To colonize a new planet, you must send a colony ship on the colonization mission type. The ship will only colonize the planet if you have a sufficient level of astrophysics technology to allow another planet above what you already have. Every other level (1,3,5,7) of astrophysics allows you an additional colony slot (refer to the table in astrophysics for more details).
- Each position has a different possible range of planet fields which control how much you can build on a planet. When you colonize, the amount of fields will be randomly assigned within this range. (And then increased by the universe settings and your class, if applicable). If you receive a planet you deem too small for long-term use, it is possible to abandon the planet and recolonize. The biggest planets are generally found in position 8.
- The position affects the temperature of the planet. This in turn determines energy production from solar satellites and deuterium production. Colder planets produce less energy from solar satellites, but colder planets yield more deuterium. The best deuterium production is found in position 15, and the best solar satellite energy production in position 1. When you colonize a planet, the temperature is randomly assigned within the possible range of the position.
- Positions 1-3 receive a bonus in their production of crystal. The highest crystal production is found in position 1, which has a 40% bonus. Position 2 has a 30% bonus and Position 3 has a 20% bonus.
- Positions 6-10 receive a bonus in their production of metal. The highest metal production is found in position 8, which has a 35% bonus. Positions 7 and 9 have a 23% bonus and positions 6 and 10 have a 17% bonus.
Planet field and temperature ranges for each position
|Position||Minimum Size [note 1]||Average Size [note 1]||Max Size [note 1]||Minimum Temp||Average Temp||Maximum Temp||Comments|
|1||96||134||172||220°C||240°C||260°C||40% crystal production bonus|
|2||104||140||176||170°C||190°C||210°C||30% crystal production bonus|
|3||112||147||182||120°C||140°C||160°C||20% crystal production bonus|
|6||146||194||242||50°C||70°C||90°C||17% metal production bonus|
|7||152||200||248||40°C||60°C||80°C||23% metal production bonus|
|8||156||209||262||30°C||50°C||70°C||35% metal production bonus; largest planets|
|9||150||198||246||20°C||40°C||60°C||23% metal production bonus|
|10||142||187||232||10°C||30°C||50°C||17% metal production bonus|
|15||90||127||164||-130°C||-110°C||-90°C||Highest deuterium production[note 2]|
- Size is also affected by the universe settings. Most universes include a bonus number of fields, such as 30, which are added to each planet. In these cases, you should add the bonus number to each number in the table above to find the true numbers for your universe. In addition, players of the discoverer class also get an additional 10% bonus on planet field size, above the numbers listed.
- Deuterium production is determined by the planets temperature. Since position 15 has by far the coldest planets, it produces by a significant margin the most deuterium.
Expected image for new planets
You can use the following chart to determine the expected image a planet will receive if a certain position is colonized.
- Version 7.5.0 Rebalance of Classes Release notes. Retrieved on 2020-09-24.
- Version 7.4.0-pl2 Release Notes. Retrieved on 2020-09-24.
- Planet sizes and temperatures sourced from the colonization details on the official Gameforge wiki for OGame
|Strategy for OGame|