STEM

Best Scratch Alternatives for Kids

Updated 2026-03-10

Best Scratch Alternatives for Kids

Product recommendations are based on editorial evaluation. Verify age-appropriateness for your child. Affiliate links may be present.

Scratch is the world’s most popular coding platform for children, and for good reason — it is free, powerful, and supported by a massive community. But it is not the only option, and some children benefit from alternatives that offer different approaches, contexts, or progression paths. Some children need a younger entry point than Scratch provides. Others are ready to move beyond block-based coding but want a gentler transition to text. And some simply want a different creative context — game design, robotics, or web development. We evaluated the best Scratch alternatives to help families find the right coding platform for their child’s specific needs.

How We Evaluated

Each platform was tested by children aged 5 to 14 over a four-week period. We scored on five criteria:

  • Coding concepts taught — Does the platform teach genuine computational thinking (sequencing, loops, conditionals, variables)?
  • Differentiation from Scratch — Does it offer something Scratch does not?
  • Engagement — Do children code voluntarily and produce projects they are proud of?
  • Progression path — Does the platform grow with the child or connect to more advanced tools?
  • Accessibility — Is the platform free or affordable, and available on common devices?

Top Picks

Product/AppAge RangePriceOur RatingBest For
Snap!10+Free4.8 / 5Best advanced block coding
MakeCode8-14Free4.7 / 5Best hardware integration
Tynker5-14Free / $8/mo4.7 / 5Best structured curriculum
Code.org4-18Free4.8 / 5Best guided lessons
Godot Engine12+Free4.6 / 5Best game engine transition

Snap! — Best Advanced Block Coding

Snap! (formerly BYOB — Build Your Own Blocks) was developed at UC Berkeley as an advanced version of Scratch. It includes first-class functions, closures, and custom block definitions — concepts from real computer science that Scratch does not support. The visual programming remains block-based, but the computational power is dramatically greater.

For children who have outgrown Scratch’s limitations but are not ready for text-based coding, Snap! provides the ideal bridge. They continue working in a familiar visual environment while learning concepts that prepare them directly for languages like Python and JavaScript. Snap! is used in the AP Computer Science Principles course (Beauty and Joy of Computing curriculum).

Why parents love it: Snap! extends block-based coding without abandoning it, which reduces the frustration of transitioning to text. The computer science concepts taught are genuine and prepare children for AP-level coursework. Completely free and browser-based. Learn more in our teaching kids to code guide.

Limitation: The interface looks similar to Scratch but operates differently in some areas, which can confuse children initially. The advanced concepts require more computational maturity than basic Scratch.

Code.org — Best Guided Lessons

Code.org provides structured coding courses organized by age group, from pre-readers through high school. The courses use block-based coding (similar to Scratch) but add structured lessons, puzzles, and assessments that provide clear progression. The Hour of Code activities feature popular characters from Minecraft, Star Wars, and Frozen, which motivate initial engagement.

The key differentiation from Scratch is structure. While Scratch is an open creative platform, Code.org is a curriculum. For children who benefit from guided instruction rather than open-ended exploration, Code.org provides the scaffolding they need.

Why parents love it: The structured lessons ensure children learn concepts in the right order. The recognizable characters motivate engagement. Teacher resources help homeschooling parents guide instruction. Everything is free.

Limitation: The guided structure limits creative freedom. Children who thrive on open-ended creation may find Code.org’s puzzles restrictive.

MakeCode — Best Hardware Integration

Microsoft MakeCode provides block-based and text-based coding for physical devices: micro:bit, Circuit Playground Express, Minecraft, and Arcade (retro game creation). The hardware connection transforms coding from abstract to physical — children write code and see LEDs light up, motors spin, or sensors respond.

For children who learn best with tangible outcomes, MakeCode provides what Scratch cannot: physical results. The micro:bit integration is particularly powerful for school settings, where each student has a programmable device that responds to their code in real time.

Why parents love it: The connection to physical hardware makes coding concrete and exciting. The progression from blocks to JavaScript happens within the same environment. The Arcade mode lets children create and play retro games. Everything is free.

Limitation: Hardware integration requires purchasing devices (micro:bit, Circuit Playground). The software-only modes are less distinctive from Scratch.

Tynker — Best Structured Curriculum

Tynker provides a comprehensive coding curriculum that starts with block-based coding and progressively introduces Python, JavaScript, and Swift. The structured courses include game design, app development, robotics, and Minecraft modding. Each course builds on previous skills, and progress tracking shows parents exactly where their child stands.

Why parents love it: The progression from visual blocks to real programming languages happens within one platform. The Minecraft modding module is extremely popular with children. The structured courses provide clear learning paths. The skill-based progression ensures no gaps.

Limitation: The free version is limited. Full access requires a subscription. Some activities feel more like tutorials than creative projects.

Godot Engine — Best Game Engine Transition

For children aged 12 and older who are ready to move beyond block-based coding, Godot is a professional, free, open-source game engine. It uses GDScript (a Python-like language) that is accessible for beginners while being powerful enough to create publishable games. The visual scene editor provides some drag-and-drop familiarity while introducing real programming concepts.

Why parents love it: Godot teaches real game development with a professional tool. Children create games they can share and potentially publish. The GDScript language prepares children for Python and other text-based languages. The engine is completely free with no restrictions.

Limitation: The learning curve is steep compared to block-based platforms. Children need reading fluency and some programming fundamentals before starting. Adult guidance is often needed initially.

What to Look For

When choosing a Scratch alternative, identify what your child needs that Scratch does not provide. If they need more structure, choose Code.org or Tynker. If they need more advanced concepts, choose Snap!. If they want physical computing, choose MakeCode with a micro:bit. If they are ready for text-based coding, consider Godot or Tynker’s advanced tracks.

Many children benefit from using Scratch alongside an alternative rather than replacing it. Scratch remains excellent for creative projects, while a curriculum-based platform provides structured learning. The combination develops both creative and technical coding skills. For a comprehensive view of coding education, see our teaching kids to code guide.

Key Takeaways

  • Snap! provides the best advanced block-based coding for children who have outgrown Scratch
  • Code.org offers the best structured curriculum for children who need guided instruction
  • MakeCode connects coding to physical hardware for tangible learning outcomes
  • Many children benefit from using Scratch alongside an alternative rather than replacing it
  • Match the alternative to the specific gap Scratch leaves for your child

Next Steps