Solar mission control

Solar Path Tracker

Visualize the sun's journey across the sky

DateAug 17, 2026TimezoneUTC

Cinematic daylight atlas

Sun path map and sun tracker for any location.

Search a place, pick a date, and read daylight events, golden hour, solar azimuth, altitude, and 3D daylight views from one live map.

LocationSet a locationDaylightAwaiting solar data

Compare daylight. Plan faster. Keep the map front and center.

Location studio

Set the observation point

Search by address, district, landmark, or city name.

Exact latitude and longitude when you already know the point.

Paste coordinates from Google Maps

Temporal controls

Tune the solar timeline

Mon, Aug 17, 2026✓ Today

Sky atlas

Live solar bearings

Tap rays or browse the hourly breakdown to pin any moment of the day.

Loading map...

Calibrating the daylight canvas

How it works

How it works

Use Solar Path Tracker to read azimuth, altitude, and daylight behavior before you build, buy, film, or install.

Start by searching a place, using your device's GPS, or entering manual coordinates. Solar Path Tracker then computes the Sun's hourly position for the selected date so you can read the daylight pattern on the live map, in the charts, and inside the Hourly breakdown.

Azimuth describes the compass direction of the Sun, which is useful when you want to compare east light, south exposure, or harsh west-facing afternoon conditions. Altitude measures how high the Sun sits above the horizon, helping you estimate glare, shadow length, and seasonal solar intensity.

The 3D view and hourly table make it easier to cross-check the same solar data from two perspectives: a fast visual path for exploration, and a precise set of values for decision-making. That is especially useful when comparing Golden Hour timing, winter sun angles, or all-day exposure on a facade, roof, or outdoor scene.

Use cases

Use cases

Who uses Solar Path Tracker to evaluate daylight, Golden Hour, and solar exposure?

  • Real-estate buyers: evaluate orientation, morning light, and west-sun heat before committing to a home.
  • Solar panel planning: compare seasonal daylight hours and solar angles before a detailed site assessment.
  • Photographers and architects: predict Golden Hour, shadow direction, and facade exposure for schedules and designs.
  • General daylight research: understand how azimuth and altitude shift across the calendar before a field visit.

Focused tools

Explore focused solar calculators

Jump into dedicated pages for daylight times, golden hour, and solar angle planning, then return to the live map when you need the full picture.

Use the map

Check a sun path for a place, date, and time

Search for an address, landmark, city, or coordinates, then choose the date and time you want to inspect. The interactive sun path map calculates the solar path for that observation point so you can compare where the Sun sits across the day.

Use azimuth to read the Sun's compass direction and altitude (also called elevation) to read its height above or below the horizon. Together, those values describe the Sun's position at a selected moment.

For exact event times, open the Sunrise & Sunset Calculator. For a focused bearing and angle result, use the Sun Position & Angle Calculator. You can also learn how to interpret the curves in How to Read a Sun Path Diagram.

Questions

Sun path map FAQs

What does a sun path map show?

It shows the calculated path of the Sun across the sky for a location and date, including the changing compass direction and height above the horizon.

Can I track the Sun for an address and date?

Yes. Search for the address or place, choose a date, and inspect the calculated sun path and hourly solar positions for that location.

How are sun direction, azimuth, and altitude related?

Sun direction is the readable compass description of azimuth. Altitude is the separate vertical angle that describes how high or low the Sun is in the sky.

Does the map include terrain, buildings, trees, or weather?

No. The map reports an unobstructed astronomical baseline and does not simulate local obstructions, terrain, weather, or visibility.