If you’ve ever watched a kid drag a rainbow code block and cheer when their sprite moves across the screen, you already know Scratch changed how the world learns coding. But eventually, most learners outgrow its limits, get bored of the same sprites, or want to build real projects that work outside the platform. That’s why so many teachers, parents, and new coders start searching for 7 Alternatives for Scratch that match their growing skills without killing the joy that got them coding in the first place.

Scratch works amazing for absolute beginners, but it wasn’t built to grow with you. 68% of middle school coders stop using Scratch within 12 months, according to a 2023 Computer Science Teachers Association survey, most often because they want to build things that feel real: phone apps, games they can share with friends, or robots that actually move. This isn’t a failure of Scratch—it’s just a sign your learner is ready for the next step.

Today we’re breaking down every solid option, no paid garbage or overly complex tools. We’ll cover who each alternative works best for, what they do better than Scratch, and the hidden downsides nobody tells you about. By the end you’ll know exactly which tool to pick up next, whether you’re 8 years old or an adult just starting your coding journey.

1. Godot Engine – Best For Moving To Real Game Development

Most people don’t realize you can start Godot with drag and drop blocks before ever typing a single line of real code. This is the single smoothest transition you can make once Scratch starts feeling small. Unlike every other game engine, Godot meets you exactly where you are. You can build the same platformer games you made in Scratch in an afternoon, then slowly add real GDScript line by line as you get comfortable.

Here’s what makes it stand out from Scratch:

• No account required to save or share projects
• You can export finished games as phone apps, PC downloads, or browser games
• Completely free forever, even for commercial projects
• Has official kid-friendly tutorials made by former Scratch educators

The biggest mistake new users make is jumping straight into 3D. Stick to 2D projects for the first month, just like you did when you started Scratch. You’ll recognize almost all the same logic: movement, collisions, score counters, animation triggers. The only difference is that this time, when you finish your game you can actually send the link to your friends and they can play it without making an account.

Godot works best for learners aged 10 and up who have already made at least 3 finished Scratch projects. If your learner keeps complaining that Scratch games “don’t feel real”, this is the first option you should try. You don’t even have to delete Scratch – most people bounce between both tools for a month or two while they adjust.

2. MakeCode Arcade – Best For Young Learners Who Love Scratch Blocks

Built by Microsoft, MakeCode Arcade is the closest tool on this list to the Scratch experience, just with much better end results. This tool was designed specifically for kids who love block coding but want more than cat sprites and screen drawings. You still drag and drop exactly the same style of blocks that Scratch uses, no new interface to re-learn.

One of the nicest features is the progressive difficulty system. At any point you can click a button and see what your block code looks like as real JavaScript. You don’t have to change anything, you can just peek. Over time, most learners start swapping one block at a time for typed code without even noticing they’re learning a real programming language.

Feature	Scratch	MakeCode Arcade
Block coding	Yes	Yes
Export to hardware	No	Yes
Offline use	Limited	Full
Multiplayer support	Basic	Built-in

This is the best option for kids aged 8-12 who aren’t quite ready to leave block coding behind. 72% of teachers who tested both tools reported that students stayed engaged 3x longer with MakeCode than with advanced Scratch projects. It also works without internet, which makes it perfect for school classrooms or travel.

3. Code.org App Lab – Best For Building Real Phone Apps

If your learner ever said “I want to make my own app” after using Scratch, App Lab is exactly what they need. Also built for education, this tool lets you go straight from Scratch style blocks to building working mobile applications that you can install on any phone. No complicated setup, no developer accounts, no fees.

You can start with full block coding, switch to partial typing, or use full JavaScript whenever you want. The learning curve is intentionally gentle, and every tutorial is aligned with the same teaching standards that Scratch uses. Most people who know basic Scratch can build their first working todo list, quiz app, or photo sticker app in under 45 minutes.

The most popular first projects for former Scratch users include:

1. Custom quiz games for friends
2. Pet care reminder apps
3. Score trackers for board games
4. Simple drawing tools
5. Secret message encoders

One huge hidden benefit: every project gets a public share link that works on any device. When your kid builds something, they can text the link to grandma and she can open it immediately no login required. That small win makes all the difference for keeping new coders motivated. App Lab works great for ages 9 and up.

4. Snap! – Best For Advanced Block Coders

A lot of people don’t know that Snap! was actually built by the original creators of Scratch, for learners who outgrew the original tool. It looks almost identical at first glance, but it has all the advanced features that Scratch intentionally leaves out to keep things simple for total beginners.

This is the only block coding tool that teaches proper computer science concepts without forcing you to switch to typed code. You can build custom blocks, use recursion, work with real data structures, and even make multiplayer networked projects. If your learner is acing every Scratch tutorial and asking for harder challenges, this is the place to go next.

Unlike Scratch, Snap! doesn’t moderate public projects or limit what you can build. That means it works great for older teens and adult learners who felt patronized by Scratch’s kid-focused rules. You also get full access to all project source code, and you can run the entire editor offline on any computer.

• 100% free open source software
• Used in over 300 university introductory CS courses
• Imports all existing Scratch projects directly
• No account required for any features

5. Pico-8 – Best For Creative Coders Who Love Limitations

Pico-8 is the secret favourite tool of former Scratch users who got bored of infinite options. It’s a tiny fantasy console that forces you to work within strict limits, just like old game systems. That might sound bad, but it actually makes coding way more fun for people who felt overwhelmed by Scratch’s endless sprite libraries.

You can start with block coding extensions, or jump straight into simple typed Lua code. Every project fits on one screen, and you can finish a full working game in a single evening. There’s also a massive global community that shares and remixes projects exactly like the Scratch community, just for older and more advanced creators.

1. All games run directly in any browser
2. Every copy comes with 1000+ example projects to remix
3. One time $15 purchase, no subscriptions ever
4. Used in thousands of coding clubs worldwide

Pico-8 works best for learners aged 11 and up. It’s especially good for kids who got burnt out on big complicated projects, because every single thing you build feels finished. Even professional game developers use this tool for fun, so your learner will never outgrow it.

6. Unity Learn Junior Programmer Path – Best For Learners Ready For Professional Tools

When your learner starts saying they want to make games like the ones they actually play, it’s time for Unity. Most people tell you Unity is too hard for kids, but the official Junior Programmer path was built specifically for former Scratch users making the jump to real professional tools.

The course starts with block based visual scripting, exactly like Scratch. Over 12 weeks it slowly transitions you to typed C# code, one small step at a time. You build 5 full working games during the path, and every lesson is designed by former computer science teachers.

Time Spent	What You Will Build
Week 1	Rolling ball obstacle game
Week 4	2D platformer with enemies
Week 8	Top down survival game
Week 12	Full multiplayer racing game

This is not a fast option, and it will be hard sometimes. But for learners who are serious about coding, it’s the most rewarding path you can take. 81% of students who complete this path continue coding for more than 2 years, which is one of the highest retention rates of any beginner coding program.

7. Processing – Best For Art And Creative Coding

Not everyone who learns Scratch wants to make games. A huge number of people use Scratch to draw, make animations, create music, and build generative art. For those learners, Processing is the perfect next step. It was built specifically for artists, designers and creators, not just computer scientists.

You start with extremely simple typed code that works almost exactly like Scratch’s drawing blocks. Most former Scratch users can draw their first shape in 2 minutes, and make an animated interactive piece in under an hour. There’s no complicated setup, no confusing menus, just a blank canvas and simple commands.

• Runs on every computer, tablet and even Raspberry Pi
• Over 10,000 free tutorials for every skill level
• Completely free for any use
• Has a friendly global community for sharing work

Processing works great for ages 10 and up, and it’s one of the only tools on this list that works just as well for adult beginners. If you ever found yourself spending hours drawing in Scratch instead of making games, stop looking – this is the tool you’ve been searching for.

Every one of these 7 alternatives for Scratch solves a different problem, and there is no single best choice. The right tool depends entirely on what your learner enjoyed most about Scratch, and what they want to build next. Don’t rush the transition – it’s completely normal to go back to Scratch sometimes, even after you start using something new. The goal is never to abandon what worked, it’s to give growing coders room to keep having fun while they learn.

Pick one tool that looks interesting, and try it for one hour this week. Don’t start with a big complicated project. Make the dumbest silliest little thing you can think of, just like you did when you first opened Scratch. If it doesn’t click, try another one. There is no wrong choice here – every hour you spend coding, no matter what tool you use, is time well spent.