Skip to main content

Home /Sun Calculator /Soedermalm

Sunset & Sunrise in Soedermalm

Sweden · Tuesday, July 21, 2026

SoedermalmSweden9:53 AM localChange location
Sunrise4:08 AM↑ NE (45°)
Sunset9:37 PM↓ NW (315°)
Solar noon12:54 PM
Day length17h 29m
Sun right now40° upESE (120°)
Distance from sun152.0 million km
September equinoxSep 23, 2026

Twilight in Soedermalm

EventTime
Dawn (astronomical)
Dawn (nautical)
Dawn3:01 AM
Sunrise4:08 AM
Solar noon12:54 PM
Sunset9:37 PM
Dusk10:44 PM
Dusk (nautical)
Dusk (astronomical)

Golden hour & blue hour in Soedermalm

The best light for photography: golden hour is the warm, soft light near sunrise and sunset; blue hour is the cooler light during civil twilight, just before sunrise and after sunset.

WindowStartsEnds
Morning blue hour3:01 AM4:08 AM
Morning golden hour4:08 AM5:17 AM
Evening golden hour8:30 PM9:37 PM
Evening blue hour9:37 PM10:44 PM

Times are computed for Soedermalm's coordinates at sea level, including standard atmospheric refraction, using the SunCalc algorithm. Real sunrise/sunset can differ by a few minutes where hills, mountains, or tall buildings raise the local horizon.

About sunrise and sunset in Soedermalm

Today in Soedermalm, the sun rises at 4:08 AM and sets at 9:37 PM, giving a day length of about 17h 29m. These times shift gradually through the year as the seasons change — the next marker is the september equinox on Sep 23, 2026.

For sunrise and sunset on any other date, or to compare with another city, use the Sun Calculator. For the moon, see today's moon phase in Soedermalm.

Sunset & sunrise in other cities

Frequently asked questions

What time is sunset today?

Search for your location and today's date is selected by default — sunset, sunrise, twilight, and day length appear immediately.

What time is sunrise tomorrow?

Step the date forward by one day to see sunrise, sunset, and day length for tomorrow, or any future date.

How is day length calculated?

Day length is the time between sunrise and sunset for the selected place and date, based on its latitude, longitude, and the sun's position that day.