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Kepler-1702 b

Kepler-1702 b is a hot large super-Earth orbiting an orange star 2,796 ly away. A year there lasts 18.5 days. It was found using the transit method: it dims its star as it passes in front. Planets this size may be wrapped in thick gas; the game imagines it as a solid or water world you can walk on. Note: its mass is estimated from its size.

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EarthKepler-1702 b
Gravity12.26 m/s²1.25× Earth estimated
Size1.6× Earthradius measured
Mass3.2× Earthestimated
Temperature≈ 282 °Cequilibrium temperature measured
Distance2,796 light-yearsfrom the Sun
Its star5,093 Kan orange dwarf
One year18.5 daystime to orbit its star
Discovered2020transit

What it would be like in Worldwalk imagined

Nobody has seen the surface of Kepler-1702 b. The game builds it from the real numbers above: you land on bare, cratered rock with no air.

Pack the right suit. Choose 3 of 6 modules (cooling, heating, pressure hull, extra oxygen, radiation shield, jetpack), complete 3 surveys and get back to the lander before your oxygen runs out.

Play Kepler-1702 b

Similar worlds nearby

Kepler-233 b2,793 light-yearsKepler-233 c2,793 light-yearsKepler-1090 b2,801 light-yearsKepler-1090 c2,801 light-yearsKepler-162 c2,791 light-yearsKepler-1991 c2,791 light-years

Sizes, masses, temperatures and orbits come from the NASA Exoplanet Archive (Planetary Systems Composite table). Values marked estimated are calculated from the other measurements; the surface and air are imagined for the game.