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2MASS J11224462-6533161
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Star 2MASS J11224462-6533161

Red dwarf 2MASS J11224462-6533161 is located 89 light years away from the Sun. It is a single star of spectral class M8.5, that has typically about 25 % of solar mass. For now, there are no known exoplanets in this star system.
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Sun distance
89 light years

2MASS J11224462-6533161

Red dwarf, Low-mass star
Spectral class: M8.5

Location +

Ascension iconRight ascension: 11h 22m 44.878s
Declination iconDeclination: -65° 33' 17.827'' (southern hemisphere)
Parallax iconParallax: 36.680
Distance iconSun distance: 88.918 ly | 27.3 pc
Star position
The position of a star tells us where it appears in the sky, similar to how we use coordinates like latitude and longitude on Earth. In astronomy, the three main coordinates are right ascension, declination and distance. .. icon More about Star position in StellarGuide

Basic characteristic

icon weight
Mass: 2 % M Sun
| 21 M Jupiter
 (estimate)
+
Star mass
The estimated mass of the star 2MASS J11224462-6533161 is about 2 % of the Sun's mass, or approximately 21 Jupiter masses.

The mass of a star is the total amount of matter it contains. It is one of the most important properties of a star, as it determines almost everything about how the star lives, changes, and dies. In astronomy, star mass is usually measured in solar masses (M☉) — where 1 solar mass is equal to the mass of our Sun... icon More about Star mass in StellarGuide

Photometry

Absolute stellar magnitude in different parts of the electromagnetic spectrum from infrared (K band) to ultraviolet (U band).
5
10
15
20
25
30
35
K
2.1
H
1.6
J
1.2
Grp
0.8
I
0.8
G
0.6
V
0.5
Gbp
0.5
B
0.4
U
0.3
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2MASS J11224462-6533161 system structure

2MASS J11224462-6533161

More about 2MASS J11224462-6533161

       2MASS J11224462-6533161 can be found in southern celestial hemisphere, however it is too dim to be seen with the naked eye or even a small telescope. 
Other designations of this star
Gaia DR3 5237048997789472256
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External sources
simbad icon
Simbad database (2MASS J11224462-6533161)
Astronomical database SIMBAD (the Set of Identifications, Measurements and Bibliography for Astronomical Data)
gaia icon
Gaia database (Gaia DR3 5237048997789472256)
Archive from the Gaia mission

Frequently Asked Questions

How far is the 2MASS J11224462-6533161 system from the Sun?

The 2MASS J11224462-6533161 system is 89 light years or 27.3 parsecs from the Sun.

What galaxy is the 2MASS J11224462-6533161 star in?

The 2MASS J11224462-6533161 is in the Milky Way galaxy just like the Sun.

How many stars are in the 2MASS J11224462-6533161 system?

The 2MASS J11224462-6533161 is a single star, there are no other known stars in the system.

What type of star is the 2MASS J11224462-6533161?

The star 2MASS J11224462-6533161 is a Red dwarf star.

What temperature is the 2MASS J11224462-6533161?

The primary in the 2MASS J11224462-6533161 system has an effective temperature of K ( °C). Find out more about the temperature of stars in Stellar guide
Class of stars Red dwarf
Red dwarfs are small, cool stars with surface temperatures of about 2,000–3,800 K, much cooler than the Sun. They usually have 8–50% of the Sun’s mass and shine very faintly, sometimes at just a tiny fraction of the Sun’s brightness. Classified mainly as spectral type M, they are the most common stars in the Milky Way, making up roughly 70–75% of its stellar population.

They fuse hydrogen slowly through the proton–proton chain and are fully convective, which allows them to use their fuel very efficiently. As a result, red dwarfs can live for tens of billions to trillions of years—far longer than the Sun. Many exoplanets orbit red dwarfs, including some in close habitable zones, though strong stellar activity can affect planetary environments.
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stellar brief logoStellar Brief

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3. 11. 2026
stellar brief logo
An Earth-sized planet circles its red dwarf host every 7.05 hours, while another candidate may orbit in a habitable zone. The latest findings also track a giant planet’s slowly shifting orbit, use the colors of HD 100546’s disk to probe its dust, and reveal how computer models interpret exoplanet atmospheres.
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