Fun Sound Activities for Kids Aged 5-12: Safe and Educational Play at Home (2025 Update)

Educational and Fun Activities


Written by Gregg Payne

21 June 2024

🕓 10 min

Learning Through Listening (and Laughing!)

Looking for fun, low-prep, and educational activities you can do with your child at home? Sound-based play is the perfect way to bring science, creativity, and sensory exploration into your living room—all without needing expensive equipment. Whether it’s a rainy afternoon or a slow weekend, these activities use everyday materials to spark big discoveries.

At The Science of Sound, we believe every child should have the chance to explore science in a way that’s active, exciting, and full of wonder. These tried-and-tested sound activities are ideal for children aged 5–12 and are designed to be safe, simple, and packed with learning.

From building paper cup telephones to crafting your own rainstick or sound scavenger hunting around the house, each experience builds real scientific understanding through hands-on fun.

➡️ Explore more sound-based learning with our Science Holiday Camps or check out our related post: How Sound Waves Can Be Fun for Primary School Children

Let’s turn up the volume on home learning—one vibration at a time!

1. DIY Paper Cup Telephones

One of the simplest and most effective ways to explore how sound travels is through a homemade paper cup telephone. Kids love it for the mystery—and adults love it for the science!

What You’ll Need:

  • 2 paper cups
  • A piece of string (about 2 metres long)
  • Scissors
  • Paperclips or tape to secure the string inside the cups

How to Make It:

  1. Poke a small hole in the bottom of each cup.
  2. Thread the string through both holes and tie a knot or fasten it with a paperclip to keep it in place.
  3. Have two children each hold a cup and walk apart until the string is taut.
  4. One child speaks into their cup while the other listens—just like a real phone!

Why It’s Fun and Educational:

The string carries sound vibrations from one cup to the other. It’s a memorable, visual way to teach children how sound waves travel through solids. They’ll hear the difference when the string is tight versus loose, or when you try using different materials.

In our Science of Sound holiday camps, we turn this into an exploration challenge: how long can the string be before the sound breaks up? Which materials work best? It’s science, communication, and laughter all in one.

2. Make a Rainstick

This relaxing, tactile activity lets children turn everyday items into a calming sound instrument. A homemade rainstick mimics the sound of falling rain while teaching important lessons about how materials shape sound.

What You’ll Need:

  • 1 cardboard tube (e.g. paper towel roll)
  • A handful of rice, lentils, or small beads
  • Aluminium foil
  • Tape to seal both ends
  • Paint, markers, or stickers for decoration

How to Make It:

  1. Wrap aluminium foil into a long coil and place it inside the tube. This creates resistance for the beads to fall through.
  2. Add a few spoonfuls of rice or lentils into the tube.
  3. Seal both ends with tape.
  4. Decorate the outside with colours, patterns, or stickers.
  5. Gently tip the rainstick back and forth and listen to the soothing sound!

Why It’s Fun and Educational:

This activity teaches children about vibration, resonance, and how sound can be shaped by material, texture, and space. They’ll also experience how speed, weight, and density affect pitch and volume.

In our after-school enrichment clubs, we often pair this with mindful listening exercises—helping children calm down, focus, and explore the sensory side of science through gentle sound play.

3. Sound Scavenger Hunt

This activity turns ordinary surroundings into a sonic adventure! A sound scavenger hunt helps children tune into the world around them and build awareness of how different sounds are created.

What You’ll Need:

  • A list of everyday sounds (e.g. kettle boiling, footsteps, door creaking, bird chirping)
  • A pencil and clipboard (or use a phone for voice notes)
  • Optional: a timer to add some challenge

How to Play:

  1. Give your child the sound list and explore your home or garden together.
  2. As they hear each sound, have them tick it off or record it.
  3. Ask follow-up questions: What made that sound? Was it loud or soft? Did it change over time?

Why It’s Fun and Educational:

This activity builds auditory memory, observation skills, and environmental awareness. It encourages children to pause, focus, and reflect on how sound is made and perceived.

In our STEM workshops, we take this idea further with “Sound Mapping”—where children draw where each sound came from. At home, it’s a peaceful, playful way to help your child develop critical listening and curiosity.

4. Create a Water Xylophone

This colourful, musical experiment helps children understand how pitch changes depending on the amount of water in a container. It’s simple to set up and doubles as both science and art.

What You’ll Need:

  • 5–6 clear cups or glasses of the same size
  • Water
  • A spoon (metal or wooden)
  • Optional: food colouring for visual effect

How to Do It:

  1. Fill each cup with a different amount of water—from nearly full to nearly empty.
  2. (Optional) Add food colouring to each cup to make it easier to identify the levels.
  3. Tap each cup gently with a spoon and listen to the changing pitch.
  4. Let your child create simple tunes or try copying a melody!

What’s Happening:

More water = slower vibration = lower pitch. Less water = faster vibration = higher pitch. Children get to see how frequency and vibration speed relate to sound.

In our holiday camps, we build on this by using xylophones for team games and musical science quizzes. At home, it’s an easy way to mix learning with creativity—and it looks beautiful too!

5. Sound Reflection with a Spoon

This simple but surprising activity lets children feel how sound vibrations travel—right through string! It’s a great way to introduce reflection, conduction, and how materials affect sound.

What You’ll Need:

  • A metal spoon
  • String or twine (about 1 metre long)

How to Do It:

  1. Tie the string around the handle of the spoon.
  2. Wrap each end of the string loosely around your index fingers.
  3. Place your fingers gently in your ears (don’t push in too far—just to block external noise).
  4. Let the spoon dangle, then gently tap it against a chair or table.
  5. Listen closely—you’ll hear a clear bell-like sound right in your ears!

What’s Happening:

The vibrations travel from the spoon up through the string and into your ears. This activity shows that sound waves can travel through solids, not just air.

In our school workshops, this becomes a group challenge—testing different materials (ribbon, fishing line, wool) to see which one carries the clearest sound. It’s hands-on, unexpected, and a brilliant example of physics in action.

Final Thoughts

Sound is a powerful way to spark your child’s curiosity—without needing a screen or a lab coat. Whether they’re chatting through cup phones, crafting their own rainstick, or tuning a water xylophone, they’re not just playing—they’re learning how the world works, one vibration at a time.

These home-friendly activities build real science skills: observation, prediction, experimentation, and sensory awareness. Even better? They’re accessible, safe, and endlessly adaptable depending on your space, materials, or child’s age.

At The Science of Sound, our holiday camps, after-school clubs, and school workshops expand on these ideas with group projects, live demos, and interactive games that keep children inspired long after the activity ends.

➡️ Ready to take the learning further? Explore our Science Holiday Camps or join a STEM Workshop for Schools

Because sound isn’t just something to hear—it’s something to explore, question, and remember.

How to Maximise Learning During Holiday Camps in Croydon
5 Signs a School is Serious About STEM Education
Science in the Park: Outdoor STEM Activities Croydon Families Will Love

We use cookies to allow us to better understand how the site is used. By continuing to use this site, you consent to this policy. Click to learn more

The Science of Sound