Edison Robot Small Classroom Bundle
$1,771.82 ex GST
$1,928.99 ex GST ($1,949.00 inc GST)
$1,928.99 ex GST ($1,949.00 inc GST)
The Edison Robot Small Classroom Bundle is a ready-to-teach class set that puts one coding robot in every student's hands. It's built around 15 Edison V3 robots and everything a class needs to start programming straight away — from beginners using barcodes to older students writing Python.
What's included:
15 × Edison Robot V3 (rechargeable, with tethered USB cables)
15 × EdRemote controllers
5 × EdCreate creator's kits and 3 × EdChargers (each charges up to 5 robots)
5 × EdMat activity mats, 5 × marker-pen packs, 3 × pen-holder packs and 5 × spare-parts kits
What students practise:
Computational thinking, sequencing, loops and debugging
Coding across four stages — barcodes, EdBlocks, EdScratch and Python
Engineering and teamwork building and driving their own robots
All programming languages and lesson plans are free — no subscriptions or per-student fees. Bulk pricing is built in, and schools can order on a purchase order or request a quote. Australian-owned and shipped from Australia.
Edison Robot Getting Started Bundle
$117.27 ex GST
$137.95 ex GST ($129.00 inc GST)
$137.95 ex GST ($129.00 inc GST)
The Edison Robot Getting Started Bundle is the easiest way to begin coding and robotics at home or in a first classroom — one Edison robot plus the extras that make it fun from day one. It suits ages 4 to 16, growing from screen-free barcode coding through to text-based Python.
What's included:
1 × Edison Robot V3 with built-in rechargeable battery and tethered USB cable
1 × EdCreate creator's kit (115 LEGO-compatible pieces for five builds)
1 × EdMat A1 activity mat for line-tracking and border games
1 × EdSketch marker pens (10-pack) and 2 × EdSketch pen holders for drawing
What your child practises:
Computational thinking through sequencing, loops and debugging
Coding across four stages — barcodes, EdBlocks, EdScratch and Python (EdPy)
Engineering and design when building with the EdCreate parts
Creativity, programming the robot to draw shapes and patterns
Every programming language is free, with free lesson plans and teacher guides for each. Backed by our team of former teachers, shipped from Australia, with purchase orders welcome for schools.
Sphero Maze & Grid Code Mat
$272.72 ex GST
($299.99 inc GST)
Elevate the learning and teaching experience with the Sphero Maze & Grid Code Mat, a versatile and innovative teaching tool designed to inspire and engage students in coding and problem-solving. Perfect for educational settings or at-home learning, this double-sided mat is your gateway to endless coding adventures and challenges.
Major Features:
Double-Sided Design: One side features an official competition field for BOLT/BOLT+ in The Sphero Global Challenge, offering a vast array of coding possibilities and integration into cross-curricular activities. The other side presents an intricate maze with multiple programming targets, promoting critical thinking and problem-solving skills.
Compatible with Sphero BOLT and BOLT+: Specifically designed to work seamlessly with Sphero BOLT and BOLT+ robots (sold separately), providing a hands-on experience in robotics and coding.
Educational and Fun: A perfect blend of education and entertainment, this mat encourages students to practice coding, strategize, and tackle new challenges, making it an ideal resource for classrooms, coding clubs, and home learning environments.
Durable and Classroom-Ready Size: Measuring 218 cm x 115 cm, the mat is built to withstand the energetic use of a classroom or home environment, ensuring long-term usability.
Purchase Orders Welcome: Simplifying the purchasing process for schools and educational institutions with a seamless Purchase Order option at checkout.
What’s included:
1 x double-sided, Sphero Maze & Code Mat (218 cm long x 115 cm wide)
This mat is compatible with Sphero BOLT and Sphero BOLT+ (sold separately)
Sphero Golf Mat
$227.26 ex GST
($249.99 inc GST)
Sphero Golf Mat - Incredible Vinyl Floor Mat
Designed for Sphero SPRK+, Sphero Mini, Sphero BOLT and Sphero BOLT+.
An incredible vinyl floor mat (1220mm x 2010mm) with 6 reversible golf hole maze activities that links coding across the curriculum with the Sphero.
Sphero Golf Mat Features
Part of the amazing and extensive range of Sphero activities, the Sphero Golf Mat is a special edition mat with 6 reversible golf hole mazes which means that there are 12 challenging activities in total on the mat. Every child with their Sphero can connect to the Sphero Edu app, which is available to be downloaded from the Apple Store, Google play, and the Chrome Web store. Once downloaded, the Sphero will connect automatically via Bluetooth connection (so make sure you have your Bluetooth switched on). All angles, geometry, functions and designs have been carefully constructed to strengthen children’s coding and computational thinking ability through a reliable trial and error process.
For a handy, suggested algorithm to work along with in solving the first hole, check out the Sphero Golf Mat – Hole 1 program on the Sphero Edu app!
How to use your Sphero Golf Mat
The way you should use the Sphero Golf Mat is with 2 groups of 2 pupils, at any one time, each with a Sphero in their possession. Ensure that the Sphero Golf Mat is laid down on somewhere flat in the classroom or home for optimal usability. Students have to program their Sphero from one golf hole, along the carefully designed, complexly shaped fairways to the respective holes at the end of them.
For students who are aged between 8 to 16 , they should employ the use of a Blocks or Text project in the Sphero Edu app. This allows them to fully explore each reversible hole maze, promoting further learning about speed, distance, time, angles and bearings.
To get twice the challenge, try figuring out each of the courses backwards!
Nezha Inventor Kit for micro:bit
from $195.00 ex GST
($214.50 inc GST)
Based on Planet X sensors, Nezha Inventor's Kit is designed for BBC micro:bit. It contains multiple sensors, ultrasonic sensor, crash sensor, line-tracking sensor, etc., and also with over 400 pieces of bricks. We plan to write 36 cases for this kit in our wiki aiming to cultivate and inspire kids' creativity and imagination.
PLEASE NOTE A MICRO:BIT IS REQUIRED AND SOLD SEPARATELY. PLEASE CHOOSE CORRECT OPTION CAREFULLY WHEN ORDERING THE Nezha Inventor Kit for micro:bit IF YOU REQUIRE A MICRO:BIT
Highlights
Planet X Sensors: contains multiple sensors and modules including LED, trimpot, soil moisture sensor, ultrasonic sensor, crash sensor, line-tracking sensor, etc.
18 Programming Fun Projects(continuously updated) and Over 400+ Bricks Kit: Not limited to default projects, children can create what they want. The purpose is to cultivate and inspire kid's creativity and imagination.
microbit NeZha Expansion Board: Rich expansion equiped with 4 servo connections, 4 motor connections and 7 sensor connections.
Simple connection: NeZha Expansion Board can be connected to Planet X sensors with the RJ11 cable, and it is compatible with building blocks.
Built-in 900 mAh Lithium Battery: it can be used normally for 2 hours after charging. Protects from over-current, short-circuit and electrostatic.
Sphero Activity Mat 1
$227.26 ex GST
($249.99 inc GST)
Sphero Activity Mat 1 with the Sphero SPRK+, Sphero BOLT and Sphero BOLT+
An incredible vinyl floor mat (1220mm x 2010mm) with five excellent activities that links coding across the curriculum with the Sphero SPRK+, Sphero Mini, Sphero BOLT and Sphero BOLT+.
The Sphero Activity Mat 1 has a number of excellent activities that links coding across the curriculum with the Sphero SPRK+, Sphero Mini, Sphero BOLT and Sphero BOLT+. Students aged between 4 and 16 can use the mat while using the Draw, Block or Text projects within the Sphero Edu app. 2 groups of 2 pupils should use the mat at any one time, each with a Sphero robot.
Sphero Activity Mat 1 activities
Racetrack Challenge
Students can work together to program the Sphero around the track on the outside of the mat. 2 teams of students can compete against each other to complete the reversible racetrack. Students aged between 7 and 16 can use the Block or Text projects to create their own code to power the Sphero. They will have to take account of headings, angles, speed, distance and time while programming the Sphero around the track.
Circles Challenge 1
Students will answer mathematics questions by programming the Sphero to move to one of the numbers. The teacher may ask ‘5 6’ or ‘square root of 81’ and students of any age can use a Draw, Blocks or Text project to program the SPRK to the correct number.
Circles Challenge 2
Each coloured circle on the Sphero Activity Mat 1 is a vertices of a 2D shape. The route between each same coloured circle is a side of a 2D shape.Yellow = Square.Red = Rectangle.Blue = Hexagon.Green = Scalene Triangle.Purple = Right Angle Triangle.
Students can use a Draw, Blocks or Text project to use code to explore the properties of the 2D shapes.
Gates Challenge
A really interactive challenge that develops problem solving skills, collaboration between students, computational thinking and knowledge of angles and shape and space. Beginning at ‘START HERE’ and finishing at ‘FINISH HERE’ students have to use a Blocks or Text project and follow the instructions at each gate. Students will really enjoy extending their mathematical knowledge while exploring sound, movement and light with the Sphero.
Number Line Challenge
Students will answer mathematics questions by programming the Sphero to move up and down the number rule. Students of any age can use a Draw, Blocks or Text project to program the Sphero to the correct number.
Sphero City & Golf Code Mat
$299.99 ex GST
($329.99 inc GST)
This two-sided mat offers a simple, accessible way to learn block-based coding, basic maths principles, and collaborative problem-solving with any round Sphero robot. Choose Sphero City and Golf Code Mat to tee up your Sphero robot and take a swing while exploring concepts like distance, speed, maths fundamentals, and basic coding or program your robot to navigate around Sphero City using draw, blocks, or text programming.
We recommend using the Sphero City and Golf Code Mat with the Sphero City & Golf Activity Cards which are available for download here.
What’s in the box:
1 Double-Sided Sphero Code Mat (220cm x 115 cm)
micro:bit Smart Health Kit
from $88.00 ex GST
($96.80 inc GST)
The Elecfreaks micro:bit Smart Health Kit is an innovative health monitoring solution powered by micro:bit technology. This comprehensive kit ships Australia-wide and is perfect for those interested in health technology and electronics. The kit includes an MO3 Alcohol Sensor, a Soil Moisture Sensor, a Motor with Fan, an EF92A 180° Servo, and a micro USB cable.
The smart health kit is designed to promote a healthier lifestyle by allowing users to monitor vital signs, track fitness metrics, and even treat illnesses. It's especially suitable for educational purposes, providing an engaging and practical way to learn about electronic circuits.
Key features of the Elecfreaks Smart Health Kit include:
Alcohol Sensor Brick: This sensor detects the presence of alcohol, ideal for alcohol detection devices.
Soil Moisture Sensor: Perfect for indoor flower watering devices, this sensor measures the moisture level in the soil.
Motor with Fan: This provides the necessary cooling for certain health monitoring devices.
180° Servo: A crucial component in many DIY electronics projects.
micro USB cable: Provides the power supply for your projects.
With the Elecfreaks Smart Health Kit, you can build a range of health monitoring devices such as a touch-free hand washing device, a UV light detection device, and a water drinking reminder.
Elecfreaks Smart Health Kit Contents
1x Sensor:bit
1x MO3 Alcohol Sensor
1x Crash Sensor
1x Rainbow LED
1x PIR Sensor
1x Humidity Sensor
1x UV Sensor
1x Soil Moisture Sensor
1x Motor with Fan
1x OLED Screen
1x 180 degree Servo
1x micro USB Cable
Jumper Wires
The Finch
$89.00 ex GST
($97.90 inc GST)
The Finch is a new robot for computer science education. Its design is the result of a four year study at Carnegie Mellon's CREATE lab. The Finch is designed to support an engaging introduction to the art of programming. It has support for over a dozen programming languages and environments, including several environments appropriate for students as young as eight years old. The Finch was designed to allow students to write richly interactive programs. On-board features include:
Light, temperature, and obstacle sensors
Accelerometers
Motors
Buzzer
Full-colour beak LED
Pen mount for drawing capability
Plugs into USB port - no batteries required
Ozobot Ari Classroom Kit - 18 Bots
$5,908.18 ex GST
$6,817.27 ex GST ($6,499.00 inc GST)
$6,817.27 ex GST ($6,499.00 inc GST)
The Ozobot Ari Classroom Kit with 18 robots is a complete, ready-to-teach set for a full class — built around Ozobot's newest and most capable coding robot, with an interactive touchscreen and AI built in. With eighteen Ari robots, students can work in pairs across a full class, or closer to one robot each in a smaller group, and no coding experience is needed to get started. Ari grows with your students, taking them from screen-free coding all the way to Python, while its sensors and display bring coding, engineering, physics and core subjects to life.
Ari offers three ways to code, so every student has an entry point and a clear path forward. They begin screen-free with Colour Codes — coloured marker patterns Ari reads and follows — then move to block-based coding, and on to Python in Ozobot Editor.
What's included:
18 Ozobot Ari robots, each with a high-resolution 390 × 390 touchscreen
Wireless charging cradle and power supply
18 dual-tip Colour Code marker packs and 18 screen bumpers
Get Started activities and a storage bin
Free Ozobot Classroom account — standards-aligned lessons across coding, maths, science and more
What your students practise:
Coding from Colour Codes to block coding to Python
Engineering — measuring distances, detecting obstacles and navigating with the time-of-flight sensor
Physics — exploring motion, acceleration and velocity with the accelerometer and gyroscope
AI and core subjects — students can even build AI into their own programs, and learn through Ari's touchscreen apps
Ari is built for daily classroom use, with a strong polycarbonate shell and a screen bumper on every robot, and the wireless cradle charges and stores your robots between lessons. Ari connects over Wi-Fi to Ozobot's own servers for a safe, secure environment. Teaching a smaller group? See the 12-bot Ozobot Ari Classroom Kit, or the single-robot Ari Entry Kit.
New to OzoBlockly? Read our OzoBlockly guide to see how the five skill levels work and which editor suits your robot.
Ozobot Ari Classroom Kit - 12 Bots
$3,908.18 ex GST
$4,544.54 ex GST ($4,299.00 inc GST)
$4,544.54 ex GST ($4,299.00 inc GST)
The Ozobot Ari Classroom Kit is a complete, ready-to-teach set of twelve Ari robots — Ozobot's newest and most capable coding robot, with an interactive touchscreen and AI built in. Students code in pairs, around 24 at once, and no coding experience is needed to get started. Ari grows with your class, taking students from screen-free coding all the way to Python, while its sensors and display bring coding, engineering, physics and core subjects to life.
Ari offers three ways to code, so every student has an entry point and a clear path forward. They begin screen-free with Colour Codes — coloured marker patterns Ari reads and follows — then move to block-based coding, and on to Python in Ozobot Editor.
What's included:
12 Ozobot Ari robots, each with a high-resolution 390 × 390 touchscreen
Wireless charging cradle and power supply
12 dual-tip Colour Code marker packs and 12 screen bumpers
Get Started activities and a storage bin
Free Ozobot Classroom account — standards-aligned lessons across coding, maths, science and more
What your students practise:
Coding from Colour Codes to block coding to Python
Engineering — measuring distances, detecting obstacles and navigating with the time-of-flight sensor
Physics — exploring motion, acceleration and velocity with the accelerometer and gyroscope
AI and core subjects — students can even build AI into their own programs, and learn through Ari's touchscreen apps
Ari is built for daily classroom use, with a strong polycarbonate shell and a screen bumper on every robot, and the wireless cradle charges and stores all twelve between lessons. Ari connects over Wi-Fi to Ozobot's own servers for a safe, secure environment. Teaching a bigger class? See the 18-bot Ozobot Ari Classroom Kit.
New to OzoBlockly? Read our OzoBlockly guide to see how the five skill levels work and which editor suits your robot.
Ozobot Ari Entry Kit
$362.73 ex GST
($399.00 inc GST)
The Ozobot Ari Entry Kit is the newest and most capable Ozobot — an AI-ready coding robot with its own interactive touchscreen. This single-robot kit is ready to use at home or in the classroom, and it grows with your students: they can start screen-free and progress all the way to real text-based programming. Ari brings coding, engineering, physics and core subjects to life for learners from primary through secondary.
Ari offers three ways to code, so every student has a starting point and room to grow. They begin screen-free with Colour Codes — drawing coloured marker patterns Ari reads and follows — then move to Ozobot Blockly block coding, and on to Python for advanced, text-based programming.
What's included:
1 Ozobot Ari robot with a high-resolution 390 × 390 touchscreen
5 dual-tip Colour Code markers
Charging cable, screen bumper and a protective zip case
Get Started activities
Free access to standards-aligned lessons in Ozobot Classroom
What your students practise:
Coding from Colour Codes to block coding to Python
Engineering — using the time-of-flight sensor to measure distances, detect obstacles and navigate
Physics — exploring motion, acceleration and velocity with the built-in accelerometer and gyroscope
Core subjects and problem-solving through Ari's touchscreen apps and lessons
Ari is built for the classroom, with a strong polycarbonate shell, a screen bumper, LED lights, a built-in speaker and a rechargeable battery. It's AI-enabled for adaptive, personalised learning, and uses Wi-Fi to update and load programs, connecting only to Ozobot's own servers for a safe, secure environment. Ready to equip a whole class? See the Ozobot Ari Classroom Kit for 12-robot and 18-robot options.
New to OzoBlockly? Read our OzoBlockly guide to see how the five skill levels work and which editor suits your robot.
Ozobot Evo Kit of 10 with 2 Chargers
$2,817.27 ex GST
$2,999.85 ex GST ($3,099.00 inc GST)
$2,999.85 ex GST ($3,099.00 inc GST)
The Ozobot Evo Kit of 10 with 2 Chargers gives you ten palm-sized Evo coding robots and two charging hubs in one box — enough to run several coding stations at once, or to teach a small class working in pairs. The two hubs charge and store all ten robots together between lessons, so a flat battery never holds up your session, and no coding experience is needed to get started.
Evo gives every learner two ways to code. They begin screen-free with Colour Codes — drawing coloured marker patterns that Evo reads and follows to speed up, spin, change direction and more — then progress to OzoBlockly, dragging and dropping blocks through five skill levels, from pre-reader to master.
What's included:
10 Ozobot Evo coding robots
2 six-port USB charging hubs (charge all ten at once)
10 sets of dual-tip Colour Code markers and 10 protective zip cases
Get Started activities
Free access to Ozobot Classroom — 700+ standards-aligned lessons across coding, maths, science and more
What your students practise:
Sequencing, loops and debugging through hands-on challenges
Problem-solving and computational thinking
Collaboration and turn-taking while working in pairs and groups
Creativity — drawing their own colour-code tracks, mazes and racetracks
Each Evo is built for everyday classroom use, with a tough polycarbonate shell, proximity and optical sensors, LED lights, a built-in speaker and a rechargeable battery. Recommended for primary-aged learners. Ready to equip a whole class? See the Ozobot Evo Classroom Kit for 12-robot and 18-robot options.
New to OzoBlockly? Read our OzoBlockly guide to see how the five skill levels work and which editor suits your robot.
Edison EdSketch Pen Holder (10 Pack)
$19.95 ex GST
($21.95 inc GST)
The Edison EdSketch Pen Holder (10 Pack) is the attachment that lets your Edison robot hold a marker and draw. With ten in a pack, a whole group can add drawing to their coding at once.
Features:
10 pen-holder attachments that clip quickly onto an Edison robot
Hold an EdSketch marker securely while the robot drives
Ideal for classes running EdSketch drawing activities together
Good to know: this pack is holders only — the Edison robot and the EdSketch marker pens aren't included, and can be bought separately. Australian-owned, shipped from Australia, with purchase orders welcome for schools.
Edison Robot Large Classroom Bundle
$3,590.00 ex GST
$3,857.98 ex GST ($3,949.00 inc GST)
$3,857.98 ex GST ($3,949.00 inc GST)
The Edison Robot Large Classroom Bundle is a complete class set for bigger cohorts or shared robotics rooms — 30 Edison V3 robots plus the accessories to run coding lessons across multiple groups. One robot per student makes hands-on coding practical for a whole class at once.
What's included:
30 × Edison Robot V3 (rechargeable, with tethered USB cables)
30 × EdRemote controllers
10 × EdCreate creator's kits and 6 × EdChargers (each charges up to 5 robots)
10 × EdMat activity mats, 10 × marker-pen packs, 6 × pen-holder packs and 10 × spare-parts kits
What students practise:
Computational thinking, sequencing, loops and debugging
Coding across four stages — barcodes, EdBlocks, EdScratch and Python
Engineering and design building with LEGO-compatible parts
Every language and lesson plan is free, with bulk pricing built in. Schools, TAFEs and government buyers can order on a purchase order or request a quote. Australian-owned, shipped from Australian warehouses.
Rugged Robot
$344.55 ex GST
($379.01 inc GST)
Meet the Rugged Robot — the BETT 2020 Award-winning programmable floor robot built for the great outdoors! 🤖🌿
Designed for robust, real-world challenges, Rugged Robot is Australia’s toughest coding companion for early years and primary classrooms. Whether your students are navigating a lunar mat, tackling a construction site challenge, or coding across the playground, Rugged Robot is ready for every adventure.
Why teachers love it:
🌦️ Built for outdoor use — durable enough for the playground and beyond
📱 Bluetooth connectivity — control via tablet, iPad, or the TTS TacTile Code Reader for screen-free coding
🧠 256-step memory — supports complex, multi-step programming challenges
⚡ 3 adjustable speeds — students choose slow, medium, or fast to match their activity
🚧 Smart obstacle sensor — detects objects, reverses, and rotates 45° automatically; can be toggled on/off to scaffold learning
🔋 USB rechargeable — fully charges in ~3 hours with ~1 hour of battery life
Rugged Robot follows in the trusted TTS tradition of Bee-Bot and Blue-Bot, taking coding outdoors and into the hands of curious young learners. Aligned to the Australian Curriculum v9, it’s the perfect tool for hands-on STEAM learning in K–6 classrooms.
Purchase orders welcome. Ships direct from Australian warehouses.
Sphero indi Self-Guided Professional Development
$36.35 ex GST
($39.99 inc GST)
Unlock the full potential of STEAM education in your classroom with the Sphero indi Self-Guided Professional Development course. This innovative online course is designed for educators looking to integrate computational thinking, literacy, and math development into their teaching through engaging, hands-on activities. Tailored for ages 4+, indi offers a screenless, exploratory learning experience that captivates and educates simultaneously.
Major Features:
Comprehensive Learning Modules: Dive into modules at your own pace, covering everything from basic operation to advanced programming with color instructions.
Hands-On STEAM Education: Engage young learners with activities that foster computational thinking, problem-solving, and collaboration.
Literacy and Math Integration: Discover practical classroom activities that use indi to support key educational outcomes.
Sphero Edu Jr App: Learn to use simplified drag-and-drop coding to enhance indi’s interaction with colors, making learning fun and interactive.
Professional Development Certificate: Complete the course to receive a certificate, showcasing your commitment to innovative teaching strategies.
FAQs
Q: What is included in my purchase?
A: You will receive 1x Activation Code to access the Self-Guided Course (robot sold separately).
Q: When will I receive my Activation Code?
A: Once we receive your order, we will email you an Activation Code within 3-5 business days.
Q: How long is the course?
A: The course duration is 2 hours.
Q: How long will I have access to the course?
A: Your course will be available for 90 days from the date you activate it.
Q: What will I receive on completion of the course?
A: You will receive a 2 Hour Personal Development Certificate. Sphero will email this to you on completion of the course.
Sphero RVR+ Self-Guided Professional Development
$154.54 ex GST
($169.99 inc GST)
Elevate your teaching and engage your students in the captivating world of robotics and computer science with the 'Sphero RVR+ Self-Guided Professional Development' course. Designed exclusively for middle and high school educators, this comprehensive online course is your gateway to mastering the Sphero Edu app, exploring innovative block and text programming, and integrating third-party hardware for enhanced learning experiences. Get ready to transform your classroom with cutting-edge robotics education.
Major Features:
Comprehensive Learning Content: Dive deep into block and text programming with the Sphero Edu app, explore littleBits topper projects, and unlock the potential of third-party hardware integrations like micro:bit and Raspberry Pi.
Hands-On Learning Approach: With step-by-step programming examples, this course is perfect for beginners and a great way to refine the skills of experienced educators.
Exclusive Lessons & Projects: Gain access to unique lessons and projects that push the limits of RVR+ robotics, encouraging students to develop advanced coding and engineering skills.
Flexible & Self-Paced: Complete the course at your convenience within 90 days of activation, investing just 4-6 hours to become a Sphero Edu expert.
Earn Professional Development Hours: Receive a 6-hour PD certificate upon course completion, contributing to your professional growth and expertise in STEM education.
FAQs
Q: What is included in my purchase?
A: You will receive 1x Activation Code to access the Self-Guided Course (robot sold separately).
Q: When will I receive my Activation Code?
A: Once we receive your order, we will email you an Activation Code within 3-5 business days.
Q: How long is the course?
A: The course duration is 4-6 hours.
Q: How long will I have access to the course?
A: Your course will be available for 90 days from the date you activate it.
Q: What will I receive on completion of the course?
A: You will receive a 6 Hour Personal Development Certificate. Sphero will email this to you on completion of the course.
Bee-Bot Bundle - Mobile Learning Kit
$944.55 ex GST
$1,005.41 ex GST ($1,039.01 inc GST)
$1,005.41 ex GST ($1,039.01 inc GST)
Free shipping on this product!
Give young learners their first steps in coding — no screens required. This mobile set brings together six rechargeable Bee-Bot floor robots in a single carry case, so a whole class can plan, program and problem-solve, then pack everything away and move the learning to the next room.
What's included:
6 × rechargeable Bee-Bot programmable floor robots
Bee-Bot Hive storage and carry case
Charging dock (works with Bee-Bot and Blue-Bot)
Mini sequence cards
Fairytale floor mat
Bee-Bot pen holders (6-pack)
What your students practise:
Sequencing and early algorithmic thinking — planning a route step by step
Directional language and spatial awareness — forward, back, left and right
Problem-solving and debugging — predicting a path, testing it and correcting mistakes
Counting, distance and early maths through hands-on movement
Speaking, listening and teamwork, especially when children record and play back their own audio commands
Because every robot is rechargeable and stores neatly in one case, the set is quick to set up and easy to share between classrooms — a practical choice for schools introducing coding across more than one room.
Sphero RVR+ Spare Battery (RVR Compatible)
$127.26 ex GST
($139.99 inc GST)
New-and-improved rechargeable and swappable battery to keep RVR and RVR+ programs, inventions, and classroom projects running without any downtime.
Replace your battery or power up your RVR+ while your other battery charges. Pick up an additional battery so that driving, coding, and hacking never stop.
Fun never ends - charge one battery while the other is working
High capacity - delivers enough juice to power RVR+ and anything you add to it
Compatible with RVR+ and RVR.
BBC micro:bit V2 Board — 10 Pack
$235.45 ex GST
($259.00 inc GST)
The BBC micro:bit V2 Board 10 Pack is a cost-effective way to put a programmable computer into the hands of a whole class. Each student writes code in the browser, flashes it to their own board, and watches it respond on the LED display, through the speaker, or to movement and sound. This pack is boards only — the practical choice for schools and makerspaces that already have USB cables and batteries on hand.
What's included:
10 x BBC micro:bit V2 boards (colours vary — red, yellow, green or blue)
10 x quick-start guides
Please note: USB cables, battery holders and batteries are not included
Designed for ages 8 and up; each board measures about 4cm x 5cm
What students practise:
Coding with Microsoft MakeCode blocks or Python
Computational thinking — sequencing, loops, logic and debugging
Connecting code to the real world through sensors, sound and radio
With a built-in speaker, microphone, motion sensor and touch-sensitive logo, the micro:bit V2 supports coding across science, maths, design and music. Durable, reusable and easy to share between groups, it's a class set that earns its place year after year — shipped from Australia and supported by our teacher-run team.
Not sure which pack you need?
This pack is boards only. If you also need cables, holders and batteries, the micro:bit V2 Club has everything for a class of ten.
Just need one? Grab a single BBC micro:bit V2 board or the Go Bundle with cable and batteries.
BBC micro:bit V2 Go Bundle
$29.86 ex GST
($32.85 inc GST)
The BBC micro:bit V2 Go Bundle is the simplest way to start coding — everything a beginner needs in one box, with no extra parts to track down. Write a program in the browser, send it to the board, then unplug and run it on batteries. It's the recommended starting point for a child, a family, or a first classroom set.
What's included:
1 x BBC micro:bit V2 board (colour varies — red, yellow, green or blue)
1 x micro USB cable for programming and power
1 x battery holder with 2 x AAA batteries, so projects can go cordless
1 x quick-start guide with four project ideas to try first
Designed for ages 8 and up; the board measures about 4cm x 5cm
What your child practises:
Coding with Microsoft MakeCode blocks or Python
Computational thinking — sequencing, loops and problem-solving
Bringing code to life with the LED display, speaker, buttons and motion sensor
The micro:bit V2 adds a built-in speaker, microphone and touch-sensitive logo to the original design, and works right across the curriculum — science, maths, design, art and music. A dependable, reusable starter kit that grows with your learner, shipped from Australia and backed by our teacher-run team.
Not sure which to choose?
Already have cables and batteries? The single BBC micro:bit V2 board is the lower-cost option.
Setting up a whole class? Compare the 10-board class pack (boards only) with the micro:bit V2 Club (boards plus cables and batteries).
BBC micro:bit V2 Board — Single
$25.41 ex GST
($27.95 inc GST)
The BBC micro:bit V2 is a pocket-sized computer that makes coding something children can hold in their hand and watch respond. Students write a program in a web browser, send it to the board over USB, and instantly see it play out on the LED display, through the built-in speaker, or in response to movement, sound and touch. This is the single board on its own — the right choice when your classroom already has USB cables and batteries, or you're topping up an existing set of micro:bits.
What's included:
1 x BBC micro:bit V2 board (colour varies — red, yellow, green or blue)
1 x quick-start guide
Measures about 4cm x 5cm; designed for ages 8 and up
On the board:
A 25-LED display, two buttons and a touch-sensitive logo
Built-in speaker and microphone for making and sensing sound
Motion sensor (accelerometer and compass), plus light and temperature sensing
Bluetooth and radio to connect to other micro:bits, tablets and phones
What students practise:
Coding with Microsoft MakeCode blocks or Python, at their own pace
Computational thinking — sequencing, loops, logic and debugging
Linking code to the real world through sensors and inputs
Programmable again and again across science, maths, design and music, the micro:bit V2 grows with your students from their first block of code to independent projects. Shipped from Australia and supported by our teacher-run team.
Not sure which to choose?
Just starting out? The micro:bit V2 Go Bundle adds a USB cable and batteries so you can code straight away.
Fitting out a class that already has cables and batteries? Save with the 10-board class pack.
Want ten boards with all the accessories included? See the micro:bit V2 Club.
TTS Tactile Reader Pro — Screen-Free Coding Tool
$190.00 ex GST
($209.00 inc GST)
The TTS Tactile Reader Pro lets children build and debug programs without a screen. Learners place command tiles in order to plan a sequence, then send it to their robot and watch it move — turning abstract coding ideas into something they can hold, arrange and see.
It's a companion tool for the TTS Blue-Bot, Loti-Bot and Rugged Robot (robot sold separately) and works with these models made from 2020 onwards — you'll find the date on the underside of the robot. Each tile lights up as the robot works through the steps, so mistakes are easy to spot and fix, and up to three readers connect with a simple magnetic click to build longer sequences.
What's included:
1 × Tactile Reader (rechargeable)
1 × charger
1 × set of standard movement tiles
What your child practises:
Sequencing, selection and repetition
Debugging and logical reasoning
Problem-solving and computational thinking
Made by TTS for primary-school computing, the Tactile Reader Pro comes with free downloadable lesson plans and skill-builder challenges, so you can teach coding across the curriculum straight away.
Explore and Discover Kit for Bee-Bot and Blue-Bot
$408.18 ex GST
$449.09 ex GST ($449.00 inc GST)
$449.09 ex GST ($449.00 inc GST)
Turn early coding lessons into a journey across the world and out into space. This cross-curricular kit gives Kindergarten and Early Years students a hands-on way to practise programming and control while they explore geography and the solar system, connecting Digital Technologies with Humanities and Social Sciences in one resource. It's designed to be used with the Bee-Bot and Blue-Bot floor robots (not included).
What's included:
6 × Bee-Bot Pushers
1 × World Map Mat (large)
1 × Australia Map Mat
1 × Solar System Mat
2 × Transparent Grid Mats (4×4), to overlay on maps you already use
What your students practise:
Sequencing and algorithmic thinking — planning and programming a route step by step
Directional language — using forward, back and turning to control the robot's path
Problem-solving — testing a route, spotting what went wrong and trying again
Geography — locating continents, countries and Australian places on the map mats
Early space knowledge — travelling through the planets of the solar system
The transparent grid mats overlay almost any existing map to create a new coding challenge, so one kit stretches across a full year of lessons and suits a whole group of students working together.
Play and Learn Kit for Bee-Bot and Blue-Bot
$471.82 ex GST
$521.82 ex GST ($519.00 inc GST)
$521.82 ex GST ($519.00 inc GST)
Bring early coding to life with hands-on play. The Play and Learn Kit adds five themed activity mats and a set of pushers to your Bee-Bot or Blue-Bot, so young learners practise programming, sequencing and directional language while they explore counting, shapes, space and storytelling.
What's included:
Snakes and Ladders Mat
Obstacle Course for Bee-Bot and Blue-Bot
Shape, Colour & Size Mat
Treasure Island Mat
Solar System Mat
Bee-Bot Pushers (6 pack)
Designed for Early Years and Kindergarten classrooms and for use with a Bee-Bot or Blue-Bot robot (sold separately) — a ready-made way to bring the Digital Technologies curriculum into everyday play.
What children practise:
Programming and control — building simple step-by-step routes for the robot to follow
Directional language — forwards, backwards, and left/right turns
Early maths — counting, shapes, colour and size
Science and discovery — a first look at the planets of the solar system
Problem-solving — planning and testing routes through the obstacle course and island map
Little learners program each route with simple button presses, so there's no screen or complicated setup to get in the way — children can start exploring straight away.
Literacy and Numeracy Kit for Bee-Bot and Blue-Bot
$408.18 ex GST
$444.50 ex GST ($449.00 inc GST)
$444.50 ex GST ($449.00 inc GST)
Turn a Bee-Bot or Blue-Bot floor robot into a hands-on literacy and numeracy centre for the early years classroom. This cross-curricular kit lets Kindergarten and early years children practise letters, sounds, numbers and Australian money while taking their first steps in coding and directional language.
Please note: this kit contains the mats and activity cards only. Bee-Bot and Blue-Bot robots are sold separately.
What's included:
1 × Alphabet Mat
1 × CVC Mat, for building simple three-letter words like cat and dog
1 × Number Line Mat
1 × Australian Currency Mat
1 × Transparent Pocket Mat (6 × 4 pockets) for slotting in your own cards or worksheets
1 × Alphabet Cards Set
1 × Maths Activity Cards Set
Designed for Kindergarten and early years learners
What your child practises:
Early coding and control — planning and programming a sequence of moves to reach a target
Directional language — forwards, backwards, left, right and turning
Letter recognition and phonics — matching letters and sounding out simple words
Number sense — counting and ordering along a number line
Everyday maths — recognising and counting Australian coins and notes
The transparent pocket mat lets you drop in your own worksheets, so the kit stretches across the year and suits whole-class lessons, small groups or homeschooling.
Nature and Environments Kit for Bee-Bot and Blue-Bot
$244.55 ex GST
$269.05 ex GST ($269.01 inc GST)
$269.05 ex GST ($269.01 inc GST)
Introduce early years learners to programming while they explore the natural world. The Nature and Environments Kit gives your Bee-Bot or Blue-Bot four themed floor mats and a set of pushers, turning directional coding into hands-on, cross-curricular play.
What's included:
6 × Bee-Bot Pushers
1 × Countryside Mat
1 × Australia Mat
1 × Farmyard Mat
1 × Zoo Mat
Compatible with Bee-Bot and Blue-Bot floor robots (robots sold separately)
Designed for Kindergarten and early years learners
Learning benefits:
As children plan a route across each mat, they practise the building blocks of computational thinking — breaking a journey into ordered steps, predicting where the robot will stop, and debugging when it doesn't go to plan. The nature and environment themes spark cross-curricular talk about Australian animals, farm life, habitats and the world around us, linking Digital Technologies with science and geography. Working in pairs or small groups, learners also build directional language, turn-taking and collaboration.
With four reusable mats and six pushers, it's a flexible, share-friendly resource that slots straight into an early years classroom or homeschool setup — and works with the Bee-Bot or Blue-Bot you already own.
Ex-Demo | Sphero indi Educational Robot Class Pack (8-Pack)
$1,450.00 ex GST
($1,595.00 inc GST)
Bring computational thinking and screenless coding to your early learners at a fraction of the retail cost! This genuine ex-demo Sphero indi Class Pack was previously utilised in our premier Sammat Education primary school STEM incursion workshops. It has been fully inspected, cleaned, and tested by our experienced STEM educators to ensure it is 100% functional.
Designed for Pre-K to Year 2+, the Sphero indi speeds up STEAM learning by using an on-board colour sensor to read durable silicone tiles. Students design mazes, solve puzzles, and learn basic programming concepts completely screen-free—or level up using block coding via the free Sphero Edu Jr app.
Ex-Demo Condition Note: This kit has minor cosmetic scuff marks from workshop use, which do not affect its performance. A few printed challenge cards are missing from the original set; however, the complete set of resource cards can be downloaded and printed completely free of charge from the official Sphero website.
What’s Included in the Class Pack:
8 x Sphero indi Robots
8 x Individual Student Carrying Cases
1 x Heavy-Duty Charging Case (charges all 8 robots simultaneously)
1 x Lightweight Classroom Tote Bag for easy transport
Durable silicone colour tiles for screenless track building
1 x Educator Guide/Spiral Booklet
Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!
Ex-Demo ELECFREAKS micro:bit 6-in-1 Ring:bit Classroom STEM Bundle (18-Kit Set)
$677.27 ex GST
($745.00 inc GST)
Give your students a hands-on introduction to coding, robotics, and structural engineering with this complete, ready-to-teach ELECFREAKS micro:bit 6-in-1 Ring:bit Classroom Set.
Curated and thoroughly tested by the team at Sammat Education, this bundle was previously used for our primary school STEM workshop incursions. While there is minor cosmetic wear on the outer plastic cases, all components are fully tested, functional, and sorted—making this an incredible budget-friendly opportunity for schools, libraries, makerspaces, or homeschool hubs.
What’s Included in the Bundle:
18 x ELECFREAKS micro:bit 6-in-1 Ring:bit Kits (Bricks Packs): Build up to 6 different customisable robotic designs including traffic lights, smart brick cars, tracking cars, and more.
15 x BBC micro:bit V2 Boards: The latest powerful micro:bit version with built-in speaker and microphone.
2 x Deep Spare Parts Organiser Boxes: Packed with extra brick pieces, pins, and hardware to ensure your classes keep running smoothly even if a piece goes missing.
1 x Tactix Heavy-Duty Storage Trunk: Featuring an integrated top tray to keep your entire classroom setup organised and portable.
Bonus Accessories: Includes various USB programming cables and flexible LED light strips for extended project potential.
Note: Requires AA batteries for the battery packs (not included).
Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!
Ex-Demo Pro-Bot Classroom Kit – 12 Robot Pack with Mats & Custom Pelican Case
$1,086.36 ex GST
($1,195.00 inc GST)
Bring Logo Programming to Life in Your Classroom!
Looking to stretch your Stage 2 and 3 students with hands-on coding, geometry, and problem-solving? The TTS Pro-Bot is the ideal step up from the beloved Bee-Bot. Designed like a sleek race car, it introduces students to on-screen Logo programming, routing, angles, and measurement.
This complete, ex-demo classroom kit was curated and used by our expert educators at Sammat Education for primary school STEM incursion workshops. It has been thoroughly tested, cleaned, and is ready to roll straight into your classroom.
The Battery-Powered Advantage: Unlike rechargeable lithium-ion models that degrade and fail when left in school cupboards over the long summer holidays, this version runs on standard AA batteries. Simply pop in fresh batteries at the start of the term, and you are guaranteed reliable, hassle-free operation every single lesson!
What’s Included in This Pack:
12 x Pro-Bot Robots (Battery Version):
2 x Brand New (still in original packaging).
10 x Ex-Demo units in excellent, fully working condition.
Note: Requires 3 x AA batteries per robot (not included).
1 x Premium Pelican-style Storage Case: Includes custom-cut foam compartments to keep 9 robots and resources perfectly organised. Super durable and fitted with wheels for easy transport between classrooms.
2 x Amusement Park Mats: Perfect for designing engaging, theme-based navigation and storytelling challenges.
1 x Transparent Grid Mat: Ideal for customising your own challenges, maths grids, or coordinate geometry lessons.
1 x Teacher Resource Folder: Packed with lesson cards, activity ideas, and curriculum-aligned task sheets.
Felt Tip Marker Pens: For utilising the Pro-Bot’s built-in pen-draw mechanism (varying ink quality; we recommend replacing with standard felt tips as needed).
Why Buy Ex-Demo from Sammat Education?
As STEM education specialists, we look after our gear. This kit represents a fantastic opportunity for schools, STEM coordinators, or libraries to acquire a complete, commercial-grade robotics class set at a fraction of the cost of buying new.
Condition: Ex-demo / Used. Robots are fully tested. Mats and resources show light wear standard for workshop use, but are fully functional. 2 robots are brand new.
Shipping: Flat-rate shipping Australia-wide or local pickup available.
Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!
Edison V2 Robots Bulk Class Set - Ex Demo (21 Robots)
$627.27 ex GST
($690.00 inc GST)
Set up a whole robotics class or coding club in one go. Edison V2 is a durable, LEGO-compatible programmable robot used in schools right across Australia — and this complete second-hand set has all 21 robots tested and working.
Edison grows with a child's skills: start screen-free with barcode programming, move to block coding in EdBlocks and EdScratch, then step up to real text-based Python with EdPy. One set covers a wide age span (the maker's stated range is 4–16), so it suits lower primary right through to high school.
What's included:
21× Edison V2 robots — all tested and working
3× EdCreate 5-in-1 expansion packs (LEGO-compatible builds: crane, digger, tank and more)
4× EdMat activity mats
24× EdComm programming cables
2× Edison spare parts kits
1× storage toolbox with removable tray
Condition: Used, with normal cosmetic classroom wear. All 21 robots have been tested and are in working order.
What children practise: logical thinking and problem-solving, sequencing and debugging, and hands-on STEM through building and programming their own machines.
A ready-to-run class set with everything stored in one case — collect and go.
Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!
Why Robotics Matters in Education
In today’s education landscape, robotics is far more than toys — it’s a teaching tool that empowers learners to explore science, coding, math and engineering concepts in a fun and practical way. Robotics activities encourage logical reasoning, iterative design thinking and collaboration, preparing students for future digital careers.
Expect improved outcomes in:
Computational thinking
Algorithmic logic
Teamwork and collaboration
Creative problem-solving
Hands-on engineering experience
Programmable Classroom Robots
Our range includes app-enabled and programmable robots such as Sphero robotic balls and mobile robots that support beginner to advanced coding levels.
Popular options include:
Sphero BOLT+ Power Pack — complete classroom set with charging case and curriculum-aligned activities.
Sphero Mini — compact robot balls ideal for introductory coding and STEAM activities.
Each kit includes access to learning pathways that integrate coding with design thinking, puzzle solving, game-based challenges and teacher-ready lesson plans.
Floor & Early Learning Robots
Robots like Bee-Bot and Blue-Bot are especially well-suited to younger learners, using directional buttons and visual sequencing to introduce foundational programming concepts.
They’re perfect for:
Early years classrooms
Storytelling and sequencing activities
Cross-curriculum numeracy tasks
Edison & Expandable Robotics
For a scaffolded approach to STEM, Edison robots and their activity mats let learners explore robotics basics up to complex internal logic.
Engaging physical mats and barcode programming introduce students to coding without screens and transition to drag-and-drop and text-based languages like EdBlocks and EdPy as their skills grow.
Classroom Bundles & Swarm Packs
Bundled sets such as Bee-Bot Swarm and Blue-Bot Swarm deliver multiple units and docking stations, enabling group projects and collaborative classroom challenges — perfect for differentiated learning.
FREE Shipping Australia Wide!
Sphero BOLT+ Power Pack — 15 Robots
$5,170.00 ex GST
$5,454.54 ex GST ($5,687.00 inc GST)
$5,454.54 ex GST ($5,687.00 inc GST)
FREE Shipping on this Product!
The Sphero BOLT+ Power Pack is a complete, classroom-ready set of 15 Sphero BOLT+ coding robots — enough for up to 30 students working in pairs. It's the simplest way to bring hands-on coding and STEM to a whole class, with every robot charged, organised and ready to go in one carry case.
What's included:
15 × Sphero BOLT+ robots (supports up to 30 students, two per robot)
Charging case with inductive charging cradles and a retractable handle
Educator Guide and 20 Challenge Cards
15 protractors, 15 Turbo covers, maze tape and sticker sheets
Free, standards-aligned lessons and teacher guides in Sphero Central
What students practise:
Coding three ways — Draw, Blocks and Text (JavaScript and Python)
Computational thinking, debugging and collaborative problem-solving
Reading real-time data on each robot's 128×128 LCD screen
Cross-curricular projects across maths, science and literacy
Designed for busy classrooms: durable, waterproof robots, "Shake to Wake" and wireless charging for quick set-up, and all-day battery life so a full lesson runs without interruption. Ideal for Years 3–10, robotics clubs and library makerspaces.
Sphero indi Class Pack — 8 Robots
$2,362.73 ex GST
$2,454.54 ex GST ($2,599.00 inc GST)
$2,454.54 ex GST ($2,599.00 inc GST)
FREE Shipping on this product!
The Sphero indi Class Pack brings screen-free coding to a whole class of early learners. indi is driven by colour — children lay out coloured tiles to build a path, and each robot's on-board colour sensor turns the colours into actions, teaching computational thinking and problem-solving with no screens and no reading required. A simple, playful way to start coding across Pre-K to Year 2.
What's included:
8 indi robots and 8 durable student carry cases
160 durable silicone colour tiles (20 per student)
Charging case (charges all 8 robots), classroom tote and 8 charging cables
8 sets of 15 Beginner's Programming Challenge Cards
indi Educator Guide with standards-aligned lesson plans
What students practise:
Computational thinking — sequencing, pattern recognition and cause and effect
Problem-solving by designing and testing their own mazes
Early literacy and maths through cross-curricular, play-based activities
Optional block coding in the free Sphero Edu Jr app as skills grow
Everything a teacher needs to get a class started, with durable kit built for busy classrooms. Australian-owned and teacher-run, with local stock, expert support and purchase orders welcome — and free shipping on this pack.
Bee-Bot Swarm 6-Pack + Docking Station
$771.82 ex GST
($849.00 inc GST)
The Bee-Bot Swarm is a classroom-ready set of six rechargeable programmable floor robots — enough for a whole group of early learners to explore coding and directional language at the same time. Children plan a route, enter a sequence of directions, then watch their program play out step by step.
What's included:
6 × rechargeable Bee-Bot robots (current "See & Say" model, with recordable audio)
1 × Bee-Bot Docking Station that charges up to 6 robots at once — no loose batteries to chase between lessons
Each robot moves in 15cm steps and 90° turns and remembers up to 200 steps
12-month warranty on every item
What children practise:
Early sequencing and step-by-step logical thinking
Directional and positional language — forward, back, left, right
Problem-solving, estimation and simple debugging
Turn-taking and communication through group activities
A sturdy, refill-free set built for shared use across a class or between classrooms. Pair it with the full range of Bee-Bot mats and accessories as children's confidence grows.
Blue-Bot Swarm — Class Pack of 6 + Docking Station
$1,177.27 ex GST
($1,295.00 inc GST)
The Blue-Bot Swarm brings coding to life for a whole class at once. With six rechargeable Blue-Bot floor robots and a charging dock, students build a sequence of instructions, press go and watch their program play out step by step — a hands-on, screen-free introduction to computational thinking.
Children can program each robot straight from its on-board buttons, or connect the free iOS or Android app to build more advanced sequences. It's also compatible with the TacTile Code Reader (not included) for tactile, screen-free coding.
What's included:
6 × Blue-Bot rechargeable floor robots
1 × rechargeable docking station that charges all six at once
Suitable for ages 6 and up
What students practise:
Writing, testing and debugging simple programs
Logical reasoning — predicting what the robot will do before pressing go
Breaking a bigger task into smaller steps
Sequencing movements, and thinking about direction and space
Because the docking station keeps every robot charged, there's no hunting for batteries between lessons — just pick them up and teach. TTS also continues to update the companion app for three years after a product is discontinued, so a class set keeps earning its place in your room.
Ozobot Evo Classroom Kit (18 Bots)
$4,362.73 ex GST
$5,450.00 ex GST ($4,799.00 inc GST)
$5,450.00 ex GST ($4,799.00 inc GST)
FREE SHIPPING ON THIS PRODUCT!
The Ozobot Evo coding robot gives a whole class a hands-on way into coding — with no prior experience needed, for you or your students. This classroom kit puts 18 palm-sized Evo robots in students' hands, so a full class can code in pairs and watch their ideas come to life on the desk in front of them. It's a practical way to bring coding, problem-solving and STEM thinking into primary classrooms across Australia.
Evo offers two ways to code, so every student has a starting point. Beginners code screen-free with Colour Codes — drawing coloured marker patterns on paper that Evo reads and follows. From there, students progress to OzoBlockly drag-and-drop block coding, and on towards text-based coding as their confidence grows.
What's included:
18 Ozobot Evo robots and 18 dual-tip Colour Code marker sets
Wireless charging cradle and power cable
Bot label stickers and an Ozobot sticker pack
Get Started activities for educators
Free Ozobot Classroom account — teacher training plus hundreds of standards-aligned lessons
What your students practise:
Sequencing, loops and debugging through hands-on challenges
Problem-solving and computational thinking
Maths, science and literacy through cross-curriculum lessons
Collaboration and communication while working in pairs
Each Evo is built for daily classroom use, with a tough polycarbonate shell and a rechargeable battery that lasts a full lesson and recharges in about an hour. With enough robots for the whole class and ready-to-teach lessons included, it's a coding tool you can pick up and use from day one.
New to OzoBlockly? Read our OzoBlockly guide to see how the five skill levels work and which editor suits your robot.
Makey Makey STEM Pack — Class Set of 12
$1,408.18 ex GST
($1,549.00 inc GST)
Set up a whole makerspace at once. The Makey Makey STEM Pack — the Classroom Invention Literacy Kit — gives a class enough hardware to work in pairs, turning everyday objects into touchpads so students can explore circuits, conductivity and coding together. Designed for schools, it arrives sorted in a sturdy briefcase, ready to teach.
What's included:
12 Makey Makey Classic boards, each in its own box with a USB cable, 7 alligator clips and a how-to booklet
12 six-foot alligator clip sets and 12 six-foot connector wires
72 extra alligator clips and 144 connector wires for the back-of-board inputs
12 Makey Makey conductive 6B pencils
Sturdy briefcase organiser
Suitable for ages 8 and up
What students practise:
Core STEM ideas — closed circuits, conductivity and cause and effect
Creative problem-solving and design thinking, working in pairs or small groups
A hands-on bridge into coding with Scratch and MakeCode
Collaboration and communication across a whole class
Enough kit to keep around 60 students inventing in pairs, with everything organised in one grab-and-go case. Prefer to start smaller? See the single Makey Makey Classic. Schools and TAFEs are welcome to order on account — choose Purchase Order at checkout, or request a quote for bulk orders.
Browse the full Makey Makey range →
Sphero RVR+ Multi-Pack
$2,727.26 ex GST
($2,999.99 inc GST)
FREE Shipping on this Product
The RVR+ Multi-Pack brings Sphero’s revolutionary take on the programmable robot to the entire class with 6 RVR+ robots and RVR+ Educator Guide. They’re drivable right out of the box, packed with a diverse suite of sensors, and built for customization. RVR+ is expandable and made for novice to advanced programmers in 6th–12th grades.
Features
ENGAGE THE ENTIRE CLASS - Engage up to 18 students with 6 RVR+ robots and accessories. Supplement the Multi-Pack with individual RVR+ robots to accommodate more students.
TEACH WITH CONFIDENCE - The RVR+ Educator Guide contains tips for successful rollout of RVR+ in your classroom as well as activities.
ENDLESS CLASSROOM POSSIBILITIES - The free Sphero Edu app contains hundreds of lessons to teach coding and computer science with RVR+, and advanced programmers can level up with the Public Sphero SDK and connect third-party hardware capabilities with Python.
EXPANDABLE PLATFORM - RVR+ features a 4-pin UART and an onboard power source, allowing students to connect and run third-party hardware like a Raspberry Pi, BBC micro:bit, or Sphero's very own littleBits. RVR+ allows your inventions and mobile projects to go even further with an advanced colour sensor and an enhanced gearbox giving more torque and providing the flexibility to program RVR+ to do whatever you can imagine.
What’s in the Sphero RVR+ Multi-Pack box?
6 RVR+ programmable robots
1 RVR+ Educator Guide
6 removable and rechargeable batteries
6 removable, protective roll cages
6 expansion mounting plates
6 USB-A to USB-C charging cables
6 sets of colour cards
1 getting started card
1 quick start guide
Sphero Mini Education 16 Pack (V2.0)
$2,080.00 ex GST
$2,272.72 ex GST ($2,288.00 inc GST)
$2,272.72 ex GST ($2,288.00 inc GST)
FREE SHIPPING ON THIS PRODUCT!
The Sphero Mini Education 16 Pack gives a whole primary class the chance to learn to code through hands-on play. Each student gets their own app-enabled robot ball — about the size of a ping pong ball — to drive, program and problem-solve with, building real STEM and computer science skills from the very first lesson.
What's included:
16 clear Sphero Mini robots (V2.0), each with its own accessories and cards packaged 1:1
16 robotic ball covers, plus 16 sets of 6 bowling pins and 3 traffic cones
16 construction sets and 16 sets of 15 activity cards
16 splitter USB charging cables
Free Sphero Edu app (Chrome, Mac, PC, iOS, Android, Kindle) plus the Sphero Play app
What your students practise:
Coding across three levels — Draw, block-based coding, then text with Python and JavaScript in the Sphero Edu app
Computational thinking — sequencing, testing and debugging as they set paths and challenges
Cross-curricular STEAM — activities that link to maths, science and English
Collaboration and fine motor control through games, mazes and robot races
Built for real classrooms: the 1:1 packaging makes it easy to run individual, hybrid or send-home lessons, and each Mini packs a gyroscope, accelerometer, motor encoders and a bright LED into a tabletop-friendly size. Adult supervision is required for children under eight, as each shell opens to reveal small parts.
More great STEAM Products from Sammat Education
