Addis Ababa Stargazing & Astronomy Report

Light pollution and stargazing locations near Addis Ababa

City
Addis Ababa
Country
Ethiopia
Latitude
9.0054
Longitude
38.7636

Key Sky Quality Metrics

SQM (mag/arcsec²)
18.14
Bortle class
Class 8 (Class 8)
Darkness Quotient
24%
Dataset
May 2026

City sky

Addis Ababa: The Practical Verdict

Addis Ababa, a significant city in Ethiopia, sits at a high altitude yet its skies are heavily influenced by urban light pollution, offering limited opportunities for stargazing. The overall astronomy quality is poor due to high light pollution, which significantly restricts what even the most dedicated astronomer can observe. The overwhelming light dome makes serious celestial observation challenging.

The Milky Way is entirely absent, erased by the bright urban sky background. Stargazers within Addis Ababa will primarily find solace in observing the Moon, planets, and brighter stars. The bright nebulae can be glimpsed with narrowband filters, but deep-sky observation is nearly impossible without escaping the city. For better stargazing conditions, one may consider driving north-west to a spot about 270 km away, where the sky is categorically darker, rated Bortle 3.

At a Glance

Overall
Poor city sky - This is a poor city sky. The Milky Way is not visible and most deep-sky observing is unrealistic from the location itself.
Milky Way
Not visible - The Milky Way is erased by the bright urban sky background.
Best targets from here
Moon, planets, bright stars, double stars, solar system events, narrowband imaging only with care
Do not prioritise
visual deep-sky observing, broadband galaxies, reflection nebulae, widefield Milky Way
Best nearby upgrade
270 km NW sits about 270 km north west and reaches Bortle 3, roughly 26x darker.
Good dark window
Addis Ababa retains astronomical darkness throughout the year, so seasonality is less extreme than at higher latitudes. The main limitation is light pollution, not the length of the dark window.

Frequently Asked Questions

Can you see the Milky Way from Addis Ababa?

No. Addis Ababa is a Bortle Class 8 sky with SQM 18.14, so the Milky Way is not visible from the city. For Milky Way photography, look for a Bortle 4 or darker site.

What Bortle class is Addis Ababa?

Addis Ababa is Bortle Class 8 (SQM 18.14), a poor city sky for astronomy.

Is Addis Ababa good for stargazing?

Not for serious deep-sky observing. Addis Ababa is a poor city sky where the Moon, planets, and a handful of bright targets are the realistic options from the city itself.

Is Addis Ababa good for astrophotography?

Broadband deep-sky imaging is heavily compromised from Addis Ababa and a Bortle 4 or darker site is strongly recommended. Even narrowband imaging is difficult from Addis Ababa without careful processing.

What can you observe from Addis Ababa?

Primary targets from Addis Ababa include Moon, planets, bright stars, double stars, solar system events. Targets such as visual deep-sky observing, broadband galaxies, reflection nebulae are not realistic from this sky.

Where are darker skies near Addis Ababa?

The closest meaningfully darker mapped site is 19 km NE, about 19 km north east of Addis Ababa, reaching Bortle 6.

When is the sky darkest in Addis Ababa?

The sky over Addis Ababa is darkest around January, December.

Is light pollution in Addis Ababa getting better or worse?

The long-term trend for Addis Ababa is gradually worsening, with the sky brightening by about 0.10 SQM per year.

north - good

The north sky shows no obvious glow at ground level. Faint stars are clear at low elevation.

north-north-east - good

The north-north-east sky shows no obvious glow at ground level. Faint stars are clear at low elevation.

north-east - good

The north-east horizon is free of artificial brightening. Faint stars are visible to within a few degrees of the ground.

east-north-east - fair

A small artificial brightening near the east-north-east horizon. Star counts in this direction remain high above the lowest elevations.

east - fair

A small artificial brightening near the east horizon. Star counts in this direction remain high above the lowest elevations.

east-south-east - good

The east-south-east horizon is free of artificial brightening. Faint stars are visible to within a few degrees of the ground.

south-east - good

No visible glow on the south-east horizon. Stars are clear down to low elevation in this direction.

south-south-east - fair

Subtle skyglow on the south-south-east horizon. Faint stars below about 10 degrees here are slightly suppressed.

south - fair

A small artificial brightening near the south horizon. Star counts in this direction remain high above the lowest elevations.

south-south-west - good

The south-south-west sky shows no obvious glow at ground level. Faint stars are clear at low elevation.

south-west - good

Clean horizon to the south-west. Star counts remain high near the ground.

west-south-west - good

The west-south-west sky shows no obvious glow at ground level. Faint stars are clear at low elevation.

west - good

No visible glow on the west horizon. Stars are clear down to low elevation in this direction.

west-north-west - good

The west-north-west horizon is free of artificial brightening. Faint stars are visible to within a few degrees of the ground.

north-west - good

The north-west sky shows no obvious glow at ground level. Faint stars are clear at low elevation.

north-north-west - good

Clean, dark sky to the north-north-west. No visible artificial light source affects this quarter.

zenith - marginal

Overhead is significantly light-polluted. Limiting magnitude is around 3.5 to the unaided eye.

  • 19 km NE
    Direction
    NE
    Distance (km)
    19.4
    SQM
    19.80
    Bortle
    6
  • 270 km NW
    Direction
    NW
    Distance (km)
    269.9
    SQM
    21.66
    Bortle
    3
  • 267 km ENE
    Direction
    ENE
    Distance (km)
    266.7
    SQM
    21.59
    Bortle
    3