Exoplanet

CoRoT-27 b

Orbiting CoRoT-27

Overview

CoRoT-27 b is an exoplanet orbiting the star CoRoT-27, discovered in 2014 using the Transit method. It is a Jupiter-sized world.

Key Measurements

Radius

11.29

Earth radii

015 R⊕

Mass

3302.11

Earth masses

0500 M⊕

Orbital Period

3.6

days

0.1d10,000d

Distance

1010.3

parsecs

Nearby10,000 pc

Equilibrium Temp

1500

K

150 K3,500 K

Radius (Earth radii)

11.29

Mass (Earth masses)

3302.11

Measured

Equilibrium Temperature

1500 K

Parameter source: Parviainen et al. 2014

Orbital Period

3.575+0.000−0.000days

Semi-Major Axis

0.0476+0.0066−0.0066au

Planet Mass (Earth masses)

3302.11+174.80−174.80

Planet Mass (Jupiter masses)

10.3900+0.5500−0.5500

Eccentricity

<0.065

Radial Velocity Semi-Amplitude

1326.00+33.00−33.00m/s

Distance from Earth

1010.3 pc (~3295 ly)

Spectral Type

G2

Temperature

5900 K

Mass (Solar)

1.05 M☉

Radius (Solar)

1.08 R☉

Luminosity

Unknown

Planets in System

1

Stars in System

1

Coordinates (RA, Dec)

278.4958°, 5.5384°

Discovery Method

Transit

Discovery Year

2014

Data Sources
NASA Exoplanet Archive

Source ID: CoRoT-27 b

System Context

CoRoT-27 b orbits CoRoT-27 and was reported in 2014 and was detected with the Transit method.

Published measurements list a radius of 11.29 Earth radii, a mass of 3,302.11 Earth masses, an orbital period of 3.58 days, and an equilibrium temperature near 1,500 K.

Catalog data places the system at about 1,010.3 parsecs from Earth, a host star classified as G2, and 1 known planet in the system.

Host star

Explore the stellar record for this system to compare temperature, spectral type, and known planets.

Open CoRoT-27