Observe
1Properties
Magnitude
11.0
Angular Size
3.8′ × 3.2′
Position Angle
170°
B, L, R, glbM, r
Querying SIMBAD database...
Position & Identifiers
2How easy to spot?
Sign in
and configure your equipment and default location to see a personalized row.
| Telescope | Bortle 3 | Bortle 4 | Bortle 5 |
|---|---|---|---|
| 80 mm refractor 80mm refr. | Medium | Hard+ | Hard |
| 150 mm Newton 150mm Newt. | Easy | Medium+ | Medium |
| Celestron C8 (203 mm SCT) C8 203mm | Easy | Easy | Medium+ |
Easy
Medium
Hard
Very hard
Impossible
Bortle 3 = rural · 4 = outer suburbs · 5 = suburbs
Medium
on Seestar S50
3Visibility
Set a location in User Settings to see visibility data.
Best season
Nov – Jan
(peak: Dec)
4
Eyepiece View
5
Best Magnification
Explore
6
Classification Decoder
Nearby in the Sky
Other targets within a few degrees — pan your scope a little and keep exploring.
Visibility scores assume a 150 mm Newton at Bortle 4.
NGC 1859
Open cluster
Open Cluster
mag 12.26
0.6°
Dorado
NGC 1866
Open cluster
Open Cluster
mag 9.8
0.9°
Dorado
NGC 1787
Open cluster
Open Cluster
mag 10.92
1.1°
Dorado
NGC 1892
Bright spiral galaxy
Galaxy
mag 12.29
1.2°
Dorado
NGC 1805
Open cluster
Open Cluster
mag 10.0
1.3°
Dorado
NGC 1783
Globular cluster — dense ball of ancient stars
Globular Cluster
mag 11.0
1.3°
Dorado
NGC 1763
Emission nebula — try an OIII filter
Emission Nebula
mag 9.40
1.8°
Dorado
Explore Nightbase
Related knowledge, tools, and stories — no observation planning required.
The Hertzsprung-Russell Diagram — Reading Stars Like a Map
The HR diagram turns the night sky into a physics map: every named star has a spot, every spot tells you mass, age, and fate. A guide for amateur observers.
Article
Dorado
Mythology, bright stars, and deep-sky highlights.
Constellation
Venus
Phases, transits, and the brightest planet in the sky.
Deep dive
