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When does the sun rise and set where you are — or anywhere on Earth, on any date? Pick a place and a day. The companion Star Transit Calculator does the same for the stars.
Latitude north / longitude east are positive. With custom coordinates, times use your chosen UTC offset.
Everything here is geometry. From the date, the calculator works out the sun's declination — how far north or south of the equator it stands — and the equation of time, using the standard NOAA solar-position algorithm. Sunrise is the moment the sun's upper edge crosses the horizon, which with atmospheric refraction means a zenith angle of 90.833°; solving that angle against your latitude gives the hour, and the same calculation with other angles yields dawn and dusk (sun 6° down) and the golden hours (sun below 6° up).
Worked example: New York on October 20, 2026 — dawn 6:45 AM, sunrise 7:13 AM, solar noon 12:41 PM with the sun 38.8° high, sunset 6:09 PM, dusk 6:37 PM, and a day length of 10h 56m — within a minute or two of the published almanac values. Set the place and date above to those values and compare — this page computes the same numbers live.
Algorithms agree to within a minute or two; small differences come from the exact spot chosen for a city and rounding. All times assume a flat, unobstructed horizon — a hill to your east delays the sunrise you actually see.
The soft, warm light just after sunrise and just before sunset, while the sun is between the horizon and 6° above it. Photographers plan around it; this page shows both windows for any place and date.
The moment the sun crosses your meridian — its highest point of the day. It is rarely 12:00 on the clock: longitude within your time zone and the equation of time move it earlier or later.
Yes — including the honest answer: near the poles there are dates when the sun never rises or never sets, and the page says so instead of inventing times.