Illustration of a star with several orbiting exoplanets of different sizes, one transiting in front of the star

Exoplanet Archive

Search and filter every confirmed exoplanet in NASA's Exoplanet Archive — refreshed daily from the source. Sort by distance, radius, or mass to explore what's out there.

Host star statistics: how many stars, planets per system →  ·  How each one was found: the 11 detection methods →

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4709 planets found — page 38 of 95.

Planet Host star Method Year Radius (R⊕) Mass (M⊕) Distance (pc)
K2-258 b K2-258 Transit 2018 3.00 — 661.9
K2-259 b K2-259 Transit 2018 2.32 — 416.5
K2-260 b K2-260 Transit 2018 18.42 546.66 663.8
K2-261 b K2-261 Transit 2018 9.27 68.97 213.3
K2-263 b K2-263 Transit 2018 2.51 15.40 162.5
K2-264 b K2-264 Transit 2018 2.23 — 185.6
K2-264 c K2-264 Transit 2018 2.67 — 185.6
K2-265 b K2-265 Transit 2018 1.71 7.34 138.7
K2-266 b K2-266 Transit 2018 3.30 11.27 77.6
K2-266 c K2-266 Transit 2018 0.70 0.29 77.6
K2-266 d K2-266 Transit 2018 2.93 8.90 77.6
K2-266 e K2-266 Transit 2018 2.73 14.30 77.6
K2-268 b K2-268 Transit 2018 1.50 — 327.8
K2-268 c K2-268 Transit 2018 2.69 — 327.8
K2-269 b K2-269 Transit 2018 1.57 — 360.8
K2-270 b K2-270 Transit 2018 1.38 — 280.5
K2-270 c K2-270 Transit 2018 2.95 — 280.5
K2-271 b K2-271 Transit 2018 7.28 — 564.5
K2-272 b K2-272 Transit 2018 3.13 — 423.1
K2-273 b K2-273 Transit 2018 3.05 — 308.1
K2-274 b K2-274 Transit 2018 2.08 — 228.3
K2-275 b K2-275 Transit 2018 2.34 — 123.4
K2-275 c K2-275 Transit 2018 2.21 — 123.4
K2-276 b K2-276 Transit 2018 3.77 — 488.2
K2-277 b K2-277 Transit 2018 2.19 — 113.1
K2-278 b K2-278 Transit 2018 2.98 — 786.4
K2-279 b K2-279 Transit 2018 1.21 — 183.0
K2-280 b K2-280 Transit 2018 7.50 37.10 391.5
K2-281 b K2-281 Transit 2018 8.18 — 458.1
K2-282 b K2-282 Transit 2018 2.50 — 496.3
K2-283 b K2-283 Transit 2018 3.52 — 402.9
K2-284 b K2-284 Transit 2018 2.78 — 107.3
K2-285 b K2-285 Transit 2018 2.59 9.68 155.0
K2-285 c K2-285 Transit 2018 3.53 15.68 155.0
K2-285 d K2-285 Transit 2018 2.48 6.50 155.0
K2-285 e K2-285 Transit 2018 1.95 10.70 155.0
K2-286 b K2-286 Transit 2018 2.10 — 76.1
K2-287 b K2-287 Transit 2018 9.49 100.12 158.3
K2-288 B b K2-288 B Transit 2018 1.90 — 65.6
K2-295 b K2-295 Transit 2018 10.05 106.47 232.8
K2-80 d K2-80 Transit 2018 2.55 — 200.8
KELT-21 b KELT-21 Transit 2018 17.78 1242.72 470.9
KOI-1831 d Kepler-324 Transit 2018 1.13 2.23 501.6
KOI-3680 b KOI-3680 Transit 2018 11.10 613.41 922.0
KPS-1 b KPS-1 Transit 2018 11.55 346.43 262.7
Kepler-1654 b Kepler-1654 Transit 2018 9.18 158.91 568.1
Kepler-1655 b Kepler-1655 Transit 2018 2.21 5.40 213.3
Kepler-1656 b Kepler-1656 Transit 2018 — 47.80 185.9
Kepler-411 d Kepler-411 Transit 2018 3.32 15.20 153.7
Kepler-462 c Kepler-462 Transit 2018 4.00 6.00 596.6
← Previous Page 38 of 95 Next →

ℹ️ About this data
  • Sourced from NASA's Exoplanet Archive (Caltech/IPAC), refreshed daily. Only confirmed planets are included — candidates awaiting confirmation aren't in this list.
  • A blank field means that measurement hasn't been published for that planet — not every planet has a known mass, for instance, especially ones found only by the transit method (which measures radius directly, but needs a separate technique like radial velocity to get mass).
📏 Units and symbols legend
Symbol Means In metric
R⊕Earth radii — planet size relative to Earth (Earth = 1)1 R⊕ ≈ 6,371 km
M⊕Earth masses — planet mass relative to Earth (Earth = 1)1 M⊕ ≈ 5.972 × 10²⁴ kg
R☉Solar radii — host star size relative to the Sun (Sun = 1)1 R☉ ≈ 696,000 km
M☉Solar masses — host star mass relative to the Sun (Sun = 1)1 M☉ ≈ 1.989 × 10³⁰ kg
KKelvin — temperature (star surface or planet equilibrium)°C = K − 273.15 (shown alongside on each planet's page)
pcParsecs — distance from Earth1 pc ≈ 3.086 × 10¹³ km ≈ 3.26 light-years
daysOrbital period — time for one full orbit around the host star, always in Earth days regardless of the planetEarth's own orbital period is 365.25 days — divide by that to get Earth years
RA / DecRight ascension / declination — the star's position on the skyBoth in degrees — the sky's equivalent of longitude/latitude
EccentricityHow elongated the orbit isUnitless: 0 = perfect circle, closer to 1 = more elongated ellipse

Astronomy uses Earth/Sun/Jupiter as yardsticks instead of kg or km because the numbers involved (10²⁴–10³⁰) are unwieldy otherwise — for scale, a gas giant like Jupiter is about 11 R⊕ and 318 M⊕.

💻 Show API usage example (cURL)
curl -sS "https://devops.majbase.com/exoplanets/api?q=kepler&method=Transit&sort=distance&page=1"

Returns {"rows": [...], "total", "page", "pages"}, or {"error": "..."} if temporarily unavailable. All query params are optional.