Temperature
4641 K
4090 to 4719.2
Unclassified star • 388.6 pc
Records
23
literature rows
Planets
2
system count
References
17
distinct source labels
Approximate color
from effective temperature
Canonical Summary
Values come from the row with the most populated summary measurements. Missing values stay missing. Ranges and counts describe all source rows.
Stellar source: Morton et al. 2016 • System source: TICv8
Temperature
4641 K
4090 to 4719.2
Mass
0.72 Msun
0.59 to 0.72
Radius
0.68 Rsun
0.53 to 0.75
Age
3.63 Gyr
3.63 to 4.60
Distance
388.6 pc
single adopted value
Planets
2
Stable across source rows
Scale Comparison
Current adopted radius: 0.68 R☉ • circles scaled linearly by radius
Sun
1.0 R☉ baseline
Kepler-120
0.68 R☉
System Layout
2 planets linked to this host
Transit
Discovery
2014
Period
6.31 days
Radius
2.15 R⊕
Mass
—
Eq. Temp
—
Transit
Discovery
2014
Period
12.79 days
Radius
1.53 R⊕
Mass
—
Eq. Temp
—
Kepler-120 is an M-type main-sequence dwarf located 1270 light-years away, with a spectral type of M0 V. Its mass is 0.72 solar masses, its radius is 0.68 solar radii, and its temperature is 4640 K, making it cooler than the Sun. The star is 3.63 billion years old. Two planets are known to orbit this host.
Both planets are Super-Earths discovered by transit in 2014. Kepler-120 b has a radius of 2.15 Earth radii and an orbital period of 6.31 days. Kepler-120 c has a radius of 1.53 Earth radii and an orbital period of 12.8 days. Among the listed planets, Kepler-120 b has the shortest year and the largest radius, while Kepler-120 c has the longest year and the smallest radius.
A transit occurs when a planet passes in front of its star from our viewpoint, causing a small dip in observed brightness. Repeated dips help establish orbital periods. A Super-Earth is a size class reaching 2.5 times Earth's radius.
Provenance
Evidence Summary
Rows
23
Stellar refs
16
System refs
1