Temperature
4949 K
4565 to 4949
Unclassified star • 384.8 pc
Records
28
literature rows
Planets
3
system count
References
16
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
4949 K
4565 to 4949
Mass
0.71 Msun
0.58 to 0.76
Radius
0.68 Rsun
0.59 to 0.77
Age
4.90 Gyr
0 to 4.90
Distance
384.8 pc
single adopted value
Planets
3
Stable across source rows
Scale Comparison
Current adopted radius: 0.68 R☉ • circles scaled linearly by radius
Sun
1.0 R☉ baseline
Kepler-174
0.68 R☉
System Layout
3 planets linked to this host
Transit
Discovery
2014
Period
13.98 days
Radius
1.96 R⊕
Mass
—
Eq. Temp
—
Transit
Discovery
2014
Period
44.00 days
Radius
1.49 R⊕
Mass
—
Eq. Temp
—
Transit
Discovery
2014
Period
247.4 days
Radius
2.19 R⊕
Mass
—
Eq. Temp
—
Kepler-174 is a star located 1250 light-years away, and three planets have been reported orbiting it. The host star is estimated to be 4.9 billion years old, with a reported mass estimate of 0.71 solar masses and a reported radius estimate of 0.68 solar radii. Its reported temperature is 4950 K. Each of these stellar measurements is smaller or cooler than the corresponding value for the Sun.
All three planets were discovered by the transit method in 2014. A transit occurs when a planet passes in front of its star from our viewpoint, causing a small dip in observed brightness, and repeated dips help establish orbital periods. The planets are designated Kepler-174 b, Kepler-174 c, and Kepler-174 d.
Kepler-174 b is a Super-Earth with an orbital period of 14 days and a radius of 1.96 Earth radii. Kepler-174 c is classified as Earth-like, with an orbital period of 44 days and a radius of 1.49 Earth radii. Kepler-174 d, also a Super-Earth, has the longest reported year of the three at 247 days and a radius of 2.19 Earth radii. Each planet's reported radius estimate is larger than Earth's.
Provenance
Evidence Summary
Rows
28
Stellar refs
15
System refs
1