Quito Stargazing & Astronomy Report
Light pollution and stargazing locations near Quito
- City
- Quito
- Country
- Ecuador
- Latitude
- -0.1807
- Longitude
- -78.4678
Key Sky Quality Metrics
- SQM (mag/arcsec²)
- 19.12
- Bortle class
- Class 7 (Class 7)
- Darkness Quotient
- 35%
- Dataset
- March 2026
Suburban/urban transition
Stargazing in Quito
Quito is Ecuador's high-altitude capital in the Andes, a long, mountainous metropolis with a dramatic setting close to the equator.
The city generally experiences High Light Pollution, with a Darkness Quotient of 35% — making it brighter than genuinely dark-sky locations, but still better placed than some of the world's most intensely illuminated mega-cities.
In practical terms, brighter targets are the most realistic from within the city: the Moon, planets, double stars and the brightest open clusters. A few showpiece deep-sky objects can still be attempted, but faint galaxies, dim nebulae and the Milky Way are badly compromised by the urban skyglow.
Meaningfully darker skies are available outside Quito with a moderate drive. The nearest reasonable improvement is about 40 kilometres to the south, near San Jose de Minas, Ecuador, while truly dark conditions appear around 90 kilometres to the east near Gonzalo DĂaz de Pineda, Napo.
The map shows Quito as a strong, concentrated light source with a bright urban core surrounded by a broad halo of blue and cyan skyglow. That pattern suggests the city dominates its immediate surroundings, with the glow spilling along nearby valleys and developed corridors rather than stopping sharply at the urban edge.
The darkest areas in the crop sit farther away from the main concentration of lights, especially where the map turns grey and nearly black to the north, east and parts of the south-east. There are also several smaller bright clusters scattered around the wider region, so the landscape is not uniformly dark even away from the city.
Compared with its surroundings, Quito is clearly one of the dominant sources of artificial brightness in the frame. Even so, the map also hints that the Andes quickly break up the light pattern, so a drive away from the main urban basin can bring a noticeable improvement in sky quality.
How the sky feels from within the city
Looking straight up from Quito, the city sits under a bright urban sky typical of Bortle 7 conditions. The main constellations are still there, but the background never becomes properly dark, and the weaker stars that give the sky its richness are thinned out.
In this sort of sky, the brightest patterns remain easy enough to recognise, and the Moon and planets stand out well. By contrast, subtle naked-eye features are washed out, and deep-sky observing quickly becomes a matter of choosing only the strongest targets.
The overall impression is of a sky that is usable for casual astronomy, but not especially immersive. To get the sense of depth, contrast and star density that many observers look for, Quito really benefits from a drive away from the city lights.
north - marginal
About 15 kilometres north of Quito, the sky is still only marginal, around Bortle 6, so brighter objects remain the most rewarding. The real improvement comes farther out, with genuinely dark conditions appearing at about 50 kilometres in this direction.
north-north-east - marginal
About 15 kilometres north-north-east of the city, conditions are still marginal at roughly Bortle 6. This direction does improve, but genuinely dark skies do not arrive until about 100 kilometres from Quito.
north-east - marginal
At around 15 kilometres to the north-east, the sky remains marginal, close to Bortle 6, with urban glow still very noticeable. Farther out the picture improves well, with genuinely dark skies reached at about 100 kilometres.
east-north-east - marginal
Roughly 15 kilometres east-north-east of Quito, the sky is still marginal at about Bortle 6. There is a solid improvement beyond the nearer glow, and genuinely dark conditions turn up at around 100 kilometres in this direction.
east - marginal
Around 15 kilometres east of the city, sky quality is still marginal, around Bortle 6, so this is not yet a true dark-sky escape. The direction strengthens farther out, with genuinely dark conditions reached at about 50 kilometres.
east-south-east - marginal
At roughly 15 kilometres east-south-east, the sky is still marginal at about Bortle 6. Push farther from the city and this becomes one of the better-looking directions, with genuinely dark skies at around 50 kilometres.
south-east - marginal
About 15 kilometres to the south-east, the sky remains marginal, near Bortle 6, with a clear but still limited improvement over the city centre. A much better step up arrives around 50 kilometres out, where the sky becomes genuinely dark.
south-south-east - marginal
Roughly 15 kilometres south-south-east of Quito, the sky is still marginal at about Bortle 6. This direction improves strongly with distance, reaching genuinely dark conditions at around 50 kilometres.
south - poor
Around 15 kilometres south, the sky is still poor at roughly Bortle 7, so city glow remains a major factor. Conditions do improve substantially farther out, with genuinely dark skies reached at about 50 kilometres.
south-south-west - poor
At about 15 kilometres south-south-west, the sky is still poor, around Bortle 7, and not yet much of a dark-sky getaway. Improvement does come with distance, although genuinely dark conditions are only reached at about 100 kilometres in this direction.
south-west - poor
Roughly 15 kilometres to the south-west, the sky is still poor at about Bortle 7. The situation improves markedly farther out, with genuinely dark skies appearing at around 50 kilometres.
west-south-west - fair
About 15 kilometres west-south-west of Quito, conditions improve to fair, around Bortle 5, making this one of the quicker directions for a noticeable gain. Genuinely dark skies are then reached at about 50 kilometres.
west - fair
Around 15 kilometres west, the sky is fair at roughly Bortle 5, already a useful step up from the city itself. This is one of the more promising directions nearby, with genuinely dark conditions reached at about 50 kilometres.
west-north-west - fair
At roughly 15 kilometres west-north-west, the sky is fair, around Bortle 5, so brighter deep-sky targets begin to look more viable. A stronger improvement follows farther out, with genuinely dark skies appearing at about 50 kilometres.
north-west - fair
About 15 kilometres north-west of the city, conditions are fair at around Bortle 5. This direction continues to improve well with distance, reaching genuinely dark skies at about 50 kilometres.
north-north-west - marginal
Roughly 15 kilometres north-north-west of Quito, the sky is still marginal, near Bortle 6. Better darkness is available farther out, with genuinely dark skies reached at about 50 kilometres.
zenith - poor
Looking straight up from Quito, the zenith is poor by dark-sky standards, corresponding to Bortle 7 with an SQM of 19.12. The brighter constellations are still easy to pick out, but the sky background is bright enough to hide many fainter stars and to wash out subtle structure in the night sky.
-
Near Gonzalo DĂaz de Pineda, Napo
- Direction
- E
- Distance (km)
- 91
- SQM
- 21.47
- Bortle
- 3
Milky Way visible, broadband DSO imaging
-
Near Malimpia, Esmeraldas
- Direction
- WNW
- Distance (km)
- 105
- SQM
- 21.36
- Bortle
- 3
Milky Way visible, broadband DSO imaging
-
Near San Jose de Minas, Ecuador
- Direction
- S
- Distance (km)
- 38.9
- SQM
- 20.97
- Bortle
- 4
Bright nebulae, galaxies, narrowband imaging
Genuinely dark skies are not right on Quito's doorstep, but they are reachable without an exceptionally long journey.
The nearest reasonable dark-sky step up is about 40 kilometres to the south at Near San Jose de Minas, Ecuador, where conditions reach Bortle 4. If you want a more impressive jump again, about 90 kilometres east near Near Gonzalo DĂaz de Pineda, Napo reaches Bortle 3.
Around the city itself, the sky improves gradually rather than instantly, so a short outing helps, but the real payoff comes once you are well outside the main glow.
-
Within 50 km
- Place
- Near San Jose de Minas, Ecuador
- Direction
- S
- Distance (km)
- 38.9
- SQM
- 20.97
- Bortle
- 4
-
Within 100 km
- Place
- Near Gonzalo DĂaz de Pineda, Napo
- Direction
- E
- Distance (km)
- 91
- SQM
- 21.47
- Bortle
- 3
-
Within 200 km
- Place
- Near Malimpia, Esmeraldas
- Direction
- WNW
- Distance (km)
- 105
- SQM
- 21.36
- Bortle
- 3
Long-term trend
Quito's long-term record points to a clear brightening of the night sky over time. The earliest value in this series was 20.97 SQM, while the latest is 19.12 SQM, a substantial drop in darkness across the period covered.
The average across all 76 datasets is 19.31 SQM, and the fitted trend of -0.0218 SQM per year suggests a gradual but persistent loss of naturally dark conditions rather than a one-off shift. In simple terms, the city sky has become brighter for observers over the years.
There is still some variation between measurements, with values ranging from 19 to 21.7 SQM, but the overall direction is unmistakable. For regular observers in Quito, that means urban stargazing has likely become more challenging over the past decade or so.
From within Quito, the best targets are the ones that can punch through a bright sky: the Moon, planets, double stars and a handful of bright clusters. These are the objects most likely to give satisfying views without needing to leave the city.
A few deep-sky showpieces can still be attempted, especially with optical aid and careful expectations. Bright nebulae such as M42 and the brightest globular clusters may be possible, but contrast is limited and faint detail is easily lost.
For the Milky Way, dimmer nebulae, most galaxies and the fuller experience of meteor watching, a darker site outside Quito is very much the better option. Those targets benefit enormously from the jump in contrast available away from the city's glow.
- Moon
- planets
- double stars
- brightest open clusters
- bright nebulae such as M42
- the brightest globular clusters
- Milky Way
- faint galaxies
- broadband nebulae
- meteor showers
Can you see stars from Quito?
Yes — plenty of the brighter stars and the main constellations are visible from Quito. What you lose most noticeably are the fainter background stars that make the sky look rich and densely filled in.
Can you see the Milky Way from Quito?
From within the city, the Milky Way is generally very difficult and often effectively lost in the skyglow. For a clear, convincing Milky Way view, you are much better off heading out to a darker site beyond the urban halo.
What Bortle class is Quito?
Quito is Bortle Class 7, usually described as a suburban-to-urban transition sky. In practice, that means bright targets do well, while faint deep-sky observing is heavily constrained.
What is the SQM reading for Quito?
The current SQM reading is 19.12. That indicates a fairly bright night sky by astronomical standards, with significantly reduced contrast compared with rural observing sites.
Where are the nearest dark skies to Quito?
The nearest reasonable improvement listed here is about 40 kilometres south at Near San Jose de Minas, Ecuador, where conditions reach Bortle 4. For darker still skies, Near Gonzalo DĂaz de Pineda, Napo lies about 91 kilometres to the east and reaches Bortle 3.
Is Quito good for astrophotography?
It can be good for lunar, planetary and some brighter deep-sky astrophotography, especially if you work carefully with filters and processing. For wide-field Milky Way work or faint nebulae, Quito itself is not ideal, and a darker site will make a very noticeable difference.
How far do you need to drive from Quito for better stargazing?
For a worthwhile improvement, you're looking at roughly 40 kilometres to reach Bortle 4 conditions near San Jose de Minas. For a more dramatic dark-sky jump, about 90 kilometres east takes you to Near Gonzalo DĂaz de Pineda, Napo under Bortle 3 skies.