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|lum={{Exp|2.69|26}} (0.70 of Sol) | |lum={{Exp|2.69|26}} (0.70 of Sol) | ||
|loc= | |loc=[[Beeria Sector]]<br>2 ly from the [[Tovina Star System]]<br>3 ly from the [[Tucana Star System]]<br>5 ly from the [[Sigma Tamelos Sector]] | ||
}} | }} | ||
Revision as of 01:01, 30 December 2021
| Type: | G9V Yellow Main Sequence |
| Radius: | 7.78 x 105 km (1.12 times Sol) |
| Mass: | 2.30 x 1030 kg (1.15 times Sol) |
| Temperature: | 5000 K |
| Luminosity: | 2.69 x 1026 (0.70 of Sol) |
| Location: | Beeria Sector 2 ly from the Tovina Star System 3 ly from the Tucana Star System 5 ly from the Sigma Tamelos Sector |
Hubroid Prime
| Class: | E |
| Distance: | 6.89 x 107 km (0.46 AU) |
| Period: | 10.58 Days |
| Radius: | 6,363.38 km (Similar to Earth) |
| Gravity: | 1.08 G |
Although world is similar in size and composition to Earth it has little potential to develop into a Class M. At this time the surface is mostly molten with a very dense core, mostly of iron, silicone, and magnesium. There is a thin atmosphere composed mostly of hydrocarbons, carbon dioxide, sulfuric acid, and hydrogen sulfide. The planet is too close to Hubroid to develop into a Class M world and more than likely evolve into a large Class B / C or a very hot Class H / N world in several billion years. Due to its similar size to Earth, terraforming may be possible with heavy atmospheric changes once the core cools in several billion years. Heavy volcanic activity and tectonic instability cause considerable volcanic gas venting into the atmosphere, as such the atmosphere is particularly caustic and hot. Extreme caution should be taken if attempting to enter the atmosphere.