Menu
9.9 h/s
Carregando planetas…
Planetário do Sistema Solar
Arraste com botão esquerdo para rotacionar Arraste com botão direito para mover Role para zoom Clique em um planeta para seguir Space Reproduzir / Pausar o tempo Vistas e Tours no canto superior direito As órbitas são comprimidas — ative "Escala Real" em Configurações para proporções reais
Toque em um planeta para detalhes Arraste para rotacionar Pinçar para zoom Arraste com dois dedos para mover
Clique em um planeta para detalhes. Arraste para rotacionar, role para zoom. Toque em um planeta para detalhes. Pinçar para zoom.
  Aponte seu celular para o céu!

HD 66141 planetary system

HD 66141 is an orange main-sequence star of spectral type K2 III approximately 222 light-years from Earth (68.15 parsecs). It hosts 1 confirmed exoplanet.

Host star

Name
HD 66141
Spectral type
K2 III
Effective temperature
4,323 K
Mass
1.10 M☉ (solar masses)
Radius
21.40 R☉ (solar radii)
Distance
68.15 pc (222 ly)
Hipparcos catalog
HIP 39311

Confirmed planets (1)

Planet Class Mass (M⊕) Radius (R⊕) Period (d) Distance (AU) Eq. temp (K) Discovered
HD 66141 b Neptune-like 1906.90 12.80 480.50 1.2000 2012

The planets in detail

HD 66141 b is a Neptune-like world with about 12.80 Earth radii and 1906.90 Earth masses. It orbits HD 66141 at 1.2000 AU with a 480-day year, and no published equilibrium temperature. It was confirmed in 2012 via radial velocity (Doppler) measurements.

Discovery

The single planet in the HD 66141 system was confirmed in 2012 using radial velocity (Doppler) measurements. Detection facilities: Bohyunsan Optical Astronomical Observatory.

Observing from Earth

Exoplanets cannot be resolved visually with amateur telescopes — the host star's glare is overwhelming and even space-based direct imaging requires sophisticated coronagraphs. What you can observe is the host star itself at right ascension 120.5663°, declination 2.3350°. Use the 3D orrery above to inspect orbital geometry, planetary scale, and the habitable-zone overlay — the orbits are computed from the published Keplerian elements and animate at user-controlled time rates.