3D Solar System Model
Turn this labelled solar system around to see the eight planets in order on their orbits around the Sun, with the asteroid belt between the inner rocky planets and the outer giants. Sizes and distances are not to scale, so everything fits on one screen.
An illustrative teaching model built with Scholarly. Shapes, sizes, and colours are simplified so each part is easy to see.
Free to start. Build one from your own notes, slides, or textbook PDF.
Labelled parts
Parts of the solar system
The 10 parts labelled on the model, and what each one does.
- Sun
- The star at the centre. It holds over 99% of the solar system's mass, and its gravity keeps the planets in orbit.
- Mercury
- The smallest planet and the closest to the Sun. It has almost no atmosphere.
- Venus
- The hottest planet, wrapped in thick clouds that trap heat.
- Earth and the Moon
- The only planet known to support life, with its one natural satellite.
- Mars
- The red planet, coloured by iron oxide dust. It has the largest volcano in the solar system.
- Asteroid belt
- A ring of rocky objects between Mars and Jupiter that separates the inner and outer planets.
- Jupiter
- The largest planet, a gas giant with the Great Red Spot, a storm bigger than Earth.
- Saturn
- A gas giant known for its bright rings of ice and rock.
- Uranus
- An ice giant that rotates on its side, so its poles take turns facing the Sun.
- Neptune
- The farthest planet from the Sun, an ice giant with the fastest winds in the solar system.
For class and projects
Using this model for class or a project
For studying, rotate the model and name the planets in order from the Sun. Then split them into groups: the four inner rocky planets, the asteroid belt, the two gas giants, and the two ice giants.
For a solar system model project, use it as a reference for order and relative size. Make Jupiter and Saturn the largest, put the asteroid belt between Mars and Jupiter, and give Saturn its rings. Add a note that sizes and distances are not to scale, as this model does.
Teachers can show the model on a classroom screen while explaining orbits, gravity, or why the planets differ. For dwarf planets, moons, or a model with true distances, you can build your own version from your notes.
Make your own
Need a model of your own lesson?
This model was built in Scholarly from a short description. You can build one from your own material, labelled in the words your course uses.
- 01
Add your material or describe it
Pick notes, slides, a textbook PDF, or a lecture recording, or type what the model should show.
- 02
Scholarly builds the model
In a few minutes you get an interactive 3D model with labels. A full build uses 1 AI Creation Credit, and you confirm it first.
- 03
Refine it, then use it
Ask for small changes in chat for free. On a paid plan, export a 4K picture, a turntable video, or a .glb file for slides.
FAQ
Solar system model questions
What is the order of the planets from the Sun?
Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune. The asteroid belt lies between Mars and Jupiter.
Why isn't Pluto in this model?
Since 2006, Pluto has been classified as a dwarf planet, so the solar system has eight planets. This model shows the eight planets and the Sun.
Is this solar system model to scale?
No. At true scale the planets would be tiny dots far apart, and most would not fit on screen. Sizes and distances are changed so you can see every planet at once.
Can I use this model for a school project?
Yes, you can use it as a reference while you study or build a physical model. Exporting pictures or video of models you build yourself needs a paid plan.
Can I make my own 3D solar system model?
Yes. Sign up, choose 3D model, and describe what you need or add your notes. Scholarly builds a labelled, interactive model in a few minutes. A full build uses 1 AI Creation Credit, and you confirm it first.
Keep exploring
More interactive 3D models
Animal cell 3D model
A labelled cutaway with the nucleus, mitochondria, ER, and Golgi.
Plant cell 3D model
Cell wall, chloroplasts, and the large central vacuole, labelled.
Human heart 3D model
Four chambers, four valves, and the great vessels in a cutaway.
Human brain 3D model
The four lobes, cerebellum, and brainstem, labelled.
Human skull 3D model
The cranial and facial bones and the main sutures.
Human skeleton 3D model
The major bones of the body, labelled head to toe.
Human eye 3D model
Cornea, lens, retina, and optic nerve in a cutaway.
DNA 3D model
The double helix with its backbone and base pairs.
Atom 3D model
A carbon atom's nucleus and electron shells, Bohr style.
3D models in Scholarly
How 3D models work, what they cost, and what they can't do yet.
Turn your notes into a 3D model
Build a labelled, interactive model of whatever you are studying or teaching, then make flashcards and a quiz from the same notes.
3D models are in Beta. A full build uses 1 AI Creation Credit; small chat edits are free.