Welcome to the Solar System!
This map shows where the planets and dwarf planets really are today. Their positions are worked out from their true orbits, so it matches the real sky. Click any world to learn all about it — including every one of its moons.
The night side of each world faces away from the Sun, just like in real life. The grey speckles between Mars and Jupiter are the asteroid belt — each dot is a rock on its own orbit, and we keep a little space clear around Ceres so you can always see it. Sizes are drawn bigger than real life so you can see them — if they were to scale, Earth would be far too small to spot.
Or pick a world from the list
Dwarf Planets 🤍
A dwarf planet is round like a planet and circles the Sun like a planet — but it has NOT cleared all the other rocks and ice out of its path. There are five official ones. Click to explore!
Stars ⭐
A star is a giant ball of glowing gas that makes its own light and heat. Our Sun is a star — it just looks bigger because it is much, much closer than all the others.
Our star: the Sun
The closest star to Earth, and the reason our planet is warm and bright. Click to read more.
Kinds of stars
Famous stars in the sky
How does a star live?
- Nebula — a huge cloud of gas and dust starts to squeeze together.
- Baby star — the middle gets hot enough to switch on and start shining.
- Grown-up star — it shines steadily for billions of years. Our Sun is here now.
- Red giant — the star runs low on fuel and puffs up very large.
- The end — small stars fade into white dwarfs. Big stars explode as supernovas and may leave a neutron star or a black hole.
The Milky Way 🌌
Fun facts about our galaxy
The Whole Universe 🔭
The universe is everything — every star, every planet, every galaxy, and all the empty space in between. Here are the big ideas, explained simply.
How big is big? 📏
Imagine the Sun shrunk down to the size of a beach ball. Then:
- Earth would be a peppercorn, about 26 metres away.
- Jupiter would be a walnut, about 135 metres away.
- Neptune would be a pea, about 800 metres away.
- The next star would be another beach ball — nearly 7,000 kilometres away!
Space is mostly empty space. That is why it is so hard to travel across!