Soft-light planning

Golden Hour Calculator

Estimate golden hour timing, sun direction, and soft-light windows for any location with a live map, hourly sun path data, and 3D views.

Use this golden hour calculator when you need a better answer than a generic photo app can give. Solar Path Tracker pairs warm-light timing with the live map, hourly solar positions, and 3D daylight context so you can plan the best shooting window for a facade, landscape, or outdoor scene.

Why it helps

What you can answer quickly

Time soft light with more context

See when golden hour begins and ends, then review the sun path to understand how that light lands on your scene or site.

Check direction as well as timing

Golden hour quality depends on direction, not just the clock. Use the map and azimuth data to see where the sun sits during the warm-light window.

Plan for location-specific conditions

Switch places and dates quickly to compare soft-light timing for travel, real-estate photography, or outdoor production schedules.

Verify the rest of the day too

Use the same workflow to review sunrise, sunset, and the hourly angle curve when you need broader daylight context around golden hour.

Workflow

How to use the live tool

  1. 1

    Set the location you care about with search, GPS, or manual coordinates.

  2. 2

    Choose the date and review the selected hour, hourly table, and insights panel for warm-light periods.

  3. 3

    Pin moments on the map to compare direction, altitude, and how the scene changes before and after golden hour.

Questions

Frequently asked questions

Is golden hour the same as sunrise or sunset?

Not exactly. Golden hour is the warm, low-angle light window that usually happens shortly after sunrise and shortly before sunset, but the most useful moment depends on your location and direction of view.

Can I use this for photography and real-estate shoots?

Yes. The page is designed for photographers, creators, and location scouts who want a quick way to anticipate soft-light timing and sun direction before they arrive.

Why do azimuth and altitude still matter for golden hour?

They explain where the sun is and how high it sits above the horizon, which determines whether the light hits a facade directly, skims across it, or disappears behind nearby obstructions.

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