Solar system model extracting normals from heightmap from satellites. Color not necessarily the realest. Rough proportions and clearly distance not to scale.

High Resolution Solar system

The Solar System is the gravitationally bound system of the Sun and the objects that orbit it. The largest of such objects are the eight planets, in order from the Sun: four terrestrial planets, named Mercury, Venus, Earth and Mars; and four giant planets, including two gas giants, Jupiter and Saturn, and two ice giants, named Uranus and Neptune. The terrestrial planets have a definite surface and are mostly made of rock and metal. The gas giants are mostly made of hydrogen and helium, while the ice giants are mostly made of volatile substances such as water, ammonia, and methane. In some texts, these terrestrial and giant planets are called the inner Solar System and outer Solar System planets respectively.

Solar system

Blend4web version: http://engine9.ru/solarsystem.html

Solar system planets scale

Make On Paint 3d With the new tools in Paint 3D, you can easily create in three dimensions. In Paint 3D, select 3D View from the top menu. Then, select a 3D object from the right menu, and click or tap and drag in the workspace to create your shape.

Solar System Paint 3D

Sistema Solar

I wanted to make a small contribution of a 3D model of the solar system that I made once, it is not to scale but I found it interesting to practice.
The color is not necessarily the most realistic. They are not proportional and clearly the distance is not to scale, it is only a test. https://www.behance.net/gallery/64190341/Solar-System

Solar System Custom

A straight re-upload of the public domain model published by NASA:
https://nasa3d.arc.nasa.gov/detail/curiosity-clean

This Blender file includes a rover deployment and short drive

Author/Origin: Brian Kumanchik, NASA/JPL-Caltech

Relevant Mission: MSL

Date Added: May 6, 2016

Keywords: 3D Model, Spacecraft, Satellite, Eyes on the Solar System, Mars

GitHub Repository: Curiosity (Clean)

NASA Curiosity (Clean)

The Orrery - nine planet model of solar system.

SOFTWARE — MAYA, Substance Painter, CLIP STUDIO PAINT

The Orrery

Realistic Jupiter

In this 3D solar system size comparison model, the radius of each planet is measured relative to Earth's radius (6,378 km). This means that the Earth's sphere in the model has a radius of 1 cm, where 1 cm represents 6,378 km. For example, the sphere representing Jupiter has a radius of 10.961 cm, and its actual radius can be calculated using the formula:

Sphere Radius* 6,378 = Actual Radius of the Planet

The data used in this model was sourced from Google. While the model provides a useful size comparison, it is not 100% accurate because planets have different radii at the poles and the equator. However, it still serves as a good reference for understanding relative sizes.

The Sun’s radius can also be calculated using the same formula. However, the Sun does not have a single, fixed radius, as different wavelengths of light reveal slightly different measurements. In this 3D model, the Sun’s radius was determined based on visible light observations.

I hope you like this model!

Solar System Size Comparison

Made for a 48 hour game jam hosted by UCF's Game Dev Knights. I pitched a game titled Moon Harvest, where you play as a massive eldritch space leviathan as is casually consumes a solar system.

Moon Harvest - Leviathan

**Full name: Armillary sphere by Josef Jüttner (1828)**

An armillary sphere is an astronomical instrument containing a model of the celestial sphere and the Solar System. The sphere rests on three carved metal legs. The whole is set on a wooden stepped pedestal. 

This astronomical instrument presents the solar system according to the state of knowledge in 1828, i.e. without Neptune, which was discovered in 1846. 
Created in 1828 by Josef Jüttner (1775–1848), a Czech cartographer, constructor of globes and armillary spheres active in Prague and Vienna.

**For more images and further information, visit:** https://muzea.malopolska.pl/en/objects-list/2791 

Inventory number:  4306; 306/V

Localisation of the physical object: Jagiellonian University Museum Collegium Maius, Kraków, Poland

**Digitalisation: Regional Digitalisation Lab, Małopolska Institute of Culture in Kraków, Poland; “Virtual Museums of Małopolska” project**

Armillary sphere (1828)

**Milky Way Galaxy – Spiral Galaxy (3D Model)**

This model represents the Milky Way, the vast spiral galaxy that contains our solar system and billions of stars. The design focuses on capturing the galaxy’s iconic spiral arms, dense central core, and glowing star fields, while maintaining a clear, readable structure.

The swirling arms are filled with luminous dust clouds, star clusters, and cosmic glow, conveying the immense scale and motion of this massive system. The goal was to visualize the Milky Way in a way that feels both scientifically inspired and visually cinematic.

Milky Way: Spiral Galaxy

Saturn – Ringed Planet 3D Model

This 3D model represents Saturn, one of the most iconic and visually striking planets in our solar system. Known for its elegant ring system and soft golden cloud bands, Saturn is a symbol of beauty, scale, and cosmic wonder.

This version focuses on a clean, atmospheric presentation, emphasizing the delicate structure of the rings and the smooth gradients of the planet’s gaseous surface. Designed for space visualizations, cinematic scenes, educational projects, and sci-fi environments, this model balances visual appeal with real-time performance.

Optimized for interactive use, it is suitable for games, VR experiences, simulations, and real-time applications.

Saturn: The Ringed Planet

Mercury – High-Detail 3D Planetary Model

This 3D model represents Mercury, the smallest and innermost planet in our solar system. Characterized by its heavily cratered surface, extreme temperature variations, and airless environment, Mercury offers a visually striking and scientifically significant appearance.

Designed with accuracy and realism in mind, this model is ideal for space visualizations, educational projects, cinematic scenes, and sci-fi environments. It is optimized for real-time performance while maintaining strong visual quality.

Mercury: Closest Planet to the sun

Mars – High-Detail 3D Planet Model

This 3D model represents Mars, often called the Red Planet, known for its iron-rich surface, massive volcanoes, deep canyons, and thin atmosphere. As one of the most studied planets in our solar system, Mars has long fascinated scientists and space explorers as a potential candidate for future human exploration.

Designed with a realistic and atmospheric presentation, this model captures Mars’s dusty terrain, subtle color variations, and rugged surface features. It is ideal for space visualizations, educational projects, cinematic scenes, and sci-fi environments.

Optimized for real-time use while maintaining strong visual quality, this asset is suitable for games, VR experiences, simulations, and interactive applications.

Mars: The Red Dessert Planet: Nasa Projection

Venus – High-Detail 3D Planet Model

This 3D model represents Venus, often called Earth’s twin due to its similar size, yet vastly different in nature. Shrouded in thick clouds of sulfuric acid and dominated by extreme surface temperatures, Venus is one of the most hostile and mysterious worlds in our solar system.

Designed with a dramatic and atmospheric presentation, this model captures the planet’s dense, glowing cloud layers and powerful presence. It is ideal for space visualizations, cinematic scenes, sci-fi environments, and educational projects.

Optimized for real-time use while maintaining strong visual quality, this asset is suitable for games, VR experiences, simulations, and interactive applications.

Venus: Solar Systems Hottest Planet

Uranus – High-Detail 3D Planet Model

This 3D model represents Uranus, the seventh planet from the Sun and one of the most unique worlds in our solar system. Known for its pale blue coloration and extreme axial tilt, Uranus stands out as a calm, distant, and mysterious ice giant.

This model is designed with a smooth, minimal, and atmospheric presentation, making it ideal for space visualizations, cinematic scenes, educational projects, and sci-fi environments. The soft lighting and subtle color gradients emphasize the planet’s quiet, otherworldly presence.

Optimized for real-time use, this asset is suitable for interactive applications, simulations, and artistic space scenes.

Usage & Rights Notice

This model is provided for viewing and personal use only. Redistribution, reuploading, resale, or inclusion in datasets (including AI training or machine learning purposes) is not permitted without explicit permission from the creator.

Uranus: Coldest Planet and Worst Smelling Planet

Venus: Solar Systems Hottest planet

🪐 Haumea – Dwarf Planet 3D Model

This Haumea – Dwarf Planet 3D Model represents one of the most unique dwarf planets in the solar system, known for its elongated, fast-spinning shape and bright icy surface. Unlike most spherical celestial bodies, Haumea’s extreme rotation has stretched it into an oval, football-like form, giving it a distinct and instantly recognizable silhouette.

Located in the Kuiper Belt, Haumea is covered in reflective ice and frozen materials, giving it a pale, luminous appearance when illuminated. This model captures that cold, distant nature through its smooth yet irregular form, subtle surface variation, and clean, icy tones. Its unusual shape and bright surface make it stand out strongly among traditional planetary models.

Whether used as a background object or a main focal point, this model adds visual uniqueness, scientific interest, and cosmic variety to any space-themed environment.

Haumea - Dwarf Planet 3D Model

Description:
This model represents TrES-2b, one of the darkest known exoplanets ever discovered. Its surface is depicted as a scorched, volcanic world covered in obsidian terrain and glowing magma fractures, reflecting its extremely low reflectivity and hostile environment. The luminous lava-like veins cut through the planet’s shadowed crust, giving the impression of immense internal heat and constant geological activity. Designed for sci-fi and kaiju-themed settings, this model brings TrES-2b to life as a terrifying and alien world beyond our solar system.

TrES-2b - Planet 3D Model

🪐 Eris – Dwarf Planet 3D Model

This Eris – Dwarf Planet 3D Model represents one of the most distant and massive known dwarf planets in our solar system. Located far beyond Pluto, Eris is an extremely cold and reflective world, dominated by frozen surfaces and a harsh, icy environment. This model captures that remote and isolated nature through its pale coloration, subtle surface variation, and smooth yet rugged terrain.

Eris is known for its high reflectivity and frozen composition, which gives it a bright, almost glassy appearance when illuminated. These traits are reflected in the model’s shading and surface design, creating a realistic and cinematic representation of a deep-space object untouched by warmth or atmosphere. Its form emphasizes the quiet, ancient, and distant presence of this trans-Neptunian world.

Whether used as a background celestial body or a primary focal point, this model adds a sense of scale, coldness, and cosmic realism to any space-themed scene.

Eris – Dwarf Planet 3D Model

**Neptune – High-Detail 3D Planet Model**

This 3D model represents Neptune, the eighth and most distant planet from the Sun. Known for its deep blue coloration, extreme winds, and powerful storms, Neptune is one of the most dynamic and mysterious worlds in our solar system.

Designed with a smooth, atmospheric, and cinematic presentation, this model emphasizes Neptune’s rich color tones and calm yet powerful presence. It is ideal for space visualizations, educational content, cinematic scenes, and sci-fi environments.

Optimized for real-time use, this asset is suitable for interactive applications, simulations, and artistic space scenes.

**Usage & Rights Notice**

This model is provided for personal and educational use only. Redistribution, reuploading, resale, or inclusion in any datasets (including AI training or machine learning purposes) is not permitted without explicit permission from the creator.

Neptune: The Blue Planet

🪐 Haumea – Dwarf Planet 3D Model V2

This 2nd Version of Haumea – Dwarf Planet 3D Model represents one of the most unique dwarf planets in the solar system, known for its elongated, fast-spinning shape and bright icy surface. Unlike most spherical celestial bodies, Haumea’s extreme rotation has stretched it into an oval, football-like form, giving it a distinct and instantly recognizable silhouette.

Located in the Kuiper Belt, Haumea is covered in reflective ice and frozen materials, giving it a pale, luminous appearance when illuminated. This model captures that cold, distant nature through its smooth yet irregular form, subtle surface variation, and clean, icy tones. Its unusual shape and bright surface make it stand out strongly among traditional planetary models.

Whether used as a background object or a main focal point, this model adds visual uniqueness, scientific interest, and cosmic variety to any space-themed environment.

Haumea - Dwarf Planet 3D Model 2nd Version

Ceres – Dwarf Planet 3D Model

This Ceres – Dwarf Planet 3D Model represents the largest object in the asteroid belt and the only dwarf planet located in the inner solar system. Unlike the distant icy worlds of the Kuiper Belt, Ceres is a unique hybrid of rock and ice, featuring a rugged surface shaped by ancient impacts, frozen materials, and geological activity.

Ceres is known for its muted coloration, uneven terrain, and mysterious bright regions caused by reflective salts and ice deposits. These characteristics are reflected in the model through subtle surface variation, natural irregularity, and realistic shading. Its appearance emphasizes the ancient, weathered nature of this small but complex world.

Whether used as a background celestial body or as a primary object in a space scene, this model adds variety, realism, and scientific depth to any cosmic environment.

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