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Scratch vs Python for Kids: Which Should Your Child Learn First in 2026?

One of the most common questions we hear from parents who want to introduce coding to their children is: "Should they start with Scratch or Python?"

It's a genuinely tricky question — and one that doesn't have a single correct answer. The right choice depends on your child's age, attention span, learning style, and what you ultimately want them to achieve. As someone who's watched hundreds of children take their first steps into programming, I can tell you that the path from zero to confident coder looks different for every kid.

In this guide, we'll break down both languages, compare them honestly, look at the best resources and products that support each, and help you decide which is the best starting point for your child in 2026.

What Is Scratch?

Scratch is a visual, block-based programming language developed by MIT's Lifelong Kindergarten Group. Instead of typing lines of code, children drag and drop colourful blocks that snap together — a bit like digital LEGO. Each block represents a command, and children assemble them to create games, animations, stories, and interactive art.

Scratch has been around since 2007 and is now used by more than 100 million people in over 150 countries. It's completely free, browser-based, and requires no installation — you just go to scratch.mit.edu and start creating.

Who Is Scratch For?

Scratch is ideal for children aged 5 to 12, though plenty of 13 and 14-year-olds enjoy it too. The visual nature removes the frustration of syntax errors — you simply can't type a spelling mistake when you're dragging blocks. This makes it enormously accessible for younger children or those who aren't yet confident readers and typists.

What Can You Make With Scratch?

The possibilities are surprisingly broad:

• Platform games and side-scrollers
• Interactive stories and choose-your-own-adventure games
• Animations and short films
• Music and sound projects
• Art generators and pattern makers
• Quizzes and educational tools

Many schools in the UK use Scratch as part of the Computing curriculum from Key Stage 1 and 2. If your child is aged 5–11 and attends a UK state school, there's a good chance they're already using it in class.

What Is Python?

Python is a full, professional programming language — the same one used by engineers at Google, NASA, Netflix, and thousands of other companies. Unlike Scratch, Python involves writing actual code: you type commands as text, and the computer executes them.

Python was designed to be readable and beginner-friendly compared to languages like Java or C++, which is why it's become the go-to language for introducing "real" coding to older children and teenagers. It's also enormously versatile — you can use Python for web development, data analysis, machine learning, game development, robotics, and much more.

Who Is Python For?

Python is generally recommended for children aged 10 and above, though confident 8 and 9-year-olds (particularly those who are strong readers and already have some coding experience in Scratch) can absolutely give it a go. It's especially popular with children who want to move beyond games and start doing "serious" programming.

What Can You Make With Python?

• Text-based games and interactive stories
• Data visualisations and charts
• Web scrapers and bots
• Machine learning models (using libraries like TensorFlow)
• Raspberry Pi projects — sensing, actuating, controlling hardware
• Automations — scripts that do repetitive tasks for you
• Full web applications using frameworks like Flask or Django

Scratch vs Python: A Direct Comparison

The Case for Starting With Scratch

1. It Eliminates Frustration

The number one reason children give up on coding is frustration. When a 7-year-old spends 20 minutes writing their first Python script only to get a SyntaxError because they forgot a colon, the learning experience quickly becomes miserable. Scratch sidesteps this entirely — the block-based interface means you literally cannot make a syntax error.

2. It Teaches Real Programming Concepts

Here's what surprises many parents: despite looking like a toy, Scratch teaches genuinely powerful programming concepts. Children using Scratch learn:

• Sequences — doing things in order
• Loops — repeating actions
• Conditionals — if/then logic
• Variables — storing information
• Events — responding to inputs
• Functions — packaging code into reusable chunks (in Scratch, called "My Blocks")

These are exactly the same concepts they'll use in Python, JavaScript, or any other language later. Scratch isn't a detour — it's a foundation.

3. The UK National Curriculum Uses It

If your child is in Key Stage 2 (ages 7–11) at a UK state school, Scratch is very likely already part of their Computing lessons. Starting with Scratch at home means reinforcing what they're learning in school, which accelerates progress significantly.

4. The Community Is Massive

Scratch has an enormous online community. Children can share their projects, remix others' games, leave comments, and get inspired by millions of other young creators. This social, creative aspect is surprisingly motivating — especially for children who are already on platforms like YouTube or Roblox.

The Case for Starting With Python

1. It's a Real Language With Real Job Prospects

Scratch is wonderful, but you can't get a job writing Scratch. Python, on the other hand, is one of the most in-demand programming languages in the world. If your 11-year-old is genuinely interested in coding as a potential career, learning Python now puts them years ahead.

2. It Opens the Door to Hardware Projects

This is where Python really shines for tech-enthusiast kids. The Raspberry Pi — our favourite mini-computer for young makers — is primarily programmed in Python. The BBC micro:bit supports both MicroPython and its own block editor.

With Python, children can:

• Build weather stations
• Create obstacle-avoiding robots
• Programme LED displays
• Connect sensors to the real world
• Automate real tasks on a real computer

This bridges the gap between "game on a screen" and "actual technology" — which many older children find far more exciting.

3. It Prepares Them for GCSE Computer Science

GCSE Computer Science (typically studied at ages 14–16) requires students to write code in a text-based language — and Python is the most commonly used option in UK schools. Children who have been using Python for a few years before their GCSEs have an enormous advantage over those who haven't.

4. The Satisfaction Factor

Some older children — especially those who've already done a year or two of Scratch — find block-based coding a bit "babyish." Moving to Python feels like a graduation. Writing real code, seeing it run in a real terminal, and solving genuine problems can be incredibly satisfying for children who are ready.

What Do We Actually Recommend?

Here's our honest, age-by-age recommendation for UK parents:

Ages 5–7: Start With Something Even Simpler

Before Scratch, consider a screen-free coding toy. Our Best Screen-Free Coding Toys UK 2026 guide covers options like the Edison V3 and Botley 2.0 — physical robots that teach sequencing and logic without any screen time whatsoever.

When they're ready for a screen, Scratch Jr (free app for tablets) is a gentler version of Scratch designed specifically for this age group.

Ages 7–10: Scratch Is Your Best Friend

For most children in this age range, Scratch is the perfect starting point. It's engaging, visual, and teaches real programming logic without the frustration of text-based syntax. Aim for 1–2 sessions per week, and let them build whatever interests them — games tend to keep children engaged far longer than "educational" exercises.

Recommended products:

Pair Scratch with a coding robot. The Sphero BOLT can be programmed using Scratch (via the Sphero Edu app) as well as JavaScript, making it a perfect bridge product.

Ages 10–12: Scratch First, Python Soon After

Children in this age range can absolutely start directly with Python — especially if they're already tech-savvy or have done Scratch before. However, if they've never coded before, we still recommend starting with Scratch for a term or two to build foundational confidence before moving to text-based coding.

The BBC micro:bit V2 is an excellent bridge tool. It comes with a block-based editor (similar to Scratch) but also supports MicroPython — so children can transition to text-based coding on the exact same device, seeing their Python programs control real LEDs and sensors.

Ages 12+: Jump Straight Into Python

For teenagers who haven't coded before, start with Python. Yes, it's harder — but motivated older children handle the learning curve better than younger ones. The BBC micro:bit, Raspberry Pi, and Arduino Starter Kit are all excellent Python-compatible platforms for this age group.

The Arduino Starter Kit in particular is a brilliant option for teens — it teaches electronics alongside coding, includes 15 hands-on projects, and is used extensively in UK schools.

The Path From Scratch to Python: How It Works in Practice

Many parents ask: "Will learning Scratch actually help when my child moves to Python?"

The answer is a clear yes — but it's not automatic. The concepts transfer, but the syntax doesn't. Here's what the transition typically looks like:

Stage 1: Scratch (Ages 7–10)

• Learn sequences, loops, conditionals, events, variables
• Build games and animations
• Develop computational thinking
• Get comfortable with the logic of programming

Stage 2: Scratch 3.0 Extensions (Ages 9–11)

Scratch has extensions that connect to real hardware — including the BBC micro:bit. At this stage, children can use familiar Scratch blocks to control a physical device, adding a tangible dimension to their coding.

Stage 3: Block-to-Text Transition (Ages 10–12)

Tools like MakeCode for micro:bit let children see their block code translated to JavaScript or Python in real time. This "side by side" view is one of the most effective ways to understand how text-based code maps onto concepts they already know.

Stage 4: Python (Ages 11+)

Start with short, achievable projects:

• A simple calculator
• A number guessing game
• A temperature converter
• A "story" with if/else choices

Then level up to hardware projects:

• Control LEDs on a Raspberry Pi
• Build a distance sensor with micro:bit
• Make a motorised robot with Edison V3

Best Free Resources for Learning Both

For Scratch

• scratch.mit.edu — The official platform. Free forever.
• ScratchJr (iOS/Android) — For ages 5–7
• CS First by Google — Free Scratch curriculum with videos and projects
• Raspberry Pi Foundation — Free Scratch projects at projects.raspberrypi.org

For Python

• Python.org — Official Python download and documentation
• Code.org Hour of Code — Python intro for beginners
• Codecademy — Structured Python course (free tier available)
• Raspberry Pi Foundation — Excellent free Python projects at projects.raspberrypi.org
• CS Unplugged — Teaches computer science concepts without a computer first
• Automate the Boring Stuff (automatetheboringstuff.com) — Free book, fantastic for older teens

Coding Robots That Work With Both Scratch and Python

One of the best ways to make coding "stick" is to give it a physical dimension — children stay engaged far longer when their code controls a real robot rather than just pixels on a screen.

Here are the best options that support both Scratch-like block coding AND Python:

BBC micro:bit V2

The micro:bit supports both a block editor (nearly identical to Scratch) and MicroPython. It's used in thousands of UK schools and costs around £15. Perfect for the Scratch-to-Python transition.

> 👉 Interested? Check the latest price for the BBC micro:bit V2 on Amazon UK

Edison V3

The Edison V3 is one of the most underrated coding robots available. It supports EdScratch (a Scratch-based editor), EdPy (Python-based), and EdBlocks (beginner). At under £50, it's incredible value and LEGO-compatible.

> 👉 Interested? Check the latest price for the Edison V3 on Amazon UK

Sphero BOLT

The Sphero BOLT can be programmed using Scratch (via extensions), the Sphero block editor, or JavaScript. It's one of the most visually impressive coding robots available — children love watching their code send the glowing ball zooming around the floor.

Currently available on Sphero BOLT — Amazon UK. Prices may vary.

Common Questions From Parents

My child is already doing Scratch at school — should we do it at home too?

Yes — but let them lead. If they love it, encourage more projects at home. If they're finding school Scratch a bit slow, try introducing some Scratch extensions (like the micro:bit one) or consider moving to Python.

Is Python too hard for a 10-year-old?

It depends on the child. A confident, motivated 10-year-old who already has some Scratch experience can absolutely handle introductory Python — especially with good resources like the Raspberry Pi Foundation's Python projects. A 10-year-old with no coding background at all might find it frustrating.

My teenager says Scratch is "for babies." What do I do?

Honestly? They're probably right — for their age. Move straight to Python, give them a Raspberry Pi or Arduino Starter Kit, and let them build something that feels genuinely useful. Teenagers engage best when coding solves a real problem or creates something they actually want to use.

Can Scratch lead to a career in tech?

Not directly — but the foundations it builds absolutely can. Many professional developers started on Scratch. The concepts of loops, conditionals, and functions are universal. Think of Scratch as learning to read before you write your first novel.

Should my child do both at the same time?

Not recommended for most children. It's better to focus on one until they're confident, then transition. The exception: if they're using block-based coding for robotics at school while learning text-based Python at home for a specific project.

The Bottom Line

Both Scratch and Python are excellent starting points — the "right" choice depends entirely on your child.

Start with Scratch if:

• Your child is under 10
• They've never coded before
• They want to make games and animations
• They struggle with sitting still and typing

Start with Python if:

• Your child is 11 or older
• They've already done some Scratch
• They're interested in hardware, robots, or "real" tech
• They want to do GCSE Computer Science in the next few years

And if you're unsure? Start with Scratch. It's free, fun, and teaches every fundamental concept they'll need. The move to Python will feel like a natural next step — and they'll be better prepared for it.

For more help choosing the right coding tools for your child's age and stage, check out our Best Coding Robots for Beginners UK 2026 guide, or dive into our Best STEM Toys UK 2026 roundup for a wider view of the UK market.

All prices are approximate and correct at time of writing. Always check Amazon UK for current pricing and availability.