How to plan a photo shoot around golden hour

A golden hour shoot is planned days ahead, and the window is short: 36 to 39 minutes on October evenings in New York in 2026. So how do you plan one? Ask the golden hour calculator twice: for the month, to choose the evening, then for that day, with your shooting hour and your subject’s height.

The day’s answer gives the window’s times, the Sun’s position at your hour, the shadows’ length and moonrise. You arrive set up before the light, facing the right way.

Which evening of the month has the light I want?

Read it off the month table: one row per day of the current or the next month. Press “This month”, or “Next month” in the answer. Each row runs from Civil dawn to Civil dusk, with both golden hours, Solar noon, Day length, Moonrise and Moonset, in the city’s local time.

“The month in short”, under the table, sums up the month. For New York in October 2026 it reads “Longest golden evening: Tuesday 27 October, from 17:20 to 17:59 (39 min)”. It also says that sunset moves from 18:38 to 17:53 over the month.

For a later month, ask single days instead: the Date field accepts any date.

What time do I need to be ready?

Before the Golden hour start (evening) time of your day. Enter the date under “Or one precise day” and press “That day’s hours”. For Saturday 3 October 2026 in New York, the answer reads “And again from 17:58 to 18:35”.

Blue hour follows, from Sunset to Civil dusk: 18:35 to 19:02 that day. Take your setup time, the walk and the drive off 17:58, and you have the time to leave.

Where will the Sun be at the hour I shoot?

Fill in An hour of the day and the answer places the Sun at that time. For 17:30 on 3 October 2026 in New York it reads: “the Sun stands 11.2° above the horizon, bearing 254.3° (west-southwest)”.

The bearing is a compass direction in degrees, so you can draw it on a map from where you will stand. “The Sun’s path” adds the sunrise and sunset bearings, “Sunset at 265.2° (west)” that day. It also draws the day’s arc, height against bearing, to hold up against the skyline you know.

How long will the shadows be?

Enter the height of what casts the shadow in Object height (m), 1.8 by default for a person. With 10 m at 17:30 that Saturday, the answer adds “a 10.0 m object throws a 50.5 m shadow”.

“Shadows through the day” lists the same length at the day’s key instants. For the 10 m object, it gives 95.14 m when the evening golden hour starts, with the Sun at 6.0°. At solar noon, with the Sun at 45.1°, it gives 9.96 m. From sunset on there is no shadow, marked by a dash.

Will the Moon be up during the shoot?

The Moonrise and Moonset columns tell you, in the month table and in the day’s table. In New York in October 2026 the Moon rises at 17:26 on the 25th and at 17:58 on the 26th, both inside that evening’s golden hour. The columns give times only, not the Moon’s phase or direction.

How do I share the plan with the people coming?

Send the card, the calendar file or the month’s rows. The single-day answer carries a card, “Magic hours”, to download as an image, open at its own address or share. “Add to my calendar” downloads the day’s four windows as a .ics file: Blue hour (dawn), Golden hour (morning), Golden hour (evening) and Blue hour (dusk).

A month answer adds “Download as CSV”, its rows for a spreadsheet. “Subscribe (updates itself)” gives your calendar an address it re-reads and recomputes every day.

Questions

Can I plan a sunrise shoot the same way?

Yes. The morning window runs from Sunrise to Golden hour end (morning): 06:55 to 07:31 in New York on 3 October 2026. Blue hour comes before it, from Civil dawn at 06:27. An hour of the day works for morning hours too.

Does the calculator know about hills and buildings?

No. It assumes a flat horizon, so anything tall to the west ends the evening light before the Sunset time. Check the Sun’s path chart against the skyline, or scout the place.

Does cloud change the times?

No: the times depend only on where the Sun is. The calculator computes the sky, not the weather, so a clouded-over golden hour still opens and closes on time.

Sources and further reading

• Golden hour (photography) — why a low Sun gives softer, redder light and longer shadows.
• Twilight — civil twilight, the Sun between the horizon and six degrees below it, which bounds the blue hour.
• NOAA Solar Position Calculator — the Sun’s azimuth and elevation for any place and time, to cross-check a bearing and a height.