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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.

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.

The Bee-Bot Value Class Kit is a ready-to-go set of 12 programmable floor robots that lets a whole class take its first steps in coding. Children enter a short sequence of directions and watch the robot follow it, turning abstract ideas like sequencing and problem-solving into something they can see and touch. What's included: 12 × Bee-Bot floor robots (audio-enabled, rechargeable model) 2 × charging docks and 2 × storage hive bags Mini sequence cards and a maths activities box Bee-Bot pusher (6-pack) and pen holder (6-pack) for cross-curricular activities Five activity mats: Australia map, Australian currency, shape/colour & size, solar system, and a transparent pocket mat for your own content 1-year warranty on every item What your class practises: Early coding and sequencing — planning a set of steps and predicting what will happen Directional language and spatial awareness (forward, back, left, right) Problem-solving and logical thinking through trial, error and debugging Cross-curricular links to counting and maths, geography, money and the solar system Teamwork and communication as children work in small groups With enough robots to run group rotations across the room, built-in rechargeable batteries (no loose batteries to buy or replace) and a one-year warranty on all items, it's a straightforward way to bring hands-on coding to your early learners.

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.

Set your whole class coding at once with this classroom bundle of Blue-Bot floor robots. Blue-Bot is a programmable robot for primary classrooms that builds sequencing, directional language and computational thinking — with or without a screen — so students learn real coding skills through hands-on play. What's included: 12 x Blue-Bot robots (audio-enabled, rechargeable model) 2 x Bee-Bot/Blue-Bot charging docks 2 x Bee-Bot/Blue-Bot storage hive bags 2 x Blue-Bot TacTile Readers, plus a standard tile pack and an extension pack for screen-free coding Five activity mats: Australia Map, Australian Currency, Shape, Colour & Size, Solar System, and a transparent pocket mat you can customise What students practise: Coding and computational thinking — building, testing and debugging sequences Directional language and spatial reasoning through forward, back and turning commands Problem-solving and logical reasoning Cross-curricular links to maths, geography and science using the activity mats Every student can take part: Blue-Bot can be programmed with its on-body buttons, with the TacTile Reader for screen-free coding, or remotely over Bluetooth — supporting a range of abilities and learning styles. All items in the bundle are covered by a 1-year warranty.

Early engineering learning for the class—in a snap! The Blueprint Snap Class Pack gives students the tools to think big while they build, iterate, and collaborate—all without the need for screens, batteries, or complicated tools. With 280+ colourful, snap-together parts per kit, students follow build instructions, apply design thinking, and complete working models in under an hour. It’s a simple, fun way to help them learn how to solve problems like real engineers. Contents: 8x Blueprint Snap Kits (288 mechanical parts per kit) Includes cardboard adapters for connecting found and recycled materials 8x Storage Bin for easy organization 8x sets of 15 Challenge Cards 8x Quick Start Guides 1x Educator Guide 1x Poster Units & Lessons (digital)

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.

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.

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!

Bring your classroom drone and robotics programmes to life with this set of 6 ex-demo Classroom21 Target Mats. Measuring a generous 1.2m x 1.2m each, these heavy-duty, wipe-clean vinyl mats are the ultimate resource for primary school STEM challenges, coding alignment, and coordinate mathematics. Originally used in our premium Sammat Education school incursion workshops, these mats are built to withstand the rigours of everyday classroom activity. The vivid concentric target design features bold, high-contrast colours and scoring zones (2, 4, 6, 8, 10), making them perfect as landing pads for programmable drones (such as Ryze Tello or CoDrone) or destination targets for spherical robots (like Sphero). Key Features: Value Bundle: Includes 6 individual heavy-duty target mats. Ideal for Drone Coding: Excellent for teaching precision flight landing, automated flight path programming, and calculating navigation coordinates. Cross-Curricular Integration: Great for hands-on maths activities covering distance, angles, measurement, probability, and data collection. Classroom-Tough Durability: Crafted from premium rollable vinyl that lays flat instantly and easily wipes clean between classes. Ex-Demo Condition: Sourced directly from our workshop stock. Excellent functional condition with only minor cosmetic signs of use from light handling. Equip your school makerspace or STEM lab with a premium resource at a fraction of the brand-new cost! Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

Equip your entire classroom for high-energy, collaborative coding! We are clearing out a complete workshop bundle of 5 ex-demo Classroom21 Robot Soccer Mats. Originally used to power our premium Sammat Education primary school STEM incursion programs, this 5-pack is ready to bring tournament-style robotics to your school at a fraction of the new retail cost. Measuring a substantial 1220mm x 2010mm per mat (the exact same footprint as the standard Classroom21 Sphero Activity Mats), these mats feature a vivid, wear-resistant soccer pitch layout. Having 5 identical mats allows you to split a standard class into small teams, running simultaneous head-to-head robot soccer matches. It’s the ultimate engaging framework for students to apply programming logic, calculate angles, measure distances, and manage speed variables. Key Features: Ultimate Classroom Bundle: Contains 5 full-sized soccer mats, allowing up to 20–30 students to program concurrently in small groups. Broad Robot Compatibility: Optimised for the Sphero ecosystem (Bolt, Mini, RVR), Dash & Dot, Edison, and Ozobots. Classroom-Proof Durability: Printed on tough, commercial-grade vinyl built to withstand heavy foot traffic and eager students. Easy to Clean & Store: Simple to wipe down with a damp cloth. All 5 mats are rolled together into one single large cardboard storage tube, making it incredibly compact to store in your resource room or makerspace. Condition Note: These are genuine ex-demo items from our school incursions. They are structurally sound with no tears, though they show light signs of handling and edge curling from being rolled together in their tube (which flattens out beautifully once laid out in a warm room or taped down for play). Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

Looking to set up a complete robotics lab without draining your annual budget? This bulk pack of 7 ex-demo Classroom21 Sphero Activity Mats is the perfect, cost-effective solution for bringing hands-on computational thinking and geometry into your primary school classrooms. Previously utilised in our premium Sammat Education STEM incursion workshops, these heavy-duty vinyl mats are incredibly durable, built for high foot traffic, and wipe clean easily. They work seamlessly with all round Sphero robots (Sphero BOLT, SPRK+, and Sphero Mini) via the Sphero Edu app. What’s Included in the 7-Pack: 6 x Sphero Activity Mat 1: Features excellent introductory layout challenges including the Racetrack, Circles, Gates, and Number Line activities. Ideal for linking basic mathematics with block or text coding. 1 x Sphero Activity Mat 2: Features 8 advanced, reversible maze challenges designed to stretch your intermediate and upper primary programmers. Ex-Demo Condition Note: These mats have seen standard classroom use and are in good, fully functional condition. Please note that some mats have residual masking tape along the outer borders from being secured to the floor during a STEM expo. This is purely cosmetic and does not affect the active tracking, grid lines, or the robot's movement across the mat. Dimensions: 120cm x 200cm per mat. Shipped rolled up. Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

Bring your classroom robotics to life for a fraction of the retail price! This exclusive ex-demo bundle includes 4 x Classroom21 Sphero Golf Mats, previously utilised in our premium primary school Sammat Education STEM incursions. While they show minor aesthetic markings and scuffs from enthusiastic student use, they are in good, fully functional condition and ready to roll straight into your next lesson. Crafted from heavy-duty, wipe-clean vinyl (1220mm x 2010mm), these mats are designed to withstand daily classroom foot traffic. Each mat is completely reversible, featuring multiple holes per side to offer a variety of distinct programmable maze challenges that scale alongside your students' abilities. Buying the complete set of four allows you to easily divide a standard class into small, highly collaborative teams working simultaneously. Why your staff and students will love it: Simultaneous Group Work: 4 mats mean you can easily run 4 parallel coding tracks, keeping the whole class active and engaged. Multi-Level Coding: Supports everything from Draw mode (beginners) to Block programming and Text coding (advanced). High Engagement: Turn abstract algorithmic thinking into a tangible, collaborative "Golf Tournament" competition. Cross-Curricular: Perfectly maps to the Australian Curriculum across Digital Technologies, Mathematics (angles, distance, coordinates), and teamwork. Universal Compatibility: Works seamlessly with the Sphero Edu app and all major Sphero models (including Sphero BOLT+, BOLT, SPRK+, and Mini). Note: Sphero robots are not included. As these are ex-demo items, minor cosmetic imperfections are present, but structural integrity and playability are completely unaffected. Sold strictly as a set of 4. Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

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!

Transform your classroom or maker space with this ultimate, all-in-one ex-demo littleBits Megapack! Sourced directly from our premium Sammat Education primary school STEM incursion workshops, this massive collection has been meticulously organised, tested, and maintained by educational professionals. This kit seamlessly bridges the gap between electronics, engineering, and digital music creation. It features 12 of the highly collectible and rare KORG Synth Kits, alongside a STEAM Student Set and 10 neatly organised Basic Kits. What’s Included in the Megapack: 12 x littleBits KORG Synth Kits: Build your own modular synthesisers! A fantastic tool for exploring sound waves, frequencies, and electronic music. 1 x littleBits STEAM Student Set: The gold standard for open-ended STEM design challenges. 10 x littleBits Basic Kits: Neatly sorted into clear, durable compartment trays for immediate classroom deployment—no missing piece chaos! Bonus Spare Parts Pack: Extra modules, connectors, and cables to keep your projects running seamlessly. Curated Lesson Ideas Folder: A handy folder packed with practical workshop activities and curriculum-linked project ideas to get you teaching right away. 5 x Heavy-Duty Official Storage Tubs: 4 are brand new and completely unopened/factory-wrapped, perfect for storing the entire kit safely. Condition: Ex-demo in good condition. Some packaging may show minor cosmetic wear from workshop transit. Note: As this is an ex-demo clearance bundle, stock is strictly limited to this single lot. Tax invoice provided upon purchase. Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

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!

Bring high-impact coding and robotics to your classroom for a fraction of the price! This is a rare opportunity to secure a complete, battle-tested Sphero BOLT 15-Robot Classroom Power Pack bundle. Used exclusively by our expert team at Sammat Education for our primary school STEM incursion workshops, this gear has been exceptionally well-maintained, fully cleaned, tested, and updated to the latest firmware by STEM educators. The Sphero BOLT is the gold standard for school robotics, featuring a brilliant 8x8 LED matrix, advanced infrared communication, and live sensors (gyroscope, accelerometer, and light sensors). It supports students from early block-coding right through to advanced JavaScript. Why buy this bundle? Instead of just getting the standard pack, this exclusive Sammat bundle includes hundreds of dollars worth of additional heavy-duty protective covers, modular terrain parks, and huge double-sided thematic vinyl mats to instantly run soccer tournaments and space exploration challenges. What’s Included in the Bundle: 15 x Sphero BOLT Robots  1 x Rugged Rolling Power Pack Charging Case (Safely stores and charges all 15 robots simultaneously via a single wall plug) 19 x Sphero Turbo Covers (Clear, high-traction covers for high-speed maze navigation) 4 x Sphero Nubby Covers (Tactile, textured covers providing extra grip and protection) 5 x Large Sphero Soccer Pitch / Outer Space Double-Sided Mats (Durable, easy-to-clean vinyl mats) 4 x Packs of Official Sphero Activity Cards (Tailored for the Soccer/Space mats to easily guide student lessons) 3 x Sphero Terrain Parks (Interlocking ramps, steps, and curves to create custom physics obstacles) Official Sphero Protractors & Sphero Maze Tape 1 x Sorting Box of Mini Plastic Sports Balls (Perfect for hands-on classroom games and soccer matches) Condition Note: As ex-demo equipment used in school workshops, the outer charging case, mats, and protective covers show minor cosmetic scuffs and signs of use. However, all robots and charging docks are 100% functional. Tax Invoice provided upon purchase—ideal for school budget reconciliation. Free Pickup available from Kellyville NSW (2155). Use code PICKUP2155 at the checkout to avoid Shipping Fee!

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!

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.

The Finch Robot 2.0 Starter Flock is a class set of five Finch robots, ready for a group of 5–10 students to code together. Take programming off the screen with durable, rechargeable robots that drive, draw and sense — a hands-on way to build coding skills across year levels. What's included: 5 × Finch Robot 2.0 units (with or without micro:bits) 5 × USB charging cables and 1 × USB charging hub 5 × markers sized for the Finch's drawing holder 1 × padded carrying case for the robots and accessories What students practise: Coding from icon- and block-based languages through to Python and Java Using sensors, LEDs and precise movement to solve challenges and draw Working in small groups to plan, test and debug programs Each Finch supports learners from the early years of primary school to senior secondary, so the set works across your school. Free, classroom-tested lessons and online teacher professional learning are included. A BBC micro:bit is required for each robot (choose the option with micro:bits, or supply your own). USB-C charging cables are included; the set measures roughly 41 × 25 × 19 cm. Just need one robot? See the Finch Robot 2.0. Fitting out a whole department? The Finch Robot Classroom Solution serves 20–30 students. Explore all Finch robots.

The Finch Robot Classroom Solution is a complete, department-ready set for micro:bit coding and robotics, with ten Finch robots plus mats, arenas and rolling storage for a class of 20–30 students. Everything a teacher needs to run robotics across a full timetable arrives in one package. What's included: 10 × Finch Robot 2.0 units (with or without micro:bits) 10 × USB-C charging cables and 2 × USB charging hubs (charge all ten at once) 20 × markers sized for the Finch's drawing holder 5 × Finch Mats, each with a different design 2 × Finch Arenas 1 × rolling storage unit What students practise: Coding from icon- and block-based languages through to Python and Java Using sensors, LEDs and precise movement to solve challenges, draw and navigate mats Collaborating in groups to plan, test and debug programs The Finch scaffolds coding from the early years of primary school to senior secondary, so this set supports every year level. Free, classroom-tested lessons and online teacher professional learning are included. A BBC micro:bit is required for each robot (choose the option with micro:bits, or supply your own). Australian owned with purchase orders welcome from schools. Smaller group? The Finch Robot 2.0 Starter Flock suits 5–10 students, or start with a single Finch Robot 2.0. Explore all Finch robots.

The Hummingbird Starter Flock is a ready-made class set for micro:bit robotics, with parts for a group of 8–12 students to build robots together. It brings together four Hummingbird Bit Premium Kits with shared classroom tools and storage, so a teacher can run a full robotics unit straight out of the box. What's included: 4 × Hummingbird Bit Premium Kits (parts to build 4 robots) 4 × screwdrivers and 2 × wire strippers for the class 1 × carrying case to store and transport the set Each Premium Kit contains a Bit Controller, motors (position and rotation servos with wheels and brick adapters), a full sensor set (light, dial, distance and sound), single- and tri-colour LEDs, cables and a case. What students practise: Collaborating in small groups to design and build robots Coding in block-based or text-based languages, including MakeCode, Python and Java Engineering, wiring and problem-solving with real components Free, classroom-tested lesson plans, coding tutorials and online teacher professional learning are included. A BBC micro:bit is required for each robot (choose the option with micro:bits and USB cables, or supply your own). AA batteries not included (16 needed). Australian owned with purchase orders welcome from schools. Just need one kit? Start with the Hummingbird Bit Premium Kit or the Base Kit. Browse all Hummingbird robotics kits.

The KaiBot Large Classroom Pack is the full-class option — fifteen robots, sixty numbered KaiTiles and a student eBook for every child, sized for around 30 students working in pairs. It is the pack for a school committing to coding across a whole year level rather than trialling it in one room. What's included: 15 x KaiBot robots with charging cables 7 x Advanced Coding Card sets (100 cards each) 1 x Charging Station and 1 x Charging Dock 2 x sets of Magnetic KaiTiles 1–30, plus 1 x set of KaiTiles 31–60 1 x Teacher Guide eBook 15 x Student Activity eBooks Why the tile count matters: Sixty uniquely numbered tiles let several groups build separate mazes at once, or one very large shared layout Duplicate 1–30 sets mean two groups can run identical challenges side by side and compare solutions Advanced cards cover movement, logic, functions, repeats, conditionals and variables What students practise: Collaborative problem-solving across parallel groups Progression from screen-free cards through Blockly to Python Independent work, with an activity eBook each rather than a shared handout Sixty-plus CSTA-aligned lesson plans are available free from Kai's Education with an account. Purchase orders welcome from Australian schools.

The KaiBot Medium Classroom Pack carries ten robots and fifty numbered KaiTiles — enough for a class of around 20 students working in pairs, with tiles to spare for larger maze layouts. It adds a charging station, so a full set can be powered up overnight from one point rather than ten separate cables. What's included: 10 x KaiBot robots with charging cables 1 x Charging Station and 1 x Charging Dock 5 x Advanced Coding Card sets (100 cards each) 1 x set of Magnetic KaiTiles, numbered 1 to 50 1 x Teacher Guide eBook Running it in class: Five card sets means five groups can code independently rather than queueing for one deck Fifty uniquely numbered tiles can form one large maze or several smaller ones at once Robots can run screen-free, or paired with Kainundrum on iPad, Chromebook, PC or Mac What students practise: Movement, logic, functions, repeats, conditionals and variables through the advanced cards Collaboration and turn-taking in group rotations A progression from unplugged cards through Blockly to Python Over sixty CSTA-aligned lesson plans are available free from Kai's Education with an account. Purchase orders welcome from Australian schools.

The KaiBot Small Classroom Pack puts five robots and thirty numbered KaiTiles into a room — enough for around 10 students working in small-group rotation. Kai's Education suggests roughly one robot per three students, so this pack also stretches to a larger class if groups take turns at a station. What's included: 5 x KaiBot robots with charging cables 2 x Advanced Coding Card sets (100 cards each) 1 x Charging Dock 1 x set of Magnetic KaiTiles, numbered 1 to 30 1 x Teacher Guide eBook Running it in class: Uniquely numbered tiles can all sit on the same maze layout, so groups can build one large course or several small ones Advanced cards go well beyond basic movement, covering logic, functions, repeats, conditionals and variables Robots work screen-free, or paired with Kainundrum on iPad, Chromebook, PC or Mac What students practise: Sequencing and debugging as a group, with the code laid out on the desk Reading and following each other's algorithms A path from unplugged cards through Blockly to Python Over sixty CSTA-aligned lesson plans are available free from Kai's Education with an account. Purchase orders welcome from Australian schools.

The KaiLab Classroom Pack is the full-class option — twelve robots, two adventure mats and a large sensor set, built so an entire Year 5 to 10 class can code together on a shared problem rather than rotating through one station. What's included: 12 x KaiLab robots 2 x tripods with phone holders 1 x Mars Discovery AR/VR adventure mat and 1 x Automated Warehouse AR/VR adventure mat 1 x large sensor box containing 28 IoT KaiBits Coding cards and spare parts boxes 1 x IP67 waterproof protective case with wheels 2 x Kai's Eye app licences Education lesson plans How it works in a classroom: Students code in Blockly or Python through a browser — laptops, Chromebooks and tablets all work A phone or tablet on the tripod tracks each robot's position and syncs it to the virtual environment Everything the class codes appears in a 3D digital twin, viewable in augmented and virtual reality Two mats mean two scenarios can run at once, or one large combined project What students practise: Real-time collaboration — several students working in one shared environment Collecting and interpreting live IoT sensor data Progression from Blockly to Python within the same platform The wheeled IP67 case matters more than it sounds: twelve robots, two mats and a sensor box is a lot to move between rooms. Purchase orders welcome from Australian schools.

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.

The littleBits Invention Class Pack is a classroom-ready way to bring screen-free electronics to a whole group. It's the same hands-on, snap-together approach as the Invention Kit, scaled up for teamwork — with the Bits, storage and challenge cards a teacher needs to run engaging, project-based lessons straight out of the box. What's included: Multiple sets of power, input, output and wire/logic Bits for group work Storage bins with lids to keep each group's Bits sorted and classroom-ready "Meet the Bits" challenge cards and cross-curricular lesson plans Choice of three pack sizes — 5, 10 or 15 units — to match your class What students practise: Circuit basics and engineering design through open-ended challenges Collaboration and communication in pairs and small groups Creative problem solving they can plan, build, test and improve Designed for Grades 3 and up, the Class Pack is built for busy classrooms and makerspaces that want a single, well-organised resource. Browse our full range of littleBits kits, and order on a purchase order or request a quote for your school.

The littleBits Invention Kit is a screen-free electronics kit that teaches upper primary and high school students the basics of circuits and engineering design. Students snap together colour-coded Bits — power, inputs and outputs — to build working inventions in minutes, then take on open-ended challenges that push them to problem-solve and iterate. It's a hands-on way to cover STEAM outcomes without a screen in sight. What's included: A USB power Bit and rechargeable power bank with mount Input Bits: toggle switch, remote trigger, two slide dimmers, and proximity, temperature, light and sound sensors Output Bits: servo, RGB LED and two DC motors (cross axle) Accessories: 10 hook-and-loop bitShoes, two mechanical arms and a mounting board pack What students practise: Reading a circuit as power → input → output, and predicting what each Bit will do Engineering design: planning, building, testing and improving an invention Teamwork and communication through paired and small-group builds Designed for Grades 3 and up, the Invention Kit works for classroom STEAM lessons, makerspaces and homeschooling, and extends further with the free littleBits Fuse app for guided activities. Compatible with the Makerspace Invention Wall, the Sphero RVR+ Topper Kit and the littleBits micro:bit Adapter for coding.

The littleBits Makerspace Invention Wall is a complete, class-sized electronics kit built for schools and makerspaces. It brings together nearly every littleBits Bit in one wall-mounted collection, so a whole class can design, build and invent without hunting for parts — and everything has a place to go at the end of the lesson. It's the successor to the littleBits Pro Library, updated with the round LED matrix. What's included: A comprehensive collection of littleBits — nearly every Bit, for open-ended invention A wall storage system so Bits stay organised and easy to find 3 craft packs for extended, cross-curricular projects Printed challenges and lesson plans, plus access to STEAM+ Coding Kit content through littleBits Classroom What students practise: Circuit design and engineering across power, inputs and outputs Problem solving and creativity through open-ended, standards-aligned challenges Collaboration, with enough Bits for a full class to work in groups Designed for Grades 3 and up, the Invention Wall suits busy classrooms and makerspaces that want one well-organised resource the whole class can share. Explore our other littleBits kits for smaller-group options. Schools are welcome to order on a purchase order or request a quote.

Loti-Bot is a programmable floor robot that turns coding into something children can see, hear and follow across the classroom. Learners plan a sequence of instructions, watch the robot carry them out, then debug and refine — building real programming skills from the very first lesson. Key features: Programmable motors, LEDs, bumper sensors and proximity sensors Built-in microphone, speaker and 20 pre-loaded sounds Adjustable pen holder for accurate drawing and mark-making Buddy Detection Sensor (recognises other Loti-Bots) and a cliff sensor to help prevent falls from the table Controlled through the Loti-Bot app, with graduated levels from simple control to block-based programming Available as a single robot or in 4, 6 and 18 packs for group and whole-class use What your child practises: Computational thinking and logical reasoning Sequencing, selection and repetition in simple programs Debugging and problem-solving Numeracy and precision through accurate drawing Designed and developed by TTS for primary-school computing, Loti-Bot grows with your learners from early instructions to block-based coding. Multi-packs also include access to free online lesson plans and activity guides to help you get started in the classroom.

Bring build-and-fly STEM to a whole class with the MakeKit Air:bit 2 Classroom Kit — six complete micro:bit drone kits so students can build, code and fly in pairs or small groups. It's the original micro:bit drone, scaled for the classroom. What's included: Six complete Air:bit 2 micro:bit drone construction kits Repairable, laser-cut birch parts designed and made in Norway Code in Microsoft MakeCode, JavaScript or Python — one platform for mixed abilities Each drone charges in under an hour and withstands crash landings Suitable from around age 11 (upper primary and secondary) Please note: BBC micro:bits are not included. Two per drone are recommended (one in the drone as micro:bit V2, one as a controller), or fly with the free iPad or Android app What students practise: Coding and computational thinking in three real languages Electronics, motors and the aerodynamics of flight Teamwork, problem-solving and design Fully repairable and made from sustainable materials, this classroom set is built to be built, flown and fixed year after year — and each control board can be rebuilt into a hovercraft or robot car for even more projects.