• What Makes It Useful: Make learning fun and easy with the help of this Foam Solar System Kit. Building a model turns astronomy vocabulary into a visual, hands-on experience.
• Why It Matters: Includes Foam Balls: 10cm 1pc, 8cm 1pc, 6cm 1pc, 5cm 2pc, 4.5cm 2pc, 3.5cm 2pc, 2.5cm 1pc; Foam Rings: 10cm 2pc; 1.6m Aluminium Wire 1.6mm(T); Instruction Sheet. Different component sizes encourage discussion about how planets compare.
• What You Can Do: Great for use at home, at school and at camp! Decorating each planet adds research, color recognition, and creative decision-making to the lesson.
• How It Fits Your Routine: Polyfoam DIY Solar System Kit 13pc- Make learning fun and easy with the help of this Foam Solar System Kit. An instruction sheet gives learners a useful starting point for assembly.
• What's Included: This listing includes assorted foam balls, 2 foam rings, aluminum wire and an instruction sheet. The listed color is White, and the listed size is Assorted component sizes.
• Good to Know: The primary listed material is Polyfoam and aluminum wire. Assembly is required. Paint, adhesive, and decorating supplies are optional and sold separately.

Want to turn a lesson about the solar system into a model students can build and explore? Polyfoam DIY Solar System Kit 13pc- Make learning fun and easy with the help of this Foam Solar System Kit. Great for use at home, at school and at camp! Includes Foam Balls: 10cm 1pc, 8cm 1pc, 6cm 1pc, 5cm 2pc, 4.5cm 2pc, 3.5cm 2pc, 2.5cm 1pc; Foam Rings: 10cm 2pc; 1.6m Aluminium Wire 1.6mm(T); Instruction Sheet; Assorted foam ball sizes help represent different planets, while rings and aluminum wire support a three-dimensional display. Building the model gives learners a reason to discuss planet order, relative size, orbit concepts, and the structure of our solar system. The instruction sheet helps guide assembly, and the unpainted components invite students to research and choose how to decorate each planet. The kit works well for classrooms, homeschool, science fairs, camps, and family learning where hands-on construction can make an abstract topic easier to remember.