Newark Stargazing & Astronomy Report
Light pollution and stargazing locations near Newark
- City
- Newark
- Country
- United States
- Latitude
- 40.7357
- Longitude
- -74.1724
Key Sky Quality Metrics
- SQM (mag/arcsec²)
- 17.01
- Bortle class
- Class 9 (Class 9)
- Darkness Quotient
- 16%
- Dataset
- March 2026
Inner city sky
Stargazing in Newark
Newark is a major city in the north-eastern United States, part of the dense urban corridor around New York and one of the country's busiest metropolitan areas.
The city generally experiences Extreme Light Pollution, with a Darkness Quotient of just 16% — placing it among the most light-polluted urban skies in the country. For practical observing from within the city, the most reliable targets are the Moon, the brighter planets, double stars and a handful of the brightest open clusters. Fainter deep-sky objects are largely washed out by the urban glow.
If you want a genuinely darker sky, Newark is not a place where it appears close at hand. The nearest reasonable improvement is roughly 170 kilometres away to the north-west, at 168 km NW, with better options also available much farther south-west.
The map shows Newark embedded in one of the brightest continuous urban light domes in North America. The central area is saturated in pink-white tones, with a broad red and orange halo spreading outward, which is exactly what you would expect from a heavily built-up metropolitan core.
Around that core, the glow remains extensive in most directions across neighbouring urban and suburban areas, so there is no quick transition from city brightness to genuinely dark country sky. The clearest improvement appears farther away where the colours fade through yellow and green into blue and grey, especially toward the north-west and over more open water to the east and south-east.
In plain terms, Newark sits near the heart of a very large regional light dome rather than on its edge. That means even leaving the city does not immediately transform the sky; meaningful darkness only appears once you are well beyond the brightest corridor.
What the sky overhead is like
Looking straight up from Newark, the sky is very bright by astronomical standards. With a zenith reading of 17.01 SQM, the background glow is strong enough that only the more obvious constellations tend to stand out clearly.
The brightest stars, planets and the Moon will still punch through well, but the sky rarely takes on that rich, deeply black appearance associated with rural observing. Familiar patterns can still be traced, though they often look thinner and less dramatic than they do from darker locations.
For casual urban stargazing this is still usable, especially for bright targets. For deep-sky observing, however, the overhead sky itself is the main limiting factor.
north - poor
About 15 kilometres north of Newark, the sky is still poor, with Bortle 9 conditions and little real escape from the city glow. It does improve markedly farther out, with genuinely dark skies becoming reachable at around 200 kilometres in this direction.
north-north-east - poor
About 15 kilometres to the north-north-east, the sky remains poor at Bortle 9, so a short drive brings only limited benefit. Conditions do improve farther out, reaching about Bortle 5 by around 100 to 200 kilometres, but genuinely dark skies are not reached within the sampled range.
north-east - poor
About 15 kilometres to the north-east, the sky is still poor at Bortle 9, with strong urban brightening. Even much farther out the improvement is only moderate, reaching roughly Bortle 6, so genuinely dark skies are not within the sample radius in this direction.
east-north-east - poor
About 15 kilometres east-north-east of Newark, the sky is still poor at Bortle 9 and heavily affected by metropolitan light. Farther out there is some improvement to around Bortle 5, but genuinely dark skies are not reached within the sampled range.
east - poor
About 15 kilometres east of the city, the sky remains poor at Bortle 9 and is actually among the brightest nearby horizons. The picture changes much farther out, with genuinely dark skies becoming available at around 200 kilometres in this direction.
east-south-east - poor
About 15 kilometres east-south-east, the sky is still poor at Bortle 9, so nearby observing remains strongly compromised. Farther out this becomes one of the more rewarding directions, with good skies by around 100 kilometres and genuinely dark conditions at about 200 kilometres.
south-east - poor
About 15 kilometres south-east of Newark, the sky is still poor at Bortle 9 despite a slight improvement over the city centre. This direction improves more quickly than many others, with genuinely dark skies reachable at around 100 kilometres.
south-south-east - poor
About 15 kilometres south-south-east, the sky remains poor at Bortle 9 and still feels very urban. It improves steadily with distance, reaching good conditions by around 100 kilometres and genuinely dark skies at about 200 kilometres.
south - poor
About 15 kilometres south of the city, the sky is still poor at Bortle 9 with heavy light dome interference. Darker conditions do exist farther out, but genuinely dark skies are only reached at around 200 kilometres in this direction.
south-south-west - poor
About 15 kilometres south-south-west of Newark, the sky is still poor at Bortle 9, so there is little immediate gain for observers. The direction does improve with distance and reaches good Bortle 4 territory by around 200 kilometres, but not genuinely dark sky within the sampled range.
south-west - poor
About 15 kilometres south-west, the sky improves only slightly to Bortle 8, which still counts as poor for most deep-sky observing. Farther out it reaches around Bortle 5, but genuinely dark skies are not within the sample radius in this direction.
west-south-west - poor
About 15 kilometres west-south-west of Newark, the sky is poor at Bortle 8, with only a modest reduction in the urban glow. Even farther out this direction remains limited, topping out around Bortle 7, so genuinely dark skies are not within the sampled range.
west - poor
About 15 kilometres west of the city, the sky is still poor at Bortle 8, though it is a touch better than the brightest parts of the metro area. With a much longer drive it improves to good Bortle 4 conditions at around 200 kilometres, but genuinely dark skies are not reached within the sampled range.
west-north-west - poor
About 15 kilometres west-north-west, the sky is poor at Bortle 8 and still clearly urban in character. It becomes much better farther out, with genuinely dark skies reachable at around 200 kilometres in this direction.
north-west - poor
About 15 kilometres north-west of Newark, the sky is still poor at Bortle 8, though this is one of the more promising nearby directions. It improves to good Bortle 4 conditions by around 100 kilometres, but genuinely dark skies are not reached within the sampled range.
north-north-west - poor
About 15 kilometres north-north-west, the sky is poor at Bortle 8, offering only a limited escape from the city dome. Farther out it improves to good conditions, around Bortle 4, by roughly 100 to 200 kilometres, though genuinely dark sky is not reached within the sampled range.
zenith - poor
Looking straight up from Newark, the zenith is poor at Bortle 9, with a bright grey-orange urban sky background rather than a naturally dark one. The main constellations and the brightest stars remain visible, but faint stars drop away quickly and the Milky Way is effectively lost from view.
-
302 km SW
- Direction
- SW
- Distance (km)
- 302.1
- SQM
- 21.23
- Bortle
- 4
Bright nebulae, galaxies, narrowband imaging
-
340 km WNW
- Direction
- WNW
- Distance (km)
- 339.6
- SQM
- 21.23
- Bortle
- 4
Bright nebulae, galaxies, narrowband imaging
-
168 km NW
- Direction
- NW
- Distance (km)
- 167.8
- SQM
- 21.07
- Bortle
- 4
Bright nebulae, galaxies, narrowband imaging
Genuinely dark skies require a significant journey from Newark rather than a quick hop out of town.
The nearest Bortle 4 conditions are around 170 kilometres to the north-west at 168 km NW, while the best listed site is around 300 kilometres to the south-west at 302 km SW. Closer in, there are some gradual improvements in a few directions, but the broader region stays heavily skyglowed for quite a long way.
-
Within 200 km
- Place
- 168 km NW
- Direction
- NW
- Distance (km)
- 167.8
- SQM
- 21.07
- Bortle
- 4
-
Within 500 km
- Place
- 302 km SW
- Direction
- SW
- Distance (km)
- 302.1
- SQM
- 21.23
- Bortle
- 4
Long-term brightness trend
Newark's long-term trend is broadly stable, with only a very slight improvement in measured sky darkness over time. The earliest reading in the series was 16.77 SQM, while the latest is 17.01 SQM.
That is a small change across 75 datasets, and the fitted trend is almost flat at 0.0024 SQM per year. In other words, the city remains firmly in the same heavily light-polluted regime despite minor fluctuations.
The wider range in the record, from 16.41 to 21.77 SQM, is much larger than the long-term drift. That suggests short-term variation in conditions has been more noticeable than any real structural change in Newark's night sky.
From within Newark, bright and high-contrast targets are the sensible choice. The Moon, planets, double stars and the brightest open clusters are the most rewarding objects for regular city observing.
A few showpiece deep-sky objects can still be attempted with realistic expectations, especially bright nebulae such as M42 and the brightest globular clusters. Even then, contrast is the main problem rather than pure magnification.
For the Milky Way, faint galaxies, large diffuse nebulae and meteor watching, a darker site makes an enormous difference. These are the kinds of targets that benefit most from getting well away from the Newark light dome.
- 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 Newark?
Yes — you can still see stars from Newark, but mostly the brighter ones. The main constellations are visible, though many fainter stars are washed out by the city's heavy skyglow.
Can you see the Milky Way from Newark?
For most observers, no. Newark's sky is bright enough that the Milky Way is effectively lost from the city sky.
What Bortle class is Newark?
Newark is Bortle Class 9, which is an inner-city sky. In practical terms, that means severe light pollution and a strong bias toward bright targets.
What is the SQM reading in Newark?
The measured sky brightness is 17.01 SQM. That is firmly in the range of a very bright urban night sky.
Where are the nearest dark skies to Newark?
The nearest listed Bortle 4 site is 168 km NW, roughly to the north-west. A slightly darker listed option appears at 302 km SW to the south-west.
Is Newark any good for astrophotography?
It can be workable for the Moon, planets and some narrow-field bright targets, but it is challenging for deep-sky astrophotography from within the city. Strong light pollution means gradients and reduced contrast are major issues.
How far do you need to drive from Newark for better stargazing?
For a clear step up, you are looking at a substantial journey rather than a quick local drive. The nearest listed reasonable sky is about 170 kilometres away to the north-west, with other good options farther afield.