Golden hour, blue hour and the three twilights, by the sun's angle
Horizon · 0° Daylightabove +6°Golden hour+6° to −4°Blue hour−4° to −6°Nautical−6° to −12°Astronomical−12° to −18°Nightbelow −18°

Golden hour is the period around sunrise and sunset when low sunlight can give photographs warm color and long shadows. GoldenHourly uses a planning band from 4° below to 6° above the horizon. This is a photography convention, not a universal definition or a guarantee of golden light: part of the window is twilight, and clouds, terrain and buildings affect what reaches your subject.

What time is golden hour today?

There is no single clock time for golden hour. Open the golden hour calculator, choose your city or use your location, and check the displayed local date. The main result shows the next available window; open the full city plan to compare morning and evening times. Change the date to plan a future shoot.

For a city forecast, see golden hour times in New York, Miami's golden hour times, or golden hour in London. Each page shows the city's local times, so use those when planning a trip across time zones.

The physics: why the light turns gold

Sunlight is white — a mix of every visible wavelength. When the sun is high overhead at noon, that light passes through the shortest possible slice of atmosphere and reaches you looking neutral and harsh. When the sun is low, its light has to travel through far more air to reach your eye, sometimes forty times the noon path length near the horizon. Along that long journey the atmosphere scatters the short blue and violet wavelengths out of the beam (the same Rayleigh scattering that makes the daytime sky blue), so what survives to light your subject is weighted toward orange, amber and red. The lower the sun, the more pronounced the effect — which is why the last few minutes before sunset are the warmest of all.

Why the light looks so good

Three things happen at once when the sun is low, and together they explain why golden hour flatters almost everything:

When does golden hour happen?

Golden hour is not a fixed sixty minutes. Its length depends on latitude and date, which affect how quickly the sun moves through the chosen angle band. Near the equator it usually crosses that band more steeply than at high latitudes, where a shallow path can extend the window. A full-day window requires the sun to remain between −4° and +6° throughout the day: staying below +6° alone is not enough. If the sun remains below −4° or above +6°, no golden-hour window occurs in our model. Check the golden hour calculator or your city page for the computed window and sun direction on your date.

Morning vs evening golden hour

Both ends of the day can offer low sunlight, but the useful direction and conditions differ. Morning golden hour follows blue hour and leads into daylight; evening golden hour leads into blue hour and darker twilight. Check the sun's bearing against your subject, then compare the weather forecast and access hours. Clearer air, richer color and fewer crowds depend on the location and day, rather than following automatically from sunrise or sunset.

Camera settings for golden hour

Plan ahead, then just show up

The single biggest factor in a great golden-hour photograph is being in position before the light peaks — everything else is secondary. Look up today's exact start and end times, note the sun's direction so you know where it will set relative to your subject, scout your spot in daylight, and arrive fifteen minutes early. Every city page on GoldenHourly gives you today's morning and evening golden hour, the sunrise and sunset bearings, a 7-day forecast so you can pick the best evening of the week, and the live position of the sun. Once you understand how golden hour flows into the blue hour and the twilights, you can plan an entire shoot around a single descent of the sun.

Sources & further reading

  • NOAA Global Monitoring Laboratory — Solar Calculator (a comparison reference for our SunCalc/Meeus-based calculations).
  • Jean Meeus, Astronomical Algorithms, 2nd ed. (Willmann-Bell, 1998) — the sun-position math this site implements.
  • timeanddate.com — The three types of twilight.