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Scratch Pong Game Tutorial for Kids: Learn Coding Step by Step

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How to Make a Pong Game in Scratch for Beginners

Ready to dive into coding? Our Scratch Pong Game Tutorial For Kids will help you and your child build a fun, interactive game while learning coding skills! With easy steps, creative options, and a focus on online safety and hands-on learning, this guide is perfect for first-time coders and parents looking to boost digital literacy.


What You Need to Start a Scratch Pong Game


Requirement Details
Device Computer, laptop, or tablet with internet
Scratch Account Free at scratch.mit.edu
Time Needed About 1 hour
Supervision For younger kids, parents should help

Scratch is a beginner-friendly platform for kids. It’s used in many simple coding projects for kids and helps them learn important digital skills safely while having fun. Let's get ready to make your pong game scratch code!


Customize Your Scratch Pong Game Tutorial For Kids

Before creating your game, talk with your child about creative options. This encourages imagination and helps them understand how algorithms work for kids. Customising your pong game helps kids take ownership of the learning process.


  • Choose a colourful or themed background.

  • Pick a fun ball sprite or design your own.

  • Decide on a win message, such as “You Did It!” or “Great Job!”

  • Set a safe, respectful name for your game project.


Learn more about Scratch for Kids

Step-by-Step Scratch Pong Game Tutorial For Kids

Now let's walk through making your own Scratch Pong Game together! This project uses block-based programming, perfect for kids’ digital literacy, and integrates core Scratch skills. Help your child explore, experiment, and build confidence.


  1. Start a New Scratch Project: Open Scratch and create a new project. Give your game a fun, unique name.

  2. Choose and Set a Backdrop: Click the backdrop icon, pick a background, and brighten it up to add excitement.

  3. Add a Paddle Sprite: Click “Choose a Sprite” and pick or draw a paddle. Name it “Paddle” for clarity.

  4. Create the Ball Sprite: Use the circle tool or choose a built-in ball. Name it “Ball.”

  5. Create the Score Variable: Go to the Variables tab, click “Make a Variable,” and name it “score.”

  6. Code Paddle Movement: Use the script so the paddle follows your mouse:
    when green flag clicked → forever → go to mouse pointer

  7. Code Ball Start and Movement: Drag blocks to place the ball at the top and move:
    when green flag clicked → go to x:0 y:100 → point in direction 135 → show → forever → move 10 steps; if on edge, bounce

  8. Bounce Ball Off Paddle: Add logic to bounce the ball when it touches the paddle and to play a fun sound.

  9. Add Score Logic: Using pong game scratch code, use blocks to change score:
    if touching Paddle → change score by 5 → play sound

  10. Game Over & Winning Message: Switch backdrop and hide sprites when a score goal is reached, or the ball misses the paddle.


Find more Scratch Coding Game ideas for kids

Tips: Make it Your Own!

Kids can personalise their pong game by adding sound effects, using cool costumes, or changing game speed. For digital safety, remind kids not to use personal info when naming games or sharing projects online. From here, your child can try making a two-player pong game on Scratch or add extra “lives” – a great intro to game development for kids!


Extra Challenges & Ways to Extend Your Scratch Pong Game

Once you finish your pong game, encourage your child to take on new coding challenges! Extending projects helps reinforce concepts and builds confidence. Here are some ideas inspired by real ping pong scratch online games:


  • Let the paddle move using arrow keys

  • Make a two-player pong game on Scratch

  • Add more balls for extra challenge

  • Create levels by increasing speed or adding obstacles

  • Record and share your game (with parent supervision)


Discover more about Block-Based Programming

Safe and Responsible Digital Play

As you explore Scratch pong game tutorial for kids videos or downloads, practise online safety. Only download projects from trusted sources, and guide young learners if they view Scratch Pong Game Tutorial For Kids YouTube videos. Celebrate your child's creations with positive feedback, and encourage safe sharing on the Scratch platform.


Why Try Pong and Ball Games on Scratch?

Scratch ball games are motivating for kids of all ages. Projects like pong games develop logic, creativity, and computational thinking. Even downloading a scratch pong game pdf for offline practice can enhance skills! With support from Vedantu's expert educators, even beginners can master how to make a game in Scratch and have fun developing their imagination.


Discover Coding Basics for Kids with Vedantu

Building a Scratch Pong Game together teaches children creativity, coding logic, and responsible digital use. With step-by-step guidance, fun customisation, and engaging challenges, this hands-on project is a joyful introduction to game development and computer programming for kids.

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FAQs on Scratch Pong Game Tutorial for Kids: Learn Coding Step by Step

1. How do you make Pong on Scratch for kids?

Making Pong on Scratch is a beginner-friendly project that helps kids learn coding basics using block-based visual programming. To create your own Pong game in Scratch, follow these steps:

  • Open Scratch and create a new project.
  • Add or draw a ball sprite and a paddle sprite.
  • Use "when green flag clicked" blocks to set starting positions.
  • Program the ball sprite to move and bounce with "move" and "if on edge, bounce" blocks.
  • Program the paddle to follow the mouse or arrow keys using "go to x: ??? y: ???" or "change x by" blocks.
  • Add "if touching paddle, bounce" logic for gameplay.
  • Test, improve, and add scoring or effects for fun!
Kids develop logical thinking, problem-solving, and STEM skills as they code this classic game step-by-step.

2. Is Scratch good for learning coding?

Scratch is considered one of the best tools for learning coding basics because it uses a visual, block-based approach. Some key features include:

  • Beginner-friendly interface – no typing mistakes, drag-and-drop coding
  • Helps kids understand logic, sequencing, and computational thinking
  • Safe, supportive online community for sharing projects
  • Direct relevance to CBSE, ICSE, and IGCSE computer science curriculums
  • Builds a foundation for learning advanced languages like Python or JavaScript later on
Overall, Scratch makes coding intuitive, accessible, and fun for children.

3. Are there any online safety risks when my child uses Scratch?

Scratch has built-in child-safe features, but it's important for parents to guide safe online behavior. Key points include:

  • Projects are moderated and comments can be filtered or disabled.
  • Children should avoid sharing personal information on the platform.
  • Scratch provides strong moderation tools and community guidelines.
  • Parents can supervise account creation and privacy settings.
Parental involvement and regular discussions about online safety and digital citizenship are recommended while using Scratch or any coding platform.

4. What skills do kids learn from making a Pong game in Scratch?

Making a Pong game in Scratch helps children develop a wide range of skills such as:

  • Computational thinking and problem-solving
  • Logical reasoning and stepwise planning
  • Block-based programming concepts
  • Creativity through game design and graphics
  • Confidence with STEM and digital literacy topics
These skills are relevant for school computer science exams, coding competitions, and future technology careers.

5. Will making this game help with school computer exams or Olympiads?

Building a Pong game in Scratch directly supports curriculum topics and coding Olympiad preparation. Importance includes:

  • Covers logic, loops, events, and conditionals found in CBSE, ICSE, and IGCSE computer science
  • Practical project work is often graded in exams (20–30% weighting)
  • Game creation boosts confidence for Olympiad coding challenges
Scratch projects are widely accepted for project submission rounds and STEM competitions.

6. What’s the difference between Scratch and other coding tools like Roblox or Python?

Scratch is a visual, block-based platform designed for beginners, while tools like Roblox or Python require text-based coding. Main differences include:

  • Scratch: Drag-and-drop blocks, no typing skills needed, suited for ages 8–16, runs in browser
  • Roblox Studio: Lua scripting, suited for older children (10–18), focused on 3D games
  • Python: Syntax-based, requires prior understanding of code structure, best for advanced learners
Scratch offers a gentle, safe introduction to coding for young children.

7. How does Scratch help kids learn programming?

Scratch teaches programming by allowing kids to build interactive games and animations using drag-and-drop code blocks. Benefits include:

  • Breaking tasks into small, logical steps
  • Experimenting with real-time feedback
  • Visualizing how code changes affect outcomes
  • Promoting curiosity and creativity
It helps kids grasp coding logic and problem-solving in a fun way that matches their school computer science syllabus.

8. What if we don’t have any coding experience at home—can my child still follow along?

No previous coding experience is needed to follow a Scratch Pong tutorial. The guide is designed for beginners:

  • Step-by-step instructions with simple explanations
  • Visual blocks prevent common syntax errors
  • Online help and sample projects are available on the Scratch website
  • Parent-friendly and easy to supervise
Your child can learn by doing, experimenting, and asking questions along the way.

9. Can Scratch Pong be used for CBSE, ICSE, or IGCSE computer science projects?

Yes, Scratch Pong is suitable for computer science projects under CBSE, ICSE, and IGCSE syllabi. Schools commonly accept Scratch games as:

  • Practical coding assignments or graded projects
  • Demonstrations for logic, events, and loops
  • Portfolio pieces for Olympiads and coding competitions
Check with your teacher for any specific format or documentation needed.

10. What is block-based programming and why is it ideal for kids?

Block-based programming uses drag-and-drop blocks that represent code instructions, removing the need to type syntax:

  • Reduces frustration and errors for young learners
  • Makes coding visual and interactive
  • Encourages experimentation and creativity
  • Lays a strong foundation for learning text-based coding in the future
Platforms like Scratch popularize block-based programming, making coding accessible and fun for kids.