
-
Current conditions
Rodrigues-Plaine Corail
partly cloudy day
22°
Wind: ESE'LY 42 km/h
Humidity: 63%
-
Current conditions
Rodrigues-Pointe Canon
cloudy
22°
Wind: SSE'LY 18km/h
Humidity: 73%
Sunrise Sunset Rodrigues
Sunrise & Sunset in Rodrigues for September & October 2026
|
DATE |
SEPTEMBER 2026 |
OCTOBER 2026 |
||
|
SUNRISE |
SUNSET |
SUNRISE |
SUNSET |
|
|
01 |
05:55 |
17:38 |
05:29 |
17:44 |
|
02 |
05:54 |
17:38 |
05:28 |
17:45 |
|
03 |
05:53 |
17:39 |
05:27 |
17:45 |
|
04 |
05:53 |
17:39 |
05:26 |
17:45 |
|
05 |
05:52 |
17:39 |
05:25 |
17:45 |
|
06 |
05:51 |
17:39 |
05:24 |
17:46 |
|
07 |
05:49 |
17:39 |
05:23 |
17:46 |
|
08 |
05:49 |
17:40 |
05:23 |
17:46 |
|
09 |
05:48 |
17:40 |
05:22 |
17:46 |
|
10 |
05:47 |
17:40 |
05:21 |
17:47 |
|
11 |
05:46 |
17:40 |
05:20 |
17:47 |
|
12 |
05:46 |
17:40 |
05:19 |
17:47 |
|
13 |
05:45 |
17:41 |
05:18 |
17:48 |
|
14 |
05:44 |
17:41 |
05:17 |
17:48 |
|
15 |
05:42 |
17:41 |
05:16 |
17:48 |
|
16 |
05:42 |
17:41 |
05:16 |
17:48 |
|
17 |
05:41 |
17:41 |
05:15 |
17:49 |
|
18 |
05:40 |
17:42 |
05:14 |
17:49 |
|
19 |
05:39 |
17:42 |
05:13 |
17:49 |
|
20 |
05:38 |
17:42 |
05:13 |
17:50 |
|
21 |
05:37 |
17:42 |
05:12 |
17:50 |
|
22 |
05:36 |
17:42 |
05:11 |
17:51 |
|
23 |
05:36 |
17:43 |
05:11 |
17:51 |
|
24 |
05:35 |
17:43 |
05:10 |
17:51 |
|
25 |
05:34 |
17:43 |
05:10 |
17:52 |
|
26 |
05:33 |
17:43 |
05:09 |
17:52 |
|
27 |
05:32 |
17:43 |
05:08 |
17:52 |
|
28 |
05:31 |
17:44 |
05:08 |
17:53 |
|
29 |
05:30 |
17:44 |
05:07 |
17:53 |
|
30 |
05:29 |
17:44 |
05:06 |
17:54 |
|
31 |
|
|
05:06 |
17:54 |
Sunrise and Sunset
The rising and setting times of the Sun refer to the instants when, under normal conditions, the upper limb of the Sun appears to be on the horizon of an observer at sea level.