October 2026 · 13 min read
What This Guide Covers
Quick Answer
The best Scratch coding games are the ones your child builds, not only plays. Start with a maze or clicker game, then move to Flappy Bird, Snake, and platformers. Each game teaches a different skill, such as loops, variables, or collision. Pick by age and difficulty, and check the code of any game before remixing it.
10
games, from a clicker to a platformer
8–16
ages Scratch is designed for
4 wks
from player to game maker with the plan below
Quick Facts
Key Insights
Table of Contents
Gamified learning works because children want to finish the thing they’re making. Scratch turns that wish into a fast loop: build a little, press the green flag, see what happens.
A good learning game has four features:
New to Scratch itself? Read our complete guide to Scratch coding for kids and the benefits of Scratch coding first.
Here are 10 games, from easiest to hardest. Each one teaches a different skill, and most link to a step-by-step tutorial.
| # | Game | Main skill | Difficulty | Ages | Typical time | Tutorial |
|---|---|---|---|---|---|---|
| 1 | Clicker game | Variables, events | Easy | 8+ | 20–30 min | Clicker tutorial |
| 2 | Maze game | Sensing, motion | Easy | 8+ | 30–45 min | Maze tutorial |
| 3 | Catch game | Variables, randomness | Easy | 8+ | 25 min | Catch game tutorial |
| 4 | Quiz and trivia game | Ask and answer, conditions | Easy | 8+ | 30 min | Trivia tutorial |
| 5 | Pong-style game | Bouncing, scoring | Easy–Medium | 9+ | 30–45 min | Scratch projects for kids |
| 6 | Flappy Bird-style game | Gravity, clones | Medium | 9+ | 45–60 min | Flappy Bird tutorial |
| 7 | Snake game | Lists, direction, growth | Medium | 10+ | 60 min | Snake tutorial |
| 8 | Platformer (Mario or Geometry Dash style) | Gravity, collision, scrolling | Hard | 11+ | 2–3 hours | Platformer tutorial |
| 9 | Pac-Man-style maze chase | Clones, enemy movement | Hard | 11+ | 2–3 hours | Maze base |
| 10 | Physics or block-builder game | Lists, clones, mouse input | Hard | 12+ | 3+ hours | Physics games tutorial |
Difficulty ratings and times are ItsMyBot instructor estimates for a beginner with some help. Individual children vary.
What it teaches: Variables and events. Each click changes a number.
Why start here: It works in minutes, so your child sees the idea behind every game score.
Level up: Add upgrades that cost points, or a timer.
Build it: How to make a clicker game in Scratch.
What it teaches: Using the Sensing block “touching color,” plus arrow-key movement.
Why it works: Kids design the maze themselves, so every game is different. This is the same idea behind jungle and obstacle adventures where a character must reach a goal.
Level up: Add a timer, enemies, or several levels.
Build it: Maze game in Scratch.
What it teaches: Random positions, loops, and variables.
Level up: Add bad items that cost points, or a “lives” counter.
Build it: Follow Tutorial 1 in our Scratch practical applications guide.
What it teaches: ask and wait, answer, and if/else.
Why parents like it: Your child can build a quiz on spelling, math facts, or school topics.
Build it: Trivia game on Scratch.
What it teaches: A ball that bounces off a paddle, and a score that updates. Older kids can add a computer-controlled opponent using simple if logic.
Level up: Add paddle speed changes, power-ups, or your own soundtrack with the Sound blocks.
Where to start: Browse our Scratch projects for kids for ideas, then use smooth sprite movement for the paddle.
What it teaches: Gravity through a variable, and clones for the moving pipes.
Why it’s popular: The rules are simple and the challenge is real. Kids can customize the bird, speed, and pipe gap.
Build it: Flappy Bird game on Scratch. If clones act strangely, see fixing cloning bugs.
What it teaches: Direction, a growing body, and game-over conditions.
Build it: Snake game on Scratch. Once finished, try the Python version.
What it teaches: Gravity, jumping, collision, and scrolling backgrounds.
Why it’s a milestone: It combines almost everything a child has learned so far.
Build it: Platformer tutorial, then the Mario-style game for beginners and scrolling backgrounds.
What it teaches: Enemies that chase the player, collectible dots, and levels. It builds on the maze from game 2.
Level up: Give each ghost a different behavior, and add power pellets.
Start with: The maze game, then add enemies with clones.
What it teaches: Lists, clones, and mouse input. Think of a simple sandbox where the player places blocks and sees them fall.
Why it’s advanced: It needs planning. Many children split the project into small scripts first.
Build it: Physics-based games in Scratch.
Creative games are great practice too. Try the doll house game, a music player, or an animation. Looking for ready-made games to play? See our list of free online coding games for future coders and educational games for kids.
Want your child to build real games with expert feedback?
Book a free trial class and see how a live mentor guides a first project.
Age is a guide, not a rule. Children with more coding time can move faster.
| Age | Start with | Then try | Skills grown |
|---|---|---|---|
| 8–9 | Clicker, maze, catch game | Quiz game | Events, variables, simple conditions |
| 10–12 | Flappy Bird-style, Snake, Pong-style | Platformer | Loops, clones, gravity, collision |
| 13–16 | Platformer, Pac-Man-style chase | Physics game, multi-level projects | Lists, custom blocks, project planning |
| Under 8 | ScratchJr or guided activities | Simple animations | Sequencing and basic cause and effect |
Not sure where your child fits? Read the best age for kids to start coding.
Almost every game uses the same small set of blocks:
| Block category | What it does in a game | Example |
|---|---|---|
| Events | Starts the game and reacts to keys | when green flag clicked |
| Motion | Moves the player and enemies | change x by 10 |
| Control | Loops, conditions, and clones | forever, if, create clone of |
| Sensing | Detects touching and key presses | touching color? |
| Variables | Stores score, lives, and speed | change score by 1 |
| Operators | Random numbers and comparisons | pick random 1 to 10 |
For the full list, read types of blocks in Scratch. Stuck on a bug? Use our Scratch debugging guide. Want to share code between projects? Learn the Backpack.
Scratch games are made by other users, so quality and themes vary. A few habits keep play safe and useful.
For more, read is Scratch safe for kids.
To turn game time into skill time, follow these steps:
Play two simple Scratch games. Open the code with “See inside.” Ask your child: “Which block makes the score go up?”
Follow the clicker tutorial. Then make a catch game. Change the colors, speed, and sounds.
Pick the one your child finds more fun. Add one feature no tutorial includes, such as a timer or a second level.
Let family or friends play the game. Ask your child what they’d fix. That’s how real game developers work.
❌ Mistake 1: Starting with a huge game.
A full platformer is too big for a first project.
✅ Fix: Start with a clicker or maze and add features one at a time.
❌ Mistake 2: Copying a project without understanding it.
Remixing teaches nothing if nothing changes.
✅ Fix: Change three things, then explain how each change works.
❌ Mistake 3: Skipping testing.
Games break when players do unexpected things.
✅ Fix: Play your own game in odd ways. Hold keys, click fast, touch every wall.
❌ Mistake 4: Putting every script in one sprite.
It gets hard to find bugs.
✅ Fix: Give each sprite its own job, and use custom blocks.
❌ Mistake 5: Only playing games, never opening the code.
Playing is fun but doesn’t teach coding.
✅ Fix: Set a rule: for every game played, open one script and explain it.
Look for these signs:
Good next steps:
Key Takeaways
Not sure where to begin? Book a free trial class and let a mentor point the way.
Ready to turn game time into skill time? Book a free trial class and let a live mentor guide your child’s first game.
What are the best Scratch coding games for beginners?
Clicker, maze, catch, and quiz games are the best for beginners. Each takes 20–45 minutes and teaches one core idea, such as variables or conditions. After those, try a Flappy Bird-style game or Snake. Our tutorials walk through each step.
Can kids learn to code by playing Scratch games?
Playing helps, but building teaches far more. Kids learn the most when they open a game’s code, change it, and explain what happened. Aim to build or remix one game for every few games played.
What age is best for Scratch games?
Scratch works best for ages 8–16. Children aged 8–9 can build clicker and maze games. Ages 10–12 can handle Flappy Bird-style games and Snake. Older children can build platformers. Younger children can use ScratchJr.
How do I make a game on Scratch?
Open Scratch, add a sprite, and use when green flag clicked to start. Add movement with Motion blocks, rules with Control and Sensing blocks, and a score with Variables. Start with a simple clicker or maze game and follow a tutorial.
Is it safe for my child to play Scratch games?
Scratch is moderated and has Community Guidelines, but games are made by other users. Review themes together, keep your child’s account private, avoid sharing personal details, and manage comments. See our guide on Scratch safety for kids.
Are Scratch games free?
Scratch is free to use in a browser or the offline app, and children can play and remix shared projects. An account lets them save and share their own. Check scratch.mit.edu for current account rules.
What’s the hardest Scratch game to make?
Platformers, Pac-Man-style chase games, and physics or block-builder games are the hardest. They combine gravity, clones, collision, and lists. Most children need a few hours and a clear plan, and many benefit from a mentor.
How long does it take to make a Scratch game?
A clicker game takes 20–30 minutes. A maze takes 30–45 minutes. Flappy Bird and Snake take about an hour. A full platformer can take several hours spread over days. These are estimates and depend on experience.
What should my child learn after Scratch games?
Many children move to Roblox with Lua or to Python. Roblox suits 3D multiplayer games, and Python suits text games, Pygame, and AI. Pick based on what your child wants to build.
Can Scratch games help with school subjects?
Yes. Games use coordinates, angles, and numbers, which supports math. Quizzes help with study, and story games build writing skills. Debugging also builds problem-solving habits that help across subjects.
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