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Sunrise and Sunset Times

Free

Look up exact sunrise, sunset, golden hour, and twilight times for any city and date. Free, browser-based, no account needed.

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Settings guide

Reading the results:

StageWhat it means
Astronomical twilightSky begins to lighten — only the brightest stars visible
Nautical twilightHorizon visible at sea; too bright for most astronomy
Civil twilightEnough light to work outdoors without artificial light
SunriseUpper edge of sun disk appears at horizon
Golden hour endsSun reaches 6° above horizon — soft light phase ends
Solar noonSun at its highest point in the sky
Golden hour beginsSun descends to 6° above horizon — soft light phase begins
SunsetUpper edge of sun disk disappears below horizon
Civil twilight endEnough ambient light for outdoor activity ends
Nautical twilight endHorizon no longer distinguishable at sea
Astronomical twilight endFull astronomical dark — stars fully visible

Polar regions: Near the poles in summer, the sun may not set (midnight sun). In winter, it may not rise (polar night). The tool indicates these conditions.

Format comparison

vs weather apps: Weather apps show today's sunrise and sunset for your current location. A dedicated tool lets you look up any location, any date — useful for travel planning, seasonal comparison, or planning activities weeks in advance.

vs asking a voice assistant: Voice assistants give today's times for your current location quickly. They do not easily support "what time is sunrise in Reykjavik on the winter solstice?" A calculator handles arbitrary location-date combinations instantly.

How it works

1

Enter location

Type a city name or paste coordinates. The tool resolves the time zone automatically.

2

Select the date

Choose any date — past, present, or future. The calculations work for any date within the Gregorian calendar.

3

Read the full light table

All twilight stages, sunrise, sunset, solar noon, golden hour, and blue hour show in local time for the selected location.

About this format

The exact time of sunrise and sunset varies by location and date. Two cities 500 miles apart can have different sunrise times by 30 minutes or more. The same city sees sunrise times ranging from before 5am (midsummer) to after 7:30am (midwinter) throughout the year.

Beyond the headline sunrise and sunset times, the full picture of daily light includes civil twilight (enough light for outdoor activity), nautical twilight (horizon visible at sea), astronomical twilight (sky begins to darken for stargazing), golden hour, and blue hour. Each stage has its own character and use case.

This tool calculates all of these for any location and date — type a city name or coordinates, pick a date, and every light transition time for that day appears. Use it for: photography planning (golden hour and blue hour); outdoor activity planning (hiking, fishing, cycling — how late can I go?); understanding sunrise times for seasonal mood or sleep planning; religious and cultural timings that reference solar positions; and architecture or design work where natural light angles matter.

All calculations are done in your browser using astronomical formulas. No account, no signup, and the calculations are accurate to within seconds for any location on Earth.

Frequently asked questions

How accurate are the sunrise and sunset times?+
The calculations use standard astronomical formulas (the USNO algorithm or equivalent) and are accurate to within one to two minutes for most locations. The primary source of variation is your exact longitude and elevation — the tool uses the coordinates of the city center, so if you are at the edge of a city or at significant elevation, the actual sunrise or sunset may differ slightly. For photography or critical timing, arriving a few minutes early accounts for this margin.
Why does sunrise time change so much throughout the year?+
Earth's axial tilt of 23.5 degrees means the Northern Hemisphere is tilted toward the sun in summer and away in winter. The sun rises earlier and sets later in summer because the sun's path across the sky is longer and higher. In winter, the sun rises later and sets earlier because its path is shorter and lower. The effect is most pronounced at higher latitudes — cities above 50 degrees north see extreme variation between the longest and shortest days.
What is solar noon and why does it matter?+
Solar noon is the moment when the sun reaches its highest point in the sky for that day and location — the midpoint between sunrise and sunset. It is not always at 12:00 PM clock time because time zones cover wide swaths of longitude and DST shifts clocks by an hour. Solar noon matters for solar panel orientation, sundial calibration, photography (when shadows are shortest and light is most direct), and understanding the sun's position throughout the day.
What happens to sunrise and sunset times near the Arctic Circle?+
Near the Arctic Circle, the sun does not fully set in midsummer (midnight sun) and does not fully rise in midwinter (polar night). At the Arctic Circle itself (66.5° N), this occurs only on the solstice. Further north, these conditions last for progressively longer periods. The tool displays 'no sunrise' or 'no sunset' conditions when applicable, along with the azimuth of the sun at its lowest point in polar night.
Do the times account for Daylight Saving Time?+
Yes. All displayed times are in local time including DST when in effect on the selected date and location. The tool determines the DST status for the location automatically based on the date. If you are looking up sunrise times for a date near a DST transition, the times before and after the transition will differ by one hour in clock time, even though the astronomical event is continuous.

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