Living sky · Redmond
Sunrise & sunset in Redmond, Oregon
Saturday, November 7, 2026
44.2607° N, 121.1824° W · Pacific Standard Time
Sunrise
6:50 AM
Horizon
Sunset
4:46 PM
Pacific time
The 24 hours of today
Day length 9h 56m · 2m 34s shorter than the day before
Sunrise
6:50 AM
Sunset
4:46 PM
Day length
9h 56m
2m 34s shorter than the day before
The next seven days
| Date | Sunrise | Sunset | Day length |
|---|---|---|---|
| Sat, Nov 7 | 6:50 AM | 4:46 PM | 9h 56m |
| Sun, Nov 8 | 6:51 AM | 4:45 PM | 9h 53m |
| Mon, Nov 9 | 6:52 AM | 4:44 PM | 9h 51m |
| Tue, Nov 10 | 6:54 AM | 4:42 PM | 9h 48m |
| Wed, Nov 11 | 6:55 AM | 4:41 PM | 9h 46m |
| Thu, Nov 12 | 6:56 AM | 4:40 PM | 9h 43m |
| Fri, Nov 13 | 6:58 AM | 4:39 PM | 9h 41m |
Seven days
SwipeSat, Nov 7
↑ 6:50 AM · ↓ 4:46 PM
9h 56m
Sun, Nov 8
↑ 6:51 AM · ↓ 4:45 PM
9h 53m
Mon, Nov 9
↑ 6:52 AM · ↓ 4:44 PM
9h 51m
Tue, Nov 10
↑ 6:54 AM · ↓ 4:42 PM
9h 48m
Wed, Nov 11
↑ 6:55 AM · ↓ 4:41 PM
9h 46m
Thu, Nov 12
↑ 6:56 AM · ↓ 4:40 PM
9h 43m
Fri, Nov 13
↑ 6:58 AM · ↓ 4:39 PM
9h 41m
At a glance
- Versus yesterday
- 2m 34s shorter
- Solar noon
- 11:48 AM
- Highest altitude
- 29.3°
- Civil twilight ends
- 5:17 PM
Daylight through 2026
Interactive · NOAA solar · Redmond 44.2607° N, 121.1824° W · daylight-saving-aware clock times
Hover or touch the chart · arrow keys move day by day · computed with the NOAA solar equations for 44.2607° N, 121.1824° W
Longest
15h 31m
Jun 20
Shortest
8h 51m
Dec 21
Swing
6h 40m
Longest to shortest
Earliest ↑
5:20 AM
Jun 9
Latest ↓
8:52 PM
Jun 21
Earliest ↓
4:25 PM
Dec 6
Moonrise and moonset in Redmond
Moonrise
5:20 AM
Moonset
3:38 PM
Highest
10:34 AM
Illuminated
4%
The moon is waning crescent today, 4% lit, rising at 5:20 AM and setting at 3:38 PM. It rises about fifty minutes later each day, so tomorrow’s time is not today’s.
Daylight in Redmond right now
Day and night reach almost exactly twelve hours each on Friday, September 25, 2026. That is not the equinox, and the gap is not an error: sunrise and sunset are measured at the sun’s upper edge rather than its centre, and atmospheric refraction lifts the disc into view before it has geometrically risen. The further from the equator, the larger the gap.
Solar noon — when the sun is highest, not when the clock reads twelve — comes at 11:48 AM. The difference is the combined effect of the city’s longitude within its time zone and the equation of time, which is currently 16.4 minutes.