CreateOn NASA Rocketship Magnetic Tile Set | 18-Piece STEM Building Toys for Kids 3+

Hands-on STEM play with CreateOn NASA Rocketship Magnetic Tile Set

Designed for little builders, this 18-piece set invites kids to snap magnetic tiles into rockets, castles, and imaginative scenes. The experience blends tactile play with learning goals, offering an approachable way to explore ideas through building, storytelling, and sequencing.

These tiles can help teach STEAM skills such as geometry and spatial awareness, while also encouraging creative storytelling, sequencing, and problem solving. Because play is open-ended, children can lead the activity, choosing what to build and how to connect pieces to bring ideas to life.

Originally designed for preschool classrooms, this kit brings classroom-inspired exploration to home play. Kids can experience learning through open-ended play, creativity, and building at home, turning a quiet afternoon into a mini design challenge.

All CreateOn products are developed and assembled in the USA, so your purchase supports growing American families.

Mix and match magnetic tiles from a castle set with rocket tiles, connect doodles to numbers, and add unique characters to a child’s collection of interactive toys. Little learners ages 3 and up can build whatever their imagination can create as they connect the magnetic tiles.

• Mix and match with castle tiles to expand play possibilities
• Open-ended play supports imagination, sequencing, and problem-solving
• Designed for ages 3 and up to grow with your child

In your home, this set becomes a versatile building station for family time, classroom-like exploration, or quiet solo practice. The magnets provide a intuitive building experience, and the varied pieces invite kids to experiment with shapes, balance, and storytelling, all within a kid-friendly framework. The result is a flexible toy set that adapts to a child's next idea rather than dictating a single path.

What this set can unlock at home

• Engaging, hands-on exploration that pairs structure with imagination
• Real-time experimentation with balance and stacking ideas