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Auto Credit Based on SolarCompany's Realism Overhaul Starter Edition

The solar system is composed of the Sun, eight planets, dwarf planets, asteroids, comets, and numerous other smaller objects. The Sun, a star, dominates the system, with its gravity holding all other objects in orbit.

The eight planets, in order from the Sun, are Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune. Beyond the planets are dwarf planets like Pluto, and vast regions like the asteroid belt and the Kuiper belt, which are home to asteroids and icy bodies respectively. Comets, often described as "dirty snowballs," are also part of the solar system, with their tails becoming visible when they pass close to the Sun.

Key Components of the Solar System:

The Sun:

The central star, providing light and heat, and its gravity governs the orbits of all other objects.

Planets:

Eight large celestial bodies that orbit the Sun, categorized as inner (rocky) and outer (gaseous) planets.

Dwarf Planets:

Smaller celestial bodies, like Pluto, that orbit the Sun but haven't cleared their orbital paths of other debris.

Asteroids:

Rocky remnants from the early solar system, most concentrated in the asteroid belt between Mars and Jupiter.

Comets:

Icy bodies that develop a tail of gas and dust when they approach the Sun.

Moons:

Natural satellites that orbit planets.

Kuiper Belt:

A region beyond Neptune, containing icy bodies and dwarf planets.

Oort Cloud:

A hypothetical cloud of icy objects far beyond the Kuiper Belt, thought to be the origin of long-period comets.

Orbital Paths:

All planets, dwarf planets, asteroids, and comets orbit the Sun in elliptical paths, with the Sun at one focus.
The speed of an object's orbit depends on its distance from the Sun.
Moons orbit planets, not directly around the Sun.

Other Notable Features:

The solar system is mostly empty space, with vast distances between objects.
The solar system is just a small part of the Milky Way galaxy, which contains billions of stars.
Astronomers divide the solar system into regions, including the inner solar system (Mercury to Mars and the asteroid belt) and the outer solar system (Jupiter and beyond).

New Object And Changes

Updated Kennedy Space Center With New Landing Spots

New Textures To Mercury And Moon

Added A New Asteroid

Added Vostochny Cosmodrome

GENERAL INFO

CELESTIAL BODIES

Name Parent Radius Surface Gravity Apoapsis Periapsis
Sun 239.1 Mm 20.6 m/s - -
Mercury Sun 2,948 km 1.6 m/s 14,211.0 Mm 9,968.0 Mm
Venus Sun 6,037 km 8.7 m/s 23,258.6 Mm 21,469.5 Mm
Earth Sun 6,371 km 9.8 m/s 31,651.3 Mm 30,410.0 Mm
Moon Earth 1,274 km 1.7 m/s 383.7 Mm 382.9 Mm
2024 PT5 Earth 1,000 m 0.4 m/s 769.4 Mm 505.6 Mm
Bennu Sun 2,318 m 0.0 m/s 37,899.4 Mm 35,247.2 Mm
Mars Sun 4,000 km 7.5 m/s 47,415.0 Mm 40,820.5 Mm
Phobos Mars 184 km 0.4 m/s 27,027 km 26,973 km
Deimos Mars 184 km 0.4 m/s 56,716 km 56,602 km
Didymos Sun 3,000 m 0.4 m/s 62,961.0 Mm 53,670.8 Mm
Dimorphos Didymos 1,291 m 0.4 m/s 76 km 76 km
1994 PC1 Sun 1,050 m 0.0 m/s 67,904.6 Mm 57,885.1 Mm
1999 JU9 Sun 23 km 0.4 m/s 88,473.6 Mm 76,663.5 Mm
Ceres Sun 174 km 1.7 m/s 104,933.8 Mm 94,630.8 Mm
Pallas Sun 257 km 0.2 m/s 124,509.7 Mm 106,137.8 Mm
67P/Churyumov Gerasimenko Sun 23 km 0.4 m/s 189,847.6 Mm 62,818.4 Mm
Jupiter Sun 65,000 km 24.0 m/s 154,731.3 Mm 154,422.1 Mm
Metis Jupiter 23 km 0.4 m/s 921.3 Mm 250.0 Mm
Io Jupiter 2,104 km 7.0 m/s 619.5 Mm 618.3 Mm
Europa Jupiter 2,006 km 7.0 m/s 1,195.2 Mm 1,192.8 Mm
Ganymede Jupiter 2,366 km 7.0 m/s 1,675.8 Mm 1,672.5 Mm
Callisto Jupiter 1,903 km 7.0 m/s 2,599.2 Mm 2,594.0 Mm
Elara Jupiter 93 km 0.4 m/s 4,354.1 Mm 4,067.3 Mm
Amalthea Jupiter 53 km 0.4 m/s 7,685.8 Mm 3,642.0 Mm
Thyone Jupiter 9,180 m 0.2 m/s 8,688.9 Mm 7,143.3 Mm
8P-Tuttle Sun 9,582 m 0.1 m/s 354,283.1 Mm 52,816.3 Mm
Saturn Sun 64,000 km 15.2 m/s 261,943.1 Mm 261,419.8 Mm
Pan Saturn 17 km 0.4 m/s 242.8 Mm 242.3 Mm
Methone Saturn 20 km 0.4 m/s 483.5 Mm 482.5 Mm
Mimas Saturn 450 km 1.6 m/s 797.8 Mm 796.2 Mm
Enceladus Saturn 550 km 2.0 m/s 1,400.5 Mm 1,397.7 Mm
Tethys Saturn 550 km 1.8 m/s 2,064.7 Mm 2,060.5 Mm
Peggy Saturn 23 km 0.4 m/s 2,781.1 Mm 1,769.8 Mm
Dione Saturn 550 km 2.8 m/s 2,504.6 Mm 2,499.6 Mm
Rhea Saturn 350 km 1.6 m/s 3,082.5 Mm 3,076.3 Mm
Titan Saturn 2,974 km 4.6 m/s 6,127.3 Mm 6,115.0 Mm
Hyperion Saturn 16 km 0.4 m/s 8,055.5 Mm 6,718.4 Mm
Iapetus Saturn 650 km 2.4 m/s 12,415.5 Mm 11,460.7 Mm
Phoebe Saturn 23 km 0.4 m/s 16,271.8 Mm 12,706.1 Mm
Uranus Sun 25,000 km 9.9 m/s 399,012.7 Mm 398,215.5 Mm
Miranda Uranus 550 km 7.0 m/s 282.9 Mm 282.4 Mm
Ariel Uranus 250 km 1.7 m/s 500.6 Mm 499.6 Mm
Umbriel Uranus 250 km 1.7 m/s 902.8 Mm 901.0 Mm
Titania Uranus 250 km 1.7 m/s 1,506.5 Mm 1,503.5 Mm
Oberon Uranus 250 km 1.7 m/s 2,255.0 Mm 2,250.5 Mm
Mab Uranus 20 km 0.4 m/s 4,900.9 Mm 2,295.4 Mm
Neptune Sun 24,000 km 8.4 m/s 518,585.1 Mm 517,549.0 Mm
Triton Neptune 550 km 1.7 m/s 335.8 Mm 335.1 Mm
Proteus Neptune 22 km 0.1 m/s 701.3 Mm 387.3 Mm
Nereid Neptune 23 km 0.4 m/s 915.4 Mm 707.5 Mm
Hippocamp Neptune 23 km 0.4 m/s 1,694.5 Mm 1,691.1 Mm
Despina Neptune 23 km 0.4 m/s 2,418.9 Mm 2,414.0 Mm
Larissia Neptune 23 km 0.4 m/s 3,368.2 Mm 3,361.5 Mm
Halley Sun 9,318 m 0.4 m/s 1,064,284.9 Mm 27,140.2 Mm
Pluto Sun 784 km 1.9 m/s 631,049.2 Mm 536,957.4 Mm
Charon Pluto 394 km 2.6 m/s 21,134 km 21,092 km
Nix Pluto 23 km 0.4 m/s 48,003 km 47,907 km
Styx Pluto 23 km 0.4 m/s 60,697 km 60,576 km
Hydra Pluto 23 km 0.4 m/s 74,015 km 73,867 km
Kerboros Pluto 23 km 0.4 m/s 86,016 km 85,844 km
Arrokoth Sun 22 km 0.4 m/s 700,011.4 Mm 590,239.5 Mm
Haumea Sun 710 km 0.4 m/s 747,415.1 Mm 676,477.7 Mm
Namaka Haumea 83 km 1.4 m/s 23,345 km 23,299 km
Hiiaka Haumea 93 km 1.6 m/s 50,495 km 40,752 km
Makemake Sun 450 km 1.6 m/s 848,163.5 Mm 736,281.1 Mm
MK2 Makemake 53 km 0.1 m/s 20,879 km 20,837 km
Eris Sun 503 km 7.9 m/s 1,226,111.9 Mm 773,888.1 Mm
Dysnomia Eris 184 km 3.2 m/s 51,564 km 39,169 km

7 Comments

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  • Profile image
    2,914 SolarCompany

    @Peppino4444 Good Question, But I Use Sea Level To Make A Cloud Cover, But I'll Do That Soon

    one month ago
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    At least give titan a proper surface, its surface is basically 100% liquid

    +1 one month ago
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    @SolarCompany Hey Solar Company, I'm a huge fan. I recently recreated your adaptable solar system on Android by reducing the planets' sizes and distances by half. Could you please let me know what you think? Sorry to bother you, and have a great day.

    +1 2 months ago
  • Profile image

    First of all, thank you to all the creators for your contributions to this project. However, during my use, I noticed some issues: the latitude and longitude grids on some planets are misaligned, leading to significant deviations from the actual celestial bodies' real positions. Additionally, the planet's topographical relief is not very pronounced; many landforms are not realistically represented. I hope the terrain can be further refined. Lastly, there are noticeable inaccuracies in the placement of a minority of launch sites (even just relative to the terrain itself). I request further improvements on this as well. Finally, thank you once again to all creators for your hard work. I wish you all the best in refining this into a masterpiece, ensuring it becomes a significant milestone in this game's history!

    +2 2 months ago
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    17.3k Aludra877

    hey man, heres a world you may be interested in, you can read up about it here lol, https://www.forbes.com/sites/jamiecartereurope/2025/07/15/meet-ammonite---a-new-world-just-found-in-the-solar-system/

    Great work as always, thank you for doing this for our solar system

    +1 2 months ago
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    2,914 SolarCompany

    @Gigachad360 Thanks

    2 months ago
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    Great job

    +1 2 months ago

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