DMPP-2 d
Orbiting DMPP-2
DMPP-2 d is an exoplanet orbiting the star DMPP-2, discovered in 2026 using the Radial Velocity method.
Minimum Mass (M sin i)
91.79
Earth masses
Orbital Period
16.5
days
Distance
137.9
parsecs
What these measurements mean
These comparisons use the reported catalog values. They are interpretations and calculations, not additional observations.
- A year on this world
- A 365.25-day Earth year spans about 22.1 of these orbits. This comparison uses the reported orbital period. It does not measure the planet's rotation or the length of its day.
- What the mass can tell you
- M sin i is a lower bound on the true mass because the viewing angle affects the radial-velocity measurement. Do not treat it as an exact mass or use it to claim a measured density.
Radius (Earth radii)
Unknown
Minimum Mass, M sin(i) (Earth masses)
91.79
Radial-velocity minimum
Equilibrium Temperature
Unknown
Parameter source: Standing et al. 2026
Orbital Period
16.491+0.067−0.053days
Semi-Major Axis
0.1432+0.0012−0.0013au
M sin(i) (Earth masses)
91.79+6.11−7.32
M sin(i) (Jupiter masses)
0.2888+0.0192−0.0230
Eccentricity
<0.1
Epoch of Periastron
2457516.66+3.69−4.02days(BJD)
Argument of Periastron
267.0+57.9−207.0deg
Radial Velocity Semi-Amplitude
18.21+1.32−1.38m/s
Distance from Earth
137.9 pc (~450 ly)
Spectral Type
Unknown
Temperature
Unknown
Mass (Solar)
1.41 M☉
Radius (Solar)
Unknown
Luminosity
Unknown
Planets in System
3
Stars in System
1
Coordinates (RA, Dec)
27.4077°, -34.4591°
Discovery Method
Radial Velocity
Discovery Year
2026
Source ID: DMPP-2 d
DMPP-2 d orbits DMPP-2 and was reported in 2026 and was detected with the Radial Velocity method.
Published measurements list a minimum mass of 91.79 Earth masses (M sin i) and an orbital period of 16.49 days.
Catalog data places the system at about 137.9 parsecs from Earth and 3 known planets in the system.
Host star
Explore the stellar record for this system to compare temperature, spectral type, and known planets.
Open DMPP-2