Dres: Difference between revisions
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Dres is the fifth and smallest | Dres is the fifth and smallest planet in the [[kerbol system]]. Its orbit is somewhat inclined and eccentric, making it a bit difficult to intercept. It functions as the analogue for the real life dwarf planet [[wikipedia:Ceres_(dwarf_planet)|Ceres]] and resembles the saturnian moon [[wikipedia:Iapetus_(moon)|Iapetus]] in appearance. Dres has a thin system of rings, which serve as an analog for many ringed minor objects in the solar system like [[wikipedia:10199_Chariklo|Chariklo]]. | ||
== Surface == | == Surface == | ||
How can that which is not real, have a surface? | |||
== Synopsis == | == Synopsis == | ||
'' | ''A dwarf planet. Dres has the gravitational pull to round itself out as it orbits the sun, but it doesn't rule its inclined eccentric orbit like a proper planet. It is content to 'hang out' with other space objects rather than tell them to become moons or get lost. Dres is also home to a lovely ring system and rad equatorial ridge. How unique!'' | ||
== Trivia == | == Trivia == | ||
* Dres's rings are a reference to the Dres-teroid belt from KSP1, in which asteroids spawning in orbit of Dres could be mapped out to appear as rings around dres in the map view. | |||
[[Category:Celestial bodies]] | |||
[[index.php?title=Category:Celestial bodies]] |
Latest revision as of 03:51, 13 March 2025
Dres is the fifth and smallest planet in the kerbol system. Its orbit is somewhat inclined and eccentric, making it a bit difficult to intercept. It functions as the analogue for the real life dwarf planet Ceres and resembles the saturnian moon Iapetus in appearance. Dres has a thin system of rings, which serve as an analog for many ringed minor objects in the solar system like Chariklo.
Surface
How can that which is not real, have a surface?
Synopsis
A dwarf planet. Dres has the gravitational pull to round itself out as it orbits the sun, but it doesn't rule its inclined eccentric orbit like a proper planet. It is content to 'hang out' with other space objects rather than tell them to become moons or get lost. Dres is also home to a lovely ring system and rad equatorial ridge. How unique!
Trivia
- Dres's rings are a reference to the Dres-teroid belt from KSP1, in which asteroids spawning in orbit of Dres could be mapped out to appear as rings around dres in the map view.