The constellation Vulpecula

Characteristics

Other names / Symbolism
Little Fox
Hemisphere
Northern hemisphere
Visibility
July - September
Area
268 deg²
Brightest star
Anser (HIP number 95771)
Specialties
Open star clusters, planetary nebulae, emissions nebulae, galaxies
The constellation Vulpecula

The Vulpecula, Latin for The Little Fox, is an inconspicuous constellation of the northern hemisphere. It is located in the middle of the Milky Way and therefore contains some exciting deep-sky objects.

Hemisphere, visibility, and area

The constellation Vulpecula lies in the northern sky and can be observed from all northern hemisphere regions. South of the equator, it is visible until deep in the south. Only from the Antarctic and from slightly more northern locations can it not be seen. The best months for observation are from July to September.

It has an area of about 268 square degrees, making it the 55th largest compared to the other 88 constellations.

The Vulpecula is depicted differently. In many visualizations, only two stars are connected to form a line. In other images, about five stars are connected, making a zigzag line.

Finding the constellation in the night sky is not easy, as none of its stars are brighter than the fourth magnitude. The brightest star is Anser (Latin: α Vulpeculae, Alpha Vulpeculae), also known as Lukida Anseris. It is a red giant star with a diameter 40 times larger than our sun. Anser is approximately 300 light-years away and has an apparent magnitude of about 4.45.

To locate the Vulpecula in the night sky, it is worth looking for neighboring constellations. To the north are the constellations of Cygnus and Lyra, while to the south, there are the Sagitta and Delphinus. To the west lies the Pegasus, and to the east is the Hercules.

Specialties in the constellation

The Milky Way runs through the area of the Vulpecula constellation, providing not only many stars but also interesting objects.

One of the most famous planetary nebulae is located in this constellation. It is known as the Dumbbell Nebula or M27 (Messier 27) and was discovered by the French astronomer Charles Messier in 1764.

About 10,000 years ago, the nebula was formed when a red giant star shed its outer layers. These layers now make up the planetary nebula and still contain a faint central star. The nebula itself has an apparent magnitude of about 7.5 and can be observed with a telescope. The central star is difficult to discern. The distance of the Dumbbell Nebula to earth is estimated to be about 1,300 light-years.

Planetary nebula M27, Dumbbell Nebula
Planetary nebula M27, Dumbbell Nebula

In addition, there are several open star clusters in the Vulpecula, including NGC 6823 with an apparent magnitude of 7.1. The age of this cluster is estimated to be two million years.

Stock 1 is another open star cluster. It has an apparent magnitude of about 5.3 and can be seen with a telescope. It consists of about 40 individual stars located 1,000 light-years away.

Collinder 399, also known as the Coathanger Cluster or Brocchi's Cluster, is not an actual star cluster. It is simply a chance alignment of brighter stars at different distances, also known as an asterism.

In addition to these objects, the constellation also contains a pulsar, a rapidly rotating neutron star. It was first discovered in 1967 by two British radio astronomers.

There are also some galaxies in the constellation, but they are not exceptionally bright and can only be observed with large telescopes.

Mythology

Although the Vulpecula was only recognized in the 17th century, it is a figure in Greek mythology. The constellation was initially introduced under the name "Vulpecula cum ansere" (English: Little Fox with the Goose). However, the Goose is no longer recognized as a separate constellation.

In mythology, the Fox is associated with Lailaps, the fastest dog of his time. The Fox caused mischief on the island of Thebes and could never be caught due to a divine curse. So, Lailaps was set upon the Fox, which he tirelessly chased. Eventually, Zeus put an end to the hopeless pursuit and placed both of them in the sky.

Constellation Visibility Tool

Los Angeles, USA

34.05°, -118.24°

Constellation Observing Guide

This guide shows when the constellation is visible above the horizon and provides the optimal viewing window when the sky is darkest. Times are displayed in your local timezone.Detecting timezone...

🎯 Best Observing Window

Optimal time when the constellation is fully visible AND the sky is at its darkest. Perfect for telescopic observations, astrophotography, and viewing faint details.

Optimal start

04:12

Jun 7, 04:12

Optimal end

11:42

Jun 7, 11:42

Duration

7.5h

Prime observing time

✨ Perfect Observing Conditions

This is the overlap when the constellation is above horizon AND the sky is at its darkest. Ideal for telescopic observations and photography.

Constellation Visibility from Your Location

2

Visible Stars

0

Never Rise

0

Always Up

100%

Visible

Constellation Completeness2 of 2 stars

All stars of this constellation can be observed from your location

Constellation Visibility

When the constellation is above the horizon (includes daylight hours)

Rises

When the first star of the constellation rises

N/A

N/A

Fully Up

All stars of the constellation are visible

N/A

Starts Setting

When the first star of the constellation settles below the horizon

17:36

Jun 6

Fully Set

When all stars are below the horizon

18:20

Jun 6

Above Horizon Times

Includes daylight hours when stars aren't visible to naked eye.

Astronomical Night

When the sky is darkest (sun >18° below horizon)

Dark sky begins

04:12

Jun 7

Dark sky ends

11:42

Jun 7

Darkest Sky Period

Sun more than 18° below horizon. Best for faint objects.

Observing Tips

Use the optimal window for best results
Check weather conditions before observing
Allow 20+ minutes for dark adaptation
Find a location away from city lights
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