What it’s like to stand here
Kepler-68 d
weight
1.38 g
sun
about the same
sky
warm white

Illustration computed from this world’s measured and derived values, not a photograph.

Gas giant · likely temperate

Kepler-68 d

Radial Velocity: spotted by the gravitational wobble the planet tugs in its star.

Kepler-68
host star
13.90 R⊕
radius
267 M⊕
mass · measured
1.7 years
orbital period
-12°C (10°F)
avg temp
What it's like to stand here
1.38 g
surface gravity (no solid surface · measured mass)
1.7 years
one year, in Earth time
about the same
how big its sun looks vs ours
warm white
midday sky tint
0.7×
how high you could jump vs Earth
normal
day/night cycle (not tidally locked)
How long to get there · 470 ly away
Jet airliner
564 million years
dies en route1000-yr cryo: fails
Parker Solar Probethe fastest craft ever built
733,338 years
dies en route1000-yr cryo: fails
Light speed
470 years
dies en route1000-yr cryo: survives
Warp 10
172 days
arrives thriving
Folding spacetime
instant
arrives thriving
Size vs Earth
EarthKepler-68 d is 14× the width of Earth
Explore from here · roam the neighborhood
Host star
Binary system
Kepler-68
5847 K host star · 4 planets
Explore →

Zoom out: star → system → (soon) galaxy arm, host black hole, and a real image of the host galaxy.

Can you see it tonight? · observe
SMALL TELESCOPE NEEDED
Host-star brightnessmag 10.1
ConstellationCygnus
To see the host star4-6" (100-150 mm) telescope
Gear bridge

Matched telescope & eyepiece recommendations are coming. Any product links will carry a clear affiliate disclosure.

Illustration generated from Kepler-68 d's confirmed parameters, not a photograph.