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Explore space and beyond with the Discovery solar system model! introduce your child to the planets, stars and galaxies through the act of building then discussing the different features of each Planet and where it belongs in our universe. Build it together and create a three-dimensional mobile or build diorama to display in their bedroom or playroom. Glow-In-The-Dark stars and paints are included, so the fun doesn’t stop when the lights go out! this kit is recommended for scientific explorers ages 8 and up.
This article was co-authored by Jessie Antonellis-John. Jessie Antonellis-John is a Math and Science Instructor who teaches at Southwestern Oregon Community College. With over 10 years of experience, she specializes in curriculum development. Jessie earned her PhD in Teaching & Teacher Education from the University of Arizona, her Master of Education from Western Governors University, and her BS in Astrophysics from Mount Holyoke College. She''s also co-authored several peer-reviewed journal articles in professional publications.There are 8 references cited in this article, which can be found at the bottom of the page. This article has been viewed 433,585 times.
There are eight known planets orbiting our sun, including Earth. Making a model is a fun introduction to this solar system, and a good art project for primary school science classes. This detailed example can take a few hours to make, but most of that involves waiting for paint or clay to dry.
Paint a cardboard box black to represent outer space. Gather 9 polystyrene or clay balls of different sizes to represent the sun and the planets. Paint them accordingly, then run a thread through their centers and tape the end to the box to hang the planets. Position the planets around the sun in the correct order.
Thanks for reading our article! If you''d like to learn more about science, check out our in-depth interview with Jessie Antonellis-John.
Explore the natural world through science and sustainability
Looking for a step-by-step guide to building a 3D solar system model that is perfect for young learners to create? Read on to learn how my daughter and I made a rotating solar system model with simple materials we already had in our house!
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When my daughter came home from school with the news that she needed to build a solar system model for science class, she read aloud the list of requirements that her model needed to meet. Here are the requirements for her model:
After doing a little research, she chose to step up her design game and make the model move, simulating the rotation of each planet around the sun. In actuality, planets rotate in elliptical orbits around the sun, however for simplicity, she chose to make circular orbits. Once she had her design idea in place, we began rummaging through the house to find the materials she would to bring her 3D solar system model to life.
Starting from the closest planet to the Sun and moving outwards, the order and names of the planets in our solar system are:
Since we had to create the planets in approximate size to one another, here are the planets in our solar system arranged from smallest to large:
It’s important to note that size can be measured in different ways, such as by diameter, mass, or volume. In this list, the planets are arranged by diameter, which is the distance across the planet at its widest point.
My daughter needed to include some unique identifying features of the planets in our solar system. Here are a few that we could include:
These are just a few examples of the unique features of each planet. Each planet has its own set of characteristics that make it distinct from the others. My daughter chose to include Saturn''s rings and Jupiter''s Great Red Spot on her model.
*Alternatively, you can use a protractor to draw circles
You''ll notice that in the pictures we used wine corks as spacers between each cardboard circle. In retrospect, it would have been much easier to use air-dry clay in place of the wine corks, which is why I have eliminated the corks from the materials list.
If you don''t have some of the materials to make the 3D solar system model, consider a few of the following sustainable alternatives to purchasing the necessary supplies.
Cardboard is a major part of this solar system build and local grocery stores usually have an abundance of boxes. Request to speak with the manager about securing a few cardboard boxes for a science project and more than likely they''ll set aside more cardboard than you''ll need!
Did your grandmother ever tell you a story about how she went to the neighbor''s house to borrow a cup of sugar? As the pace of our modern lives has increased, we have forgotten or have never known what it’s like to walk across the street to ask to borrow something. Capitalize on the kindness of your neighbors, family members, and friends, and revitalize the simple act of borrowing!
If you''re missing some materials to make the solar system model, consider putting a request on your local Buy Nothing Group or Facebook Marketplace. You''ll be amazed at how quickly your request is met by others looking to declutter their homes! Another option is to stop into your local secondhand or consignment shop and see what items they have available. I have successfully shopped secondhand for crafting materials more times than I can count.
Libraries are for borrowing much more than just books! My local library continually hosts children’s activities and crafting sessions. Put a request into your librarian for extra crafting supplies they may have left over from a workshop. My good friend Jen, the editor of Honestly Modern, has written an entire series based on ways you can capitalize on your local libraries'' resources.
Once you''ve collected the necessary tools and materials, follow these simple steps to construct your three-dimensional solar system model. Adult supervision is necessary for the completion of this project and all specific tool safety guidelines must be followed.
Once you''ve completed your solar system model, it may become a permanent fixture in your home, proudly displayed on a mantel or shelf for years to come. However, when you are no longer in need of your display, here are some simple instructions to sustainably dispose of the materials.
I like to keep a bin of reusable craft supplies within arms reach of my children so that they can easily access supplies and find new ways to create with old things. Placing the wooden base, skewers, and wooden dowel rod into the bin reminds my kids to consider how to reuse materials rather than immediately disposing of them.
You''ll notice that in the pictures we used wine corks as spacers between each cardboard circle. In retrospect, it would have been much easier to use air-dry clay in place of the wine corks, which is why I have eliminated the corks from the materials list.
Join me on my mission to make sustainability science readily accessible to all learners.
Are you curious about the wonders of our solar system? Do you want to embark on an exciting journey into outer space without leaving your home? With the solar system model project, you can explore the vastness of our universe through creative and interactive hands-on activities.
Imagine being able to hold the solar system in your hands, marveling at the intricate details of each planet. By creating your own solar system model, you will not only learn about the different planets and their characteristics but also gain a deeper understanding of how our solar system functions as a whole.
As someone who has delved into this captivating project before, I can assure you that it is both educational and fun. The solar system model project allows you to dive into the fascinating world of space science while engaging in a hands-on experience that stimulates your creativity.
So why wait? Get ready to discover the wonders of our solar system by immersing yourself in this captivating project. In just a few simple steps, you’ll have your very own miniature version of our cosmic neighborhood right at your fingertips. Let’s dive into this exciting adventure together!
About Discovery solar system model instructions
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