Menu
9.9 h/s
Caricamento pianeti…
Planetario del Sistema Solare
Trascina col sinistro per ruotare Trascina col destro per spostare Scorri per zoom Clicca un pianeta per seguirlo Space Play / Pausa tempo Viste e tour in alto a destra Le orbite sono compresse — attiva "Scala reale" nelle impostazioni per le proporzioni reali
Tocca un pianeta per i dettagli Trascina per ruotare Pizzica per zoom Trascina con due dita per spostare
Clicca un pianeta per i dettagli. Trascina per ruotare, scorri per zoom. Tocca un pianeta per i dettagli. Pizzica per zoom.
  Punta il telefono verso il cielo!

HD 60532 planetary system

HD 60532 is a yellow-white main-sequence star of spectral type F6 IV approximately 84.7 light-years from Earth (25.97 parsecs). It hosts 2 confirmed exoplanets.

Host star

Name
HD 60532
Spectral type
F6 IV
Effective temperature
6,245 K
Mass
1.50 M☉ (solar masses)
Radius
2.57 R☉ (solar radii)
Distance
25.97 pc (84.7 ly)
Hipparcos catalog
HIP 36795

Confirmed planets (2)

Planet Class Mass (M⊕) Radius (R⊕) Period (d) Distance (AU) Eq. temp (K) Discovered
HD 60532 b Neptune-like 336.90 13.80 201.90 0.7700 2008
HD 60532 c Neptune-like 797.75 13.30 600.10 1.6000 2008

The planets in detail

HD 60532 b is a Neptune-like world with about 13.80 Earth radii and 336.90 Earth masses. It orbits HD 60532 at 0.7700 AU with a 202-day year, and no published equilibrium temperature. Its orbit is notably eccentric (e = 0.26), meaning the distance to its star — and the irradiation it receives — varies substantially over each year. It was confirmed in 2008 via radial velocity (Doppler) measurements.

HD 60532 c is a Neptune-like world with about 13.30 Earth radii and 797.75 Earth masses. It orbits HD 60532 at 1.6000 AU with a 600-day year, and no published equilibrium temperature. It was confirmed in 2008 via radial velocity (Doppler) measurements.

Discovery

All 2 planets in the HD 60532 system were detected in 2008 using radial velocity (Doppler) measurements. Detection facilities: La Silla 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 113.5131°, declination -22.2959°. 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.