Sunrise and sunset times

Find sunrise and sunset times for any city or for your exact location, together with day length, solar noon, dawn and dusk, and the golden and blue hours photographers look for. Pick a date to see that day and a table for the whole month.

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Sunrise and sunset

Astronomical model: Depends on official announcements or assumptions.

New York · 40.71° N, 74.01° W · EDT

Wednesday, October 7, 2026

Sunrise6:58 AM97° E
Sunset6:28 PM263° W

Day length 11 h 29 min (−2 min 39 s vs. the day before)

12:00 AM6:00 AM12:00 PM6:00 PM12:00 AM
  • Night
  • Astronomical twilight
  • Nautical twilight
  • Civil twilight
  • Daylight
Solar noon
12:43 PM Sun at 43.6°
Civil twilight
6:31 AM – 6:55 PM
Nautical twilight
5:59 AM – 7:27 PM
Astronomical twilight
5:27 AM – 7:58 PM
Golden hour (morning)
6:41 AM – 7:35 AM
Golden hour (evening)
5:51 PM – 6:44 PM
Blue hour (morning)
6:31 AM – 6:41 AM
Blue hour (evening)
6:44 PM – 6:55 PM

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Sunrise and sunset in New York, October 2026

DateSunriseSunsetDay lengthSolar noonCivil twilight
Thu, Oct 16:52 AM6:37 PM11 h 45 min12:45 PM6:25 AM – 7:05 PM
Fri, Oct 26:53 AM6:36 PM11 h 43 min12:45 PM6:26 AM – 7:03 PM
Sat, Oct 36:54 AM6:34 PM11 h 40 min12:44 PM6:27 AM – 7:01 PM
Sun, Oct 46:55 AM6:33 PM11 h 37 min12:44 PM6:28 AM – 7:00 PM
Mon, Oct 56:56 AM6:31 PM11 h 35 min12:44 PM6:29 AM – 6:58 PM
Tue, Oct 66:57 AM6:29 PM11 h 32 min12:44 PM6:30 AM – 6:57 PM
Wed, Oct 7 Today6:58 AM6:28 PM11 h 29 min12:43 PM6:31 AM – 6:55 PM
Thu, Oct 86:59 AM6:26 PM11 h 27 min12:43 PM6:32 AM – 6:53 PM
Fri, Oct 97:00 AM6:24 PM11 h 24 min12:43 PM6:33 AM – 6:52 PM
Sat, Oct 107:01 AM6:23 PM11 h 21 min12:42 PM6:34 AM – 6:50 PM
Sun, Oct 117:03 AM6:21 PM11 h 19 min12:42 PM6:35 AM – 6:49 PM
Mon, Oct 127:04 AM6:20 PM11 h 16 min12:42 PM6:36 AM – 6:47 PM
Tue, Oct 137:05 AM6:18 PM11 h 14 min12:42 PM6:37 AM – 6:46 PM
Wed, Oct 147:06 AM6:17 PM11 h 11 min12:41 PM6:38 AM – 6:44 PM
Thu, Oct 157:07 AM6:15 PM11 h 8 min12:41 PM6:39 AM – 6:43 PM
Fri, Oct 167:08 AM6:14 PM11 h 6 min12:41 PM6:40 AM – 6:41 PM
Sat, Oct 177:09 AM6:12 PM11 h 3 min12:41 PM6:41 AM – 6:40 PM
Sun, Oct 187:10 AM6:11 PM11 h 1 min12:41 PM6:42 AM – 6:38 PM
Mon, Oct 197:11 AM6:09 PM10 h 58 min12:40 PM6:43 AM – 6:37 PM
Tue, Oct 207:12 AM6:08 PM10 h 55 min12:40 PM6:44 AM – 6:35 PM
Wed, Oct 217:13 AM6:06 PM10 h 53 min12:40 PM6:46 AM – 6:34 PM
Thu, Oct 227:15 AM6:05 PM10 h 50 min12:40 PM6:47 AM – 6:33 PM
Fri, Oct 237:16 AM6:03 PM10 h 48 min12:40 PM6:48 AM – 6:31 PM
Sat, Oct 247:17 AM6:02 PM10 h 45 min12:40 PM6:49 AM – 6:30 PM
Sun, Oct 257:18 AM6:01 PM10 h 43 min12:40 PM6:50 AM – 6:29 PM
Mon, Oct 267:19 AM5:59 PM10 h 40 min12:39 PM6:51 AM – 6:27 PM
Tue, Oct 277:20 AM5:58 PM10 h 38 min12:39 PM6:52 AM – 6:26 PM
Wed, Oct 287:21 AM5:57 PM10 h 35 min12:39 PM6:53 AM – 6:25 PM
Thu, Oct 297:22 AM5:55 PM10 h 33 min12:39 PM6:54 AM – 6:24 PM
Fri, Oct 307:24 AM5:54 PM10 h 31 min12:39 PM6:55 AM – 6:23 PM
Sat, Oct 317:25 AM5:53 PM10 h 28 min12:39 PM6:56 AM – 6:21 PM

How to use the sunrise and sunset calculator

Choose a city from the list, or press Use my location to calculate for exactly where you are; your position stays on your device. You can also type latitude and longitude for any spot on Earth. Pick a date to see that day: sunrise and sunset with their compass directions, the length of the day and how it changed from the day before, solar noon and the height of the Sun at noon.

Below the result, the month table lists sunrise, sunset, day length, solar noon and civil twilight for every day of the month, so you can plan a trip, a photo shoot or a run in daylight.

Reading the daylight chart

The coloured bar shows the whole day from midnight to midnight: night, the three stages of twilight and daylight. Near the equator the bar has narrow twilight bands and nearly equal day and night all year. At high latitudes in summer, twilight may last all night, and above the Arctic and Antarctic circles the Sun may not set at all (midnight sun) or not rise (polar night); the calculator says so when it happens.

Why day length changes

The Earth’s axis is tilted by about 23.4°, so as the planet orbits the Sun, each hemisphere leans towards it in its summer. Days are longest at the June solstice in the northern hemisphere and at the December solstice in the southern hemisphere. Near the equinoxes in March and September, day length changes fastest: by several minutes a day at mid latitudes.

See when the Moon rises and sets with moonrise and moonset times, check the sky tonight for visible planets, or find out when the clocks change on the daylight saving time page.

Frequently asked questions

How are sunrise and sunset defined?

Sunrise and sunset are the moments when the top edge of the Sun touches the horizon. Because the atmosphere bends light, the Sun is actually about 0.83° below a flat horizon at that moment: 0.27° for the Sun's radius and about 0.57° for refraction. This is the convention used by almanacs and weather services.

What is the difference between civil, nautical and astronomical twilight?

Twilight is the time when the Sun is below the horizon but still lights the sky. Civil twilight lasts until the Sun is 6° below the horizon (you can still read outdoors), nautical twilight until 12° (the horizon at sea fades), and astronomical twilight until 18°, after which the sky is fully dark.

When is the golden hour?

The golden hour is when the Sun is low, between about 6° above and 4° below the horizon, giving warm, soft light. It happens just after sunrise and just before sunset. The blue hour follows in the evening (and precedes it in the morning), with the Sun 4° to 6° below the horizon.

Why is solar noon not at 12:00?

Solar noon, when the Sun is highest, depends on your longitude within the time zone, on daylight saving time and on the equation of time, a seasonal shift of up to 16 minutes caused by the Earth's tilted, elliptical orbit. In most places it falls between about 11:30 and 13:30.

How accurate are these times?

The Sun's position is calculated with the algorithms of Jean Meeus, accurate to a fraction of an arcminute, so times usually agree with official tables to within a minute. Local hills, buildings, altitude and unusual weather can shift what you actually see by a few minutes.

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