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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 2.0 takes coding off the screen and into the real world. This durable, ready-to-go classroom robot drives, senses and draws, giving students an engaging way to see their code come to life. Powered by the BBC micro:bit, it grows with learners from their first block-based programs right through to text-based languages like Python and Java. Finch Robot 2.0 features: Rechargeable built-in battery (7+ hours) and Bluetooth wireless connection 5 × tri-colour LEDs and a multi-tonal buzzer Light, distance and line-tracking sensors, plus wheel encoders for precise movement A central marker holder for drawing, and a writable surface for whiteboard markers Compatible with plastic building bricks for adding your own creations What students practise: Sequencing, loops and logic through hands-on coding Programming across icon-, block- and text-based languages, from FinchBlox to Python and Java Using sensors and movement to solve mazes, draw shapes and complete challenges The Finch works from the first years of primary school through to senior secondary, so one robot supports coding across year levels. Free, classroom-tested lessons and online teacher professional learning are included. A BBC micro:bit is required as the robot's processor — choose the option with a micro:bit, or supply your own. A USB-C charging cable is included. Teaching a whole class? See the Finch Robot 2.0 Starter Flock. Add a Finch Drawing Mat for drawing activities, or explore all Finch robots.

The Solar System Mat turns the floor into space, with the Sun at the centre and the planets stretching out to the edges. Children program Bee-Bot or Blue-Bot to visit the planets in order, or travel from Earth to a chosen world — a brilliant way to link early coding with a first look at space and the order of the planets. What's included: 1 × solar system floor mat, gridded to the robots' 15cm step For use with Bee-Bot or Blue-Bot (robot sold separately) Hard-wearing and reusable; suitable for ages 3+ What your child practises: Planning and programming longer routes across a large scene Early science — naming the planets and putting them in order Directional language, counting steps and estimating distance Sequencing, prediction and debugging A favourite for a space topic. Browse all Bee-Bot activity mats, or find a robot in the Blue-Bot collection.

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.

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).

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.

The MakeKit Wheel:bit is a three-wheeled micro:bit robot car students build from scratch and code themselves. Clip a pen to the front and it becomes a drawing machine — turning geometry and angles into art the class can see. What's included and how it works: A build-your-own micro:bit robot car with laser-cut, sustainable parts, designed and made in Norway An open, customisable design — rebuild the body with cardboard, 3D printing or a laser cutter Code in MakeCode blocks, JavaScript or Python, or load a ready-made program Suitable from around age 11 Please note: a BBC micro:bit is required (not included) and can be reused across other builds What your students practise: Coding and computational thinking Maths — geometry, distance and angles through the drawing robot Physics and design — motors, acceleration and building a car that works Unlike closed, pre-built robot cars, Wheel:bit is made to be changed and rebuilt — repairable, sustainable and truly the student's own.

The MakeKit Bubble:bit is a build-and-code micro:bit construction kit that flashes an LED, waves and blows streams of soap bubbles. It's a playful, affordable first step into electronics and coding for curious young makers. What's included: MakeKit control board, lithium battery, and a laser-cut plywood Bubble:bit frame with small parts Servo with horn, propeller, LED, rubber rings, plus the nuts and bolts to build it Code in MakeCode blocks, JavaScript or Python Suitable from around age 11 Please note: one BBC micro:bit is required (not included) and can be reused across other builds What your child practises: Coding and sequencing — make it light up, wave and blow bubbles on cue Electronics, motors and how a servo works Building, problem-solving and creativity Sustainable, easy to reuse and repair, and designed and made in Norway — a fun, low-cost way into hands-on STEM at home or in the classroom.

Get a whole class drifting with the MakeKit Hover:bit Classroom Kit — six complete micro:bit hovercraft kits students build, code and control themselves. Powerful drone motors glide each craft on a cushion of air at up to 30 km/h. What's included: Six complete Hover:bit micro:bit hovercraft construction kits Birch plywood frames with cardboard bases and rudders students can redesign Rechargeable lithium batteries with built-in USB charging Code in MakeCode blocks, JavaScript or Python, or load a ready-made program Suitable from around age 11 Please note: BBC micro:bits are not included. Use one micro:bit per craft with the free app, or add a second as a controller What students practise: Coding and control in three real languages Electronics, motors and how a hovercraft floats and steers Design and teamwork — redesign each craft from cardboard Rechargeable, repairable and made from sustainable materials, this classroom set is built to be crashed, fixed and redesigned all year long.

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.

Get kids up out of their chairs and inventing with their whole bodies. The Makey Makey Get Up + Go! Booster Kit is an add-on for the Makey Makey that swaps small desk projects for big, active ones — floor pianos you play with your feet, stomp-switch races, hula-hoop drawing machines and more. Its extended cables let you build and connect from up to 3.6 metres (12 ft) away, so the whole room becomes the invention. What's included: Longer alligator clip wires and connector wires for room-sized builds Extra alligator clips and a roll of conductive fabric tape An adjustable wristband, so the wearer becomes part of the circuit Project guides, each paired with a free Makey Makey app Suitable for ages 8 and up What your child practises: Circuits and conductivity — on a bigger, more physical scale Linking movement and play to cause and effect on screen Creative problem-solving as they design active, whole-body inventions A hands-on way to bring STEM into PE, the hall or the playground A great add-on for classrooms and homes that want to get active with technology. This is a booster kit, not a full set — a Makey Makey Classic board is required and sold separately. Browse the full Makey Makey range →

When a school moves to USB-C devices, the headphones don't have to go with them. This 30-pack of SchoolTech adaptors puts a 3.5mm socket on the end of a USB-C port, so an existing set of wired headphones keeps working instead of being replaced. What you get: 30 adaptors per pack USB-C plug to 3.5mm headphone socket 8cm long White Part number USBC-HEA-ADP-30 Why schools choose them: Replacing a class set of headphones costs many times more than adapting the ones you already have Short enough to stay with the device rather than becoming another cable in the drawer Useful mid-transition, when some rooms have moved to USB-C and others haven't yet Keeps 3.5mm headphones — including SchoolTech's own Extra Sturdy and Over-Ear sets — in service after a device refresh One adaptor per device is simpler to manage than sorting headphones by which room they belong to Sold in packs of 30, which covers a class with a few spares for the ones that inevitably go missing. Worth keeping a box in the IT room — adaptors only ever become urgent five minutes before a test.

Recorded oral tasks and speech-to-text only work if the microphone hears the student and not the room. The SchoolTech USB-C Headset puts a noise-cancelling boom mic in front of the mouth rather than somewhere down the cable, which is the difference between a usable recording and thirty students talking over each other. What you get: Class set of 30, 50 or 100 — choose your pack size above USB-C plug, for iPads, Chromebooks and laptops Boom microphone with noise cancelling Adjustable headband 1.1m cable Black Part number ST-USBC-HEADSET-MBOOM Why schools choose them: Oral assessment, language practice and podcasting all need a mic that can isolate one voice in a full room Speech-to-text and reading support software depend on clean input, and a boom mic is what makes them workable in class An adjustable headband means the same headset fits a Year 4 student and a Year 11 student USB-C plugs straight into current classroom devices, with no adaptor in the middle Twelve-month warranty. One thing to note: unlike the Extra Sturdy range, this headset isn't volume limited, so it suits older students and supervised recording work better than unsupervised listening in the early years.

FREE SHIPPING ON THIS PRODUCT Not every headphone needs to survive a year of Year 3. The SchoolTech Over-Ear Headphones are the straightforward option for the times you need a lot of them at once — exam and testing sessions, library listening stations, or a box of spares for when a class set comes up short. What you get: Bulk pack of 50 or 100 pairs — choose your quantity above 3.5mm jack, for any device with a headphone socket Over-ear design 1.1m cable Black Part number HEA-OE Why schools choose them: The most affordable headphone in the SchoolTech range, which is what makes buying a hundred practical Over-ear cups sit around the ear rather than pressing on it, which counts over a two-hour test session Works with anything that has a headphone socket — no adaptors, no drivers, no setup Useful beyond the classroom: library listening posts, exam halls, and a spares box in the IT room Worth being clear about what this model isn't: there's no volume limit, no microphone and no carry pouch. If you're buying for younger students or for daily classroom use, the Extra Sturdy range has all three plus a break-proof cord. This one is built for quantity. Twelve-month warranty either way.

FREE SHIPPING ON THIS PRODUCT Most schools are running a mix — older laptops with a headphone socket, newer iPads and Chromebooks without one. This SchoolTech class set covers both: the same volume-limited Extra Sturdy headphones on a 3.5mm plug, packed with a USB-C adaptor so they work either way. What you get: Class set of 30, 50 or 100 pairs — choose your pack size above 3.5mm jack plus a USB-C adaptor for each pair Volume limited to 85dB Break-proof nylon cord Inline microphone 1.1m cable Teal and blue A storage pouch with each pair, with space for a student's name Part number HEA-ES-USB-C Why schools choose them: One set works across a mixed fleet, so you're not buying twice or sorting headphones by year level When devices get replaced, the headphones carry over and the adaptor absorbs the change The volume ceiling is built in at 85dB, so it holds regardless of what a student does with the slider An inline mic handles oral tasks and text-to-speech work without extra equipment Named pouches, so a set of thirty still numbers thirty at the end of term Twelve-month warranty. Worth knowing: the headphones themselves use a standard 3.5mm plug, so they'll work on any device with a headphone socket whatever happens to the adaptor — which makes this the safer pick if you're not certain what your fleet will look like in two years.

FREE SHIPPING ON THIS PRODUCT Newer iPads and Chromebooks don't have a headphone socket, which is how a school ends up with a drawer full of adaptors. These SchoolTech Extra Sturdy Headphones plug straight into USB-C — the same volume-limited, nylon-corded build as the 3.5mm version, with the connector current classroom devices actually use. What you get: Class set of 30, 50 or 100 pairs — choose your pack size above USB-C plug, no adaptor needed Volume limited to 85dB Break-proof nylon cord Built-in microphone 1.1m cable Teal and blue A storage pouch with each pair, with space for a student's name Part number HEA-ES-USB-C-1 Why schools choose them: No adaptors to buy, hand out, lose or replace — one less thing between a student and the task 85dB is a hard ceiling, not a setting a student can override A microphone on every pair, so oral tasks and text-to-speech work don't need separate kit Each pair has its own named pouch, which is how a set of thirty stays a set of thirty Nylon braiding on the cord, since that's the part that gives out first in a classroom Covered by a twelve-month warranty. If your devices still have a 3.5mm socket, the standard Extra Sturdy Headphones are the cheaper option — same headphones, different plug.

FREE SHIPPING ON THIS PRODUCT A class set of headphones is what lets thirty students work through a reading program at once, instead of thirty students listening to each other. These SchoolTech Extra Sturdy Headphones are built for that job: a fixed 85dB volume limit so young ears are protected, and a break-proof nylon cord for the way headphones actually get handled in a classroom. What you get: Class set of 30, 50 or 100 pairs — choose your pack size above 3.5mm jack, for any device with a headphone socket Volume limited to 85dB Break-proof nylon cord Built-in microphone 1.1m cable Teal and blue A storage pouch with each pair, with space for a student's name Part number HEA-ES Why schools choose them: The 85dB ceiling is fixed, so a student can't wind the volume up to a level that matters over a full day The microphone covers oral tasks, language practice and text-to-speech work without a second device Named pouches are what keeps a class set of thirty from quietly becoming a set of twenty-two The cord is the part that fails first on school headphones, which is where the nylon braiding earns its place One order covers a whole room rather than assembling a set from odds and ends Covered by a twelve-month warranty. If you're fitting out iPads without a headphone socket, check the USB-C version instead — same headphones, different plug.

FREE SHIPPING ON THIS PRODUCT A phone-free classroom only works if there's somewhere obvious for the phones to go. The SchoolTech Phone Locker 40 gives forty numbered slots in a steel cabinet with a wall mount kit in the box, so phones go in at the start of a lesson and come back out at the end without anyone losing track of whose is whose. What you get: 40 numbered slots, so the same phone goes back to the same place each period Steel construction with key lock access Wall mount kit included 1.8cm slot depth 49.2cm W x 21cm D x 58.7cm H, 17kg Part number SC-PH40KL Why schools choose it: Numbering turns collection into a quick check rather than sorting through identical black phones Mount it to a wall and it frees up bench and desk space entirely Works as a classroom drop-off point, a tutorial room fixture, or a lock box at the front office No app, no subscription and no cables to manage — it's a locked box with a key At 17kg, one person can handle the install, unlike the charging cabinets elsewhere in this range One thing worth being clear on: this is a storage locker, not a charging one — the slots hold phones securely but don't power them. That keeps it simple, and with the wall mount kit in the box it's a straightforward install rather than a project.

FREE SHIPPING ON THIS PRODUCT Devices that go flat by period three don't help anyone. The SchoolTech Smart Locker 15 gives fifteen individual bays with 65W USB-C charging in each, opened by RFID card or PIN code rather than a key — so devices can be dropped off, charged and collected without a staff member unlocking anything. What you get: 15 individual locker bays 65W USB-C fast charging RFID card or PIN code access 68cm W x 30cm D x 109cm H, 88kg Part number ST-LOCKER-15-USBC Why schools choose it: Each bay is individually secured, so a student's device isn't sitting loose in a shared cabinet No key to find, sign out or replace — access is by card or code 65W is laptop-class charging, not just enough to top up a phone A charging point students can use themselves takes the job off the front office and the IT room Fifteen bays suits a shared pool, a BYOD top-up point or a device loan program rather than a whole class set At 88kg it's built to stay where it's installed, and card-or-code access means the day-to-day running of it doesn't fall to whoever happens to hold the key.

FREE SHIPPING ON THIS PRODUCT Thirty-two devices is more than a standard class set, and that's the point where charging logistics start eating into teaching time. The SchoolTech 32 AC Charging Trolley stores and charges thirty-two iPads, Chromebooks or laptops behind a key lock and moves between rooms, so one set can cover a full timetable rather than one room. What you get: 32 individual slots for iPads, Chromebooks and laptops AC charging rather than USB-C Fully welded steel construction with a traditional key lock, so devices stay secure even while the trolley is moving 3.5cm device slot 63cm W x 63cm D x 113cm H, 65kg Part number ST-32-CART-AC Why schools choose it: 32 slots covers a full class set with a few spares, rather than leaving students to share AC charging suits mixed fleets, where not every device in the room charges over USB-C Devices stay locked while the trolley is being moved, not only while it's parked Individual slots keep screens apart rather than stacked together in a tub One trolley serves several rooms across a day instead of tying a class set to one space At 65kg empty it's a substantial piece of equipment, and built like one — welded steel throughout, with a keyed lock as standard rather than an add-on.

FREE SHIPPING ON THIS PRODUCT Thirty devices is a full class set, and a full class set is a lot of chargers to keep track of. The SchoolTech 30 USB-C Charging Trolley charges and stores all thirty behind a key lock, then wheels to whichever room needs them — so the set spends its day in students' hands rather than parked on a charging bench. What you get: 30 individual slots, pre-wired with USB-C cables 65W USB-C charging at every slot LED indicator on each slot — red while charging, green when the device is ready Fully welded steel construction with a traditional key lock, so devices stay secure even while the trolley is moving Durable wheels and a sturdy handle for moving between rooms 63cm W x 63cm D x 113cm H, 65kg 3.5cm device slot, sized for iPads, Chromebooks and laptops Part number ST-30-CART-USBC Why schools choose it: One trolley covers a whole class set, so devices follow the timetable instead of the timetable working around one fixed room 65W at each slot, which covers Chromebooks and most USB-C laptops rather than tablets alone Nothing to configure — plug it in, load the slots, hand them out Individual slots keep screens apart rather than stacked in a tub The row of LEDs shows what's ready before the bell, without opening the doors This is a substantial piece of equipment at 65kg empty, and it's built like it — welded steel throughout, with a keyed lock as standard rather than an add-on.

FREE SHIPPING ON THIS PRODUCT A shared class set is only useful if it can get to the class. The SchoolTech 20 USB-C Charging Trolley charges and stores twenty devices behind a key lock and moves between rooms, so one set of iPads or Chromebooks can serve several classrooms in a day instead of living in one cupboard. What you get: 20 individual slots, pre-wired with USB-C cables — no chargers to hand out or chase up Ideal for iPads, Chromebooks, and up to 15” Laptops Colour-coded LED indicator on each slot, so you can see charging status without opening the doors Fully welded steel construction with a traditional key lock 3.5cm device slot, sized for iPads, Chromebooks and laptops 55kg Part number ST-20-CART-USBC Why schools choose it: Devices stay locked while the trolley is being moved, not only while it's parked One trolley can cover a timetable of several classes rather than one fixed room No power boards, extension leads or wall sockets tied up along a classroom wall Nothing to set up or configure — plug it in, load the slots and it works Individual slots keep devices apart, so screens aren't stacked against each other in a tub Welded steel and a keyed lock are what a trolley actually needs when it's being pushed down a corridor several times a day, and both are standard here rather than an upgrade.

FREE SHIPPING ON THIS PRODUCT A class set of iPads or Chromebooks is only useful if it's charged. The SchoolTech 16 USB-C Charging Station holds sixteen devices in one lockable steel cabinet and charges them all at once, so first period starts with full batteries rather than a scramble for chargers. What you get: 16 individual slots, pre-wired with 16 USB-C cables — ready to use out of the box 65W USB-C Power Delivery at every port, suited to iPads, Chromebooks and laptops up to 14 inches Colour-coded LED indicator on each slot, so you can check charging status at a glance Fully welded steel construction with a mechanical lock 61cm W x 41cm D x 40cm H, 19kg 2.15cm device slot Small footprint — sits on a desk or bench, or mounts to a wall or floor Part number ST-16-CABINET-USBC Why schools choose it: One charging point for half a class set, instead of sixteen chargers and a knot of leads Devices stay locked away between lessons, so nothing quietly goes missing Nothing to configure — no software, no accounts, no IT ticket to raise Compact enough for a classroom cupboard, library counter or staff room Backed by a lifetime warranty on the cabinet and a five-year warranty on electrical components, it's built to stay in one room and take daily handling right through the school year.

FREE SHIPPING ON THIS PRODUCT Flat phones and dead power banks eat into lesson time. The SchoolTech 12 USB-C Charging Station keeps twelve devices charged, numbered and ready to hand out, so a class can get started without anyone hunting for a spare power point. What you get: 12 individual slots, each pre-wired with its own USB-C cable — no setup beyond plugging it in 20W USB-C Power Delivery at every port Colour-coded LED indicator on each slot, so you can check charging status at a glance Numbered slots, so devices go back to the same place each time Fully welded steel construction 53.1cm W x 41.5cm D x 40cm H, 14kg — compact enough for a desk, bench or floor 2.15cm device slot, sized for phones and most power banks Part number ST-12-CABINET-USBC Why schools choose it: Loan charged power banks on demand instead of sending students to find a wall socket Fewer charging leads trailing across classroom floors, which cuts a common trip hazard One tidy unit replaces a drawer of tangled cables and mismatched chargers Simple enough for any staff member to run — no software, no accounts, no training Backed by a lifetime warranty on the cabinet and a five-year warranty on electrical components, it's built to handle the wear of a full timetable, term after term. Power banks are sold separately.

Bring maths to life by turning Loti-Bot into a tool for exploring number and space. This classroom kit gives teachers the resources and ready-made lessons to run hands-on numeracy activities, where children program Loti-Bot's accurate movement and drawing to investigate angles, rotation, direction, distance, coordinates and geometry. Please note: Loti-Bot robots are not included. The kit provides the maths resources and lesson plans, and the storage bag is sized to carry up to four Loti-Bots (sold separately) between classrooms. What's included: Ten lesson plans and teachers' notes, written by a computing specialist 12-pack of Berol colour fine-tipped pens Shapes, colour and size mat Blank robot floor mat grid Large compass 5 × stopwatches Loti storage bag (holds up to four Loti-Bots) What your class practises: Angles, rotation, compass directions and coordinates Time, distance and speed Writing, testing and debugging programs Problem-solving by breaking tasks into smaller steps Made by TTS for upper-primary numeracy (around Years 3–6), the kit's ten specialist-written lessons and take-anywhere storage bag make it easy to bring robotics into maths across the school.

This add-on tile set takes screen-free coding further by putting Loti-Bot's lights and sounds into children's hands. Alongside movement, learners can program Loti-Bot's colour-changing RGB LEDs, trigger sounds and switch the headlights on and off — building richer, more creative programs without a tablet or computer. The tiles work with the TTS Tactile Reader Pro and the Loti-Bot, so you'll need both to use them (both sold separately). They add to the standard movement tiles that come with the Tactile Reader Pro, extending programs from simple journeys to sequences that light up, play sounds and flash the headlights. What's included (25 tiles): 13 × RGB tiles for colour and lighting effects 8 × sound tiles 4 × headlight tiles What your child practises: Sequencing, selection and repetition Predicting program behaviour and logical reasoning Debugging and problem-solving Made by TTS for primary-school computing, the pack comes with free downloadable lesson plans and skill-builder challenges, so you can bring light, sound and movement into coding lessons straight away.

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. The robot is sold separately — add a Rugged Robot or browse the complete Rugged Robot collection. Ships from Australian stock, with purchase orders welcome.

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.

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.

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.

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.

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.