Spin the wheel to land on a random planet, moon, dwarf planet, comet, or star! Features 18 iconic space objects with fun facts and a stunning deep-space theme.
Click the spinning wheel (or tap on mobile) to launch your cosmic journey
Watch the wheel spin through planets, moons, and more
See which space object you landed on in the reveal popup
Read a fascinating fun fact about your space object
Click 'Fascinating!' to spin again and explore another object
18 iconic space objects including all 8 planets, the Sun, Moon, famous moons, dwarf planets, a comet, and a star
Fun facts revealed for each space object after spinning
Deep-space dark theme with authentic celestial colors
Smooth rocket-launch animation with space-themed visuals
Object type labels: Planet, Dwarf Planet, Moon, Comet, Star
The Planets & Space Spinner is an interactive wheel that randomly selects from 18 iconic space objects in our solar system and beyond. Perfect for space enthusiasts, students, educators, and anyone curious about the cosmos. Use it as a fun learning tool, a classroom activity, or just to satisfy your curiosity about what's out there.
Whether you're a budding astronomer or just love space trivia, this spinner adds an element of discovery to learning about our solar system. Use it in classrooms to spark discussions about space science, play it as a party game, or use it to pick your next space documentary topic. It's the perfect way to make astronomy fun and interactive.
The spinner includes all 8 planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune), the Sun, the Moon, famous moons (Io, Europa, Ganymede, Titan), dwarf planets (Pluto, Ceres), Halley's Comet, and the star Sirius — 18 objects total.
When you land on a space object, a popup reveals its name, emoji, type (Planet, Dwarf Planet, Moon, Comet, or Star), and an interesting fun fact about that object.
Absolutely! The Planets & Space Spinner is perfect for classroom activities. Use it to randomly assign students a space object to research, to spark discussions about astronomy, or to make science lessons more engaging and interactive.
Yes, each spin uses a random initial velocity so every object has an equal chance of being selected. The result is always unpredictable and fair.