Indii4–9
Device Required:None
Coding Type:Screen-free coding blocks
Assembly:No
2026 STEM BUYING GUIDE
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Help young learners build, code and create with educational robotics, coding toys and electronics kits designed for different ages and experience levels. From screen-free coding activities for younger children to Arduino, Python and Raspberry Pi projects for advanced learners, discover hands-on STEM kits that make technology easier to understand and more exciting to explore.
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Beginner to advanced options
Coding kits for ages 4+
Home and classroom learning
Australia-wide delivery
Choosing the right kit
Find the Right Coding Kit for Every Young Creator
Choosing a coding robot or electronics kit can be confusing because every child has a different level of experience. Some children need a simple screen-free activity, while others are ready to assemble robots, work with sensors or begin learning Python and Arduino programming.
Screen-free block kits (ages 4–9) suit first-time coders, graphical-to-Python platforms like Codey Rocky and mBot suit primary and early secondary students (ages 6–14), and Arduino, Raspberry Pi and drone kits suit advanced students aged 12 and up who are ready for text-based programming. Use the comparison table below to match a kit to age, device access and learning goal.
This guide compares some of the best coding robots and STEM kits available from Pakronics for schools, educators and parents. Use it to find an option based on the learner's age, preferred coding method, device requirements and level of difficulty.
COMPARE KITS
Compare Coding Robots and Electronics Kits
Compare recommended age, device requirements, coding or activity type and setup to help narrow down the right STEM kit.
| Product | Recommended Age | Device Required | Coding or Activity Type | Assembly |
|---|---|---|---|---|
| Indii | 4–9 | None | Screen-free coding blocks | No |
| Codey Rocky | 6+ | Computer, tablet or mobile | Block coding and Python | No |
| littleBits Invention Kit | 8+ | Tablet or mobile | Circuit Building & Hands-On Invention Activities | No |
| Makey Makey | 8+ | Computer | Creative electronics and invention | No |
| Makeblock – mBot2 | 8+ | Computer or tablet | Text-Based Python Coding & Hands-On Robotics Activities | Yes |
| Grove Inventor Kit for micro:bit | 10+ | Computer | Graphical and text-based coding | No soldering |
| Circuit Playground Express Base Kit | 12+ | Computer | MakeCode, JavaScript, CircuitPython and Arduino | No soldering |
| Arduino Starter Kit R4 | 12+ | Computer | Electronics & Hands-On Circuit-Building Projects | No soldering |
| Makeblock mBot2 Rover Robot Kit | 14+ | Computer, laptop or tablet | Text-Based Python Coding & Advanced Rover Robotics Activities | Yes |
| Air:bit 2 Drone with micro:bit | 16+ | Computer, laptop or tablet | Block-Based Coding, Java Programming & Hands-On Drone Flight Activities | Yes |
| Ultimate 2.0 | 17+ | Computer | Graphical and text-based coding | Yes |
| Pakronics® Raspberry Pi® 4 Desktop Kit 4GB with Monitor | 10+ | No additional device required | Visual-based and text-based programming | Minimal setup required |
Codey Rocky6+
Device Required:Computer, tablet or mobile
Coding Type:Block coding and Python
Assembly:No
littleBits Invention Kit8+
Device Required:Tablet or mobile
Coding Type:Circuit Building & Hands-On Invention Activities
Assembly:No
Makey Makey8+
Device Required:Computer
Coding Type:Creative electronics and invention
Assembly:No
Makeblock – mBot28+
Device Required:Computer or tablet
Coding Type:Text-Based Python Coding & Hands-On Robotics Activities
Assembly:Yes
Grove Inventor Kit for micro:bit10+
Device Required:Computer
Coding Type:Graphical and text-based coding
Assembly:No soldering
Circuit Playground Express Base Kit12+
Device Required:Computer
Coding Type:MakeCode, JavaScript, CircuitPython and Arduino
Assembly:No soldering
Arduino Starter Kit R412+
Device Required:Computer
Coding Type:Electronics & Hands-On Circuit-Building Projects
Assembly:No soldering
Makeblock mBot2 Rover Robot Kit14+
Device Required:Computer, laptop or tablet
Coding Type:Text-Based Python Coding & Advanced Rover Robotics Activities
Assembly:Yes
Air:bit 2 Drone with micro:bit16+
Device Required:Computer, laptop or tablet
Coding Type:Block-Based Coding, Java Programming & Hands-On Drone Flight Activities
Assembly:Yes
Ultimate 2.017+
Device Required:Computer
Coding Type:Graphical and text-based coding
Assembly:Yes
Pakronics® Raspberry Pi® 4 Desktop Kit 4GB with Monitor10+
Device Required:No additional device required
Coding Type:Visual-based and text-based programming
Assembly:Minimal setup required
Recommended ages are a general guide. The best option will also depend on the learner's interests, experience and access to a compatible device.
Beginner Friendly
View Codey Rocky
View littleBits Invention Kit
Best Coding Robots for Kids and Beginners
Beginner coding robots make programming visible and interactive. Learners can create a sequence of instructions, test the result and modify their program when the robot does not respond as expected.
These options provide approachable starting points while leaving room for children to develop more advanced programming and problem-solving skills.
Codey Rocky
- Works with a PC, laptop, tablet or mobile device
- Graphical and text-based coding
- No soldering
- Expandable
- Recommended for ages 6+
Codey Rocky is a coding robot designed for STEAM education. It combines approachable robotics hardware with the mBlock 5 programming platform, allowing beginners to start coding within minutes.
Students can begin with visual block-based programming. When they are ready to progress, they can convert visual programs into Python code with one click and continue learning a practical text-based language.
mBlock 5 also supports projects involving artificial intelligence and the Internet of Things. This gives learners opportunities to explore technologies beyond basic coding and develop skills through progressively more challenging activities.
littleBits Invention Kit
- Works with a tablet or mobile device
- Easy-to-use, hands-on electronic building blocks
- No soldering required
- Encourages creativity and experimentation
- Recommended for ages 8+
The littleBits Invention Kit introduces children to electronics and invention through easy-to-connect electronic building blocks. Learners can combine different modules to create interactive projects involving light, sound, movement, sensors and other exciting functions.
Its modular design allows children to build and experiment without soldering, complicated wiring or working with loose electronic components. By connecting blocks and following project ideas, learners can quickly transform their creative ideas into working inventions.
The kit is particularly suitable for children who enjoy hands-on creativity, experimenting and discovering how electronic inventions work. It provides an engaging introduction to circuits, engineering and problem-solving while encouraging learners to design and build their own unique creations.
FOR SCHOOLS & CLASSROOMS
Coding Robots for Primary School Students
Coding robots for primary school students can turn programming concepts into practical classroom activities involving movement, sensors, electronics and problem-solving.
Students can create instructions, observe how a robot responds and improve their programs when something does not work as expected. This process can support computational thinking, sequencing, logical reasoning, collaboration and creative experimentation.
Platforms such as Codey Rocky and mBot introduce visual programming, while Makey Makey and micro:bit-compatible kits allow students to create interactive projects.
Classroom applications
- Digital Technologies lessons
- STEM clubs
- Makerspaces
- Robotics programs
- Project-based learning
- Introductory electronics
- Design and engineering challenges
When choosing coding robots for a primary school, consider device compatibility, setup time, classroom durability, available lesson resources and whether the platform lets students progress from graphical coding to text-based programming.
Kits in this guide are chosen to align with the Australian Curriculum: Digital Technologies learning area, which covers computational thinking and digital solution design from Foundation to Year 10.
CREATIVE ELECTRONICS
Creative Coding and Electronics Kits for Kids
Coding is not limited to moving robots. Creative electronics kits let learners turn everyday materials, sensors and electronic components into interactive projects.
These kits are useful for children who are interested in invention, music, design and physical computing.
Makey Makey
- Works with a PC or Mac
- Supports up to 18 remappable inputs
- No soldering
- No previous programming experience required
- Recommended for ages 8+
Makey Makey lets children transform conductive everyday objects into computer controls. They can begin with a banana piano and progress to handmade game controllers, musical instruments and other creative inventions.
The initial setup takes only a few seconds. Learners plug the board into a computer, connect objects using clips and begin experimenting. No software installation or previous programming knowledge is required.
As learners become more confident, they can explore additional inputs and remap up to 18 keys. They can draw their own game controller, create interactive art or develop entirely new ways to control computer programs.
Makey Makey works with Mac and Windows and provides thousands of possible creative applications.
Grove Inventor Kit for micro:bit
- Requires a PC or laptop
- Graphical and text-based coding
- No soldering
- Recommended for ages 10+
The BBC micro:bit is a pocket-sized computer that helps learners turn creative ideas into physical projects without requiring extensive coding or electronics experience. It can be used for projects ranging from musical instruments to robots and interactive devices.
The Grove Inventor Kit expands what learners can build with a micro:bit. At the centre of the kit is a Grove shield that connects compatible sensors, displays and actuators to the micro:bit.
Its plug-and-play module system makes electronics more approachable and opens up additional possibilities for experimentation, data collection and interactive design.
Check the product page for current micro:bit inclusion details.
Circuit Playground Express Base Kit
- Requires a PC or laptop
- Graphical and text-based coding
- No soldering
- Recommended for ages 12+
- Works with MakeCode, JavaScript, CircuitPython and Arduino IDE
Circuit Playground Express is a versatile electronics platform that gives learners several ways to begin coding. Beginners can use Microsoft MakeCode, while more experienced learners can work with JavaScript, CircuitPython or the Arduino IDE.
Its built-in components make it suitable for interactive electronics, wearable technology and creative physical-computing projects. Learners can begin without assembling every circuit from individual components and then progress to more advanced programming environments.
ROBOTICS & ENGINEERING
Educational Robotics Kits for Coding and Engineering
Educational robotics kits combine programming with mechanical construction and electronics. Learners do more than operate a finished toy: they explore how motors, sensors, structures and code work together.
Makeblock mBot2 Rover Robot Kit
- Interactive customisable expressions
- Block-based & Python coding
- Multiple sensors supported
- Beginner to advanced pathway
- Indoor & outdoor exploration
The Makeblock mBot2 Rover Robot Kit combines coding, robotics and engineering in an interactive, all-terrain robot. Learners can build and program the Rover to perform activities such as line following, light sensing, obstacle interaction, dancing and playing music.
The kit includes the mBot2 Coding Robot and Rover Robotics Add-on Pack, allowing children to explore more advanced building and robotics projects. Its tracked design supports exploration across different terrains, while customisable expressions add an engaging and creative element to the learning experience.
With a learning pathway from graphical block-based coding to Python programming, the mBot2 Rover is suitable for learners who want to progress beyond beginner robotics. It is particularly useful for children interested in coding, engineering and building more advanced interactive robots.
Ultimate 2.0 10-in-1 Robot Kit
- Requires a PC or laptop
- Graphical & text-based coding
- No soldering
- Arduino & Raspberry Pi compatible
Ultimate 2.0 is a flagship robotics kit based on the Makeblock platform. It combines mechanical structures, electronic modules and programming within a flexible 10-in-1 system.
Whether the learner is interested in Raspberry Pi, Arduino, mechanics or electronics, the kit provides opportunities to understand how these technologies operate together.
It is best suited to experienced students, educators, engineering learners and technology enthusiasts who want to build more advanced robotic configurations.
ADVANCED PROJECTS
Programming and Electronics Kits for Advanced Projects
These platforms are designed for learners ready to work with electronic components, sensors, actuators and text-based programming. Most secondary students exploring this level will also benefit from browsing our secondary school digital technology kits.
Arduino Starter Kit R4
- Includes Arduino UNO R4 WiFi board
- 13 guided hands-on projects
- Built-in WiFi & Bluetooth
- Sensors, motors, displays & circuits
- No prior experience required
The Arduino Starter Kit R4 provides a practical introduction to electronics and programming through hands-on experimentation. Built around the Arduino UNO R4 WiFi, the kit includes a wide range of electronic components and guided projects that help learners understand how circuits, sensors, motors and code work together.
Its step-by-step learning approach makes it suitable for beginners who want to move from simple experiments to more advanced technology projects. The kit includes 13 guided projects and additional online resources, giving learners opportunities to continue building and experimenting as their skills develop.
With built-in WiFi and Bluetooth connectivity, the Arduino UNO R4 WiFi also introduces learners to modern connected and IoT projects. It is particularly useful for students and makers who want a strong foundation in electronics, coding, engineering and prototyping.
Pakronics® Raspberry Pi® 4 Desktop Kit 4GB with Monitor
- Complete desktop computer kit
- Raspberry Pi 4 with 4GB RAM
- Includes monitor, keyboard & mouse
- Coding, browsing & digital projects
- Linux & hardware exploration
- Expandable for maker projects
The Raspberry Pi 4 Desktop Kit provides everything needed to get started with a compact and capable desktop computer. With the Raspberry Pi 4 Model B featuring 4GB of RAM, learners can explore everyday computing, programming, web browsing and a wide range of digital projects.
The complete kit includes a monitor and essential desktop accessories, making it easier to set up a working computer without purchasing multiple components separately. It provides a practical way for learners to understand how computers work while gaining hands-on experience with software and hardware.
Beyond everyday computing, the Raspberry Pi can also be expanded with sensors, electronics and accessories for coding, automation and maker projects. It is particularly useful for students, beginners and aspiring makers who want to explore programming, Linux, computer hardware and digital technology.
DRONES & ADVANCED CODING
Programmable Drones and Advanced Coding Technology
Programmable drones give learners an opportunity to combine coding, electronics, engineering and real-world flight.
They are best suited to more experienced students who are ready to work with physical hardware, programming logic and more advanced STEM projects.
Air:bit 2 Drone with micro:bit
Best for: Coding, engineering and hands-on drone flight
- Designed for learners aged 16+
- Works with a computer, laptop or tablet
- Supports block-based coding (MakeCode)
- Supports Java programming
- Combines coding with practical drone flight
- Requires assembly
- Suitable for advanced STEM and robotics learning
- Designed for use with micro:bit
The Air:bit 2 Drone with micro:bit combines programming with hands-on drone technology, giving learners a practical way to explore coding, electronics and flight.
Students can program the drone using block-based coding and progress into more advanced programming activities. By writing code and observing how the drone responds in real flight, learners can connect software instructions with physical movement and behaviour.
The platform is particularly suitable for older students who are interested in robotics, engineering, aviation and advanced technology projects.
Building and programming the drone also introduces learners to problem-solving, testing and iterative design, helping them understand how software and hardware work together in a real-world system.
Advanced pick: best suited to learners with some previous coding or robotics experience.
View Air:bit 2 DroneSTEM LEARNING WITH PAKRONICS
Build, Code and Invent with Pakronics
From a child's first screen-free coding activity to advanced Arduino, Raspberry Pi and robotics projects, Pakronics offers educational technology for different interests and experience levels.
Explore individual learning kits, classroom robotics resources and practical electronics platforms from recognised STEM brands.
Got Questions?
Frequently Asked Questions
Everything you need to know about partnering with Pakronics for your school's STEM programs.
What are the best coding robots for kids?
The best option depends on the learner's experience and interests. Screen-free kits provide a simple introduction, while products such as Codey Rocky and mBot combine graphical coding with opportunities to progress towards Python or Arduino programming.
What is the best coding robot for a beginner?
A screen-free Coding Set can introduce sequencing without requiring a device. Codey Rocky is suitable for learners who want to begin with block coding and later progress to Python.
What skills can children learn from coding robots?
Coding robots can help children develop sequencing, logical reasoning, computational thinking, debugging, creativity and problem-solving. Robotics projects may also introduce mechanical design, sensors and electronics.
Are coding robots suitable for primary schools?
Yes. Coding robots for primary school students can support Digital Technologies lessons, STEM activities, robotics clubs and project-based learning. Schools should evaluate device requirements, lesson resources, setup time, durability and opportunities for progression before selecting a platform.
What is the difference between a coding toy and a robotics kit?
A coding toy generally provides a guided introduction to programming. A robotics kit may also involve mechanical assembly, motors, sensors and electronic components. Some educational products combine both approaches.
Do all coding robots require a computer or tablet?
No. Screen-free coding toys use physical controls or blocks. More advanced coding robots and electronics kits generally require a computer, tablet or mobile device for programming.
Which coding kits help students learn Python?
Codey Rocky allows students to progress from graphical programming to Python. Other platforms may support Python or CircuitPython, but compatibility should always be confirmed on the individual product page.
What does a STEM education partner actually do for a school?
A STEM education partner goes beyond supplying equipment, helping schools choose curriculum-aligned kits, plan implementation, train teachers, and provide ongoing support so STEM programs run reliably year after year.