Planet Wolf 1301 4
Class I gas giant
Overview
| System: | Wolf 1301 - All bodies | ||
| Distance to Sol: | 88.02 ly | ||
| Distance To Arrival: | 1,511 ls | ||
| Is Landable: | No | ||
| Terraforming: | Not terraformable | ||
| Earth Masses: | 131.1783 | ||
| Radius: | 61,609 KM | ||
| Gravity: | 1.40 G | ||
| Surface Temperature: | 142 K | ||
| Atmosphere Type: |
73.5% Hydrogen 26.5% Helium |
||
| Orbital Period: | 347.1 D | ||
| Semi Major Axis: | 0.15 AU | ||
| Orbital Eccentricity: | 0.1636 | ||
| Orbital Inclination: | -6.62 ° | ||
| Arg Of Periapsis: | 356.58 ° | ||
| Rotational Period: | 361.6 D - Tidally locked | ||
| Axis Tilt: | 0.16 ° | ||
| Materials: |
None
|
||
| Stations: |
|
||
| Attractions: |
|
Class I or jovian gas giants have primarily hydrogen and helium atmospheres. Coloration comes from clouds in the upper atmosphere of ammonia, water vapour, hydrogen sulphide, phosphine and sulphur. The temperature at the top of their upper cloud layers is typically less than 150 K.
View
Rings
- Reserve Low
| Ring Type | Mass | Semi Major Axis | Inner Radius | Outer Radius | ||
| Wolf 1301 4 A Ring | Rocky | 32,711,000,000.00 MT | 0.00 AU | 113,550 KM | 125,750 KM | |
| Wolf 1301 4 B Ring | Icy | 173,450,000,000.00 MT | 0.00 AU | 125,850 KM | 176,890 KM |
Advertisement