Products

Hue Animation Studio contains everything that a budding animator needs to learn to create stop motion animation videos. The animation software has been specifically designed for educational use, with a user friendly, fully-featured interface. Children of all ages can be creating their own stop motion films minutes after first installing Hue Animation Studio. Hue Animation Studio comes with powerful tailor-made software, ideal for use by anyone from novice animators creating their very first film, through to experienced animators looking for a fully featured animation suite. Sounds can be imported either from your computer, or recorded directly in the software itself using the Hue HD Webcam's built-in microphone. Another key feature is onion-skinning, which displays a transparent image of the last frame you took over the live camera feed. This is invaluable for creating error-free, smoothly animated sequences.

Introducing the HUE HD Pro Camera: a lightweight, portable document camera and visualiser. The HUE HD Pro classroom camera and visualiser is the latest addition to the HUE range of USB cameras. This camera can view a full A4 or US letter sheet and project it onto the whiteboard via your PC and projector. HUE PRO overhead The length of the neck makes this camera perfect for viewing a full A4 or US letter page. The built-in LED lights will help illuminate your subject. Available for Windows and Mac OS X. It's full of character just like its older brother the HUE HD camera - but with a new design for the head and base. The HUE HD Pro also comes with specially designed software, HUE Intuition, to allow you to master the full functionality of the camera with ease. HUE Intuition HUE Intuition allows you to: Record video and sound and save movies locally, email or upload to YouTube Annotate images and save as JPG/BMP/PNG/GIF Take snapshots Take multiple images over time Use the HUE HD Pro for: Demonstrating a science project Taking snapshots of student work Recording a technique or experiment and replay it to the class Chatting with remote schools in other countries with software such as Skype Online Teaching Package Contents: HUE HD Pro camera Camera base USB to mini-USB cable Installation instructions Single user license for the HUE Intuition software

The Hue HD Webcam is a cost-effective alternative to a standard classroom document camera, and is perfect for stop-motion animation. Easy to use and portable, this camera is popular in classrooms and homes throughout the world. The camera is "plug and play" on Windows PCs and Macs (see System Requirements) and favoured by most parents and teachers for kids using HUE Animation and other stop-motion animation software due to the flexible arm and integrated microphone. Unique, innovative design with a built-in microphone. Widely used as a portable classroom document camera / visualiser in conjunction with a whiteboard. Perfect for creating animated films, live videos or time-lapse recordings. Compatible with Microsoft Windows (8, 7, Vista, XP), Apple Mac OS X (10.4.3 or above) and Linux. Plug and play: simply connect the HUE camera to your computer's USB port and it will be ready to use. By connecting your HUE camera to your computer and a projector you can share students' work, books, experiments and pictures. The built-in microphone allows you to record your presentation or a student speaking about a topic. With its weighted base and flexible neck, HUE can also be used to magnify very small items such as insects, circuit boards and more to share them with the whole classroom. Package Contents Hue HD Webcam Camera Base 6 ft USB to Mini-USB cable Software CD Quick Start User Guide

The Mars Discovery mat turns a classroom floor into the surface of Mars. Students plan missions together, simulate the Martian environment and send their rovers across the virtual red planet — with real sensor data driving what they find. What's included: 1 x neoprene AR/VR adventure mat, 1 m x 1 m Premium 3D, AR and VR content with education lesson plans What students work on: Mission planning as a team, with roles rather than a single coder Graphing live IoT sensor data collected by their rovers Risk factor role play — deciding what a mission can afford to attempt How you can view it: In 3D through Chrome, Safari or Edge In augmented reality on a compatible Android or iOS device In virtual reality on a compatible headset Built for classroom use — durable, easy to clean, and folds away without creasing. This mat is also included in the KaiLab Classroom Pack, and comes in a 1.6 m super-size version for whole-class work. Requires KaiLab robots and the Kai's Eye tracking app, sold separately.

The super-size Mars Discovery mat is the 1.6 m version of the standard adventure mat — 2.56 square metres of Martian surface, roughly two and a half times the area of the 1 m version. It suits a full class working around one shared mission rather than small groups taking turns. What's included: 1 x neoprene AR/VR adventure mat, 1.6 m x 1.6 m (2.56 m²) Access to the Mars Discovery 3D, AR and VR content and lesson plans What students do: Plan and run missions across a simulated Martian environment Graph live IoT sensor data from their rovers Work through risk-factor role play, deciding what a mission can and cannot afford to attempt Why choose the larger mat: More robots can operate at once without collisions dominating the lesson Longer routes make sequencing and efficiency genuinely matter A whole class can gather around it, rather than rotating through a station Built for classroom use — durable, easy to clean, and folds away without creasing. Requires KaiLab robots and the Kai's Eye tracking app, sold separately.

The Water Cycle mat turns an 8x8 grid into a working ecosystem. Students lay out T-junction and L-junction water pipes to build a network that directs supply into different input and output mechanisms — then watch the same system run in the virtual world alongside them. What's included: 1 x neoprene AR/VR adventure mat, 1 m x 1 m Access to 3D, AR and VR lesson content and education lesson plans What students investigate: How water moves through an ecosystem, and what each part contributes to sustaining it Network design — planning pipe layouts that actually deliver water where it is needed Resource management decisions, including preventing pollution downstream How you can view it: In 3D through Chrome, Safari or Edge In augmented reality on a compatible Android or iOS device In virtual reality on a compatible headset Built for classroom use — durable, easy to clean, and folds away without creasing. Requires KaiLab robots and the Kai's Eye tracking app, sold separately.

A micro:bit robotics classroom kit deep enough to carry a full term. Ten Nezha Inventor's Kits, ten accessory packs, ten micro:bit boards and Online Academy licences for thirty students — the most substantial STEM package we assemble. What's included: 10 x Nezha Inventor's Kits 10 x Interactive Coding Accessories Packs — colour and gesture recognition sensors 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy 1 x teacher licence to the Sammat Online Academy Each kit contains a Nezha expansion board, Planet X sensors, a servo and motor, and over 400 building bricks in a divided storage case What students practise: Designing and building a machine, then programming its behaviour Choosing the right sensor from several options and justifying the choice Block coding in Microsoft MakeCode, progressing to Python or JavaScript Sustained independent project work across weeks, not a single lesson The Online Academy carries 36 project tutorials for this pack, from traffic lights and automatic gates through to line-tracking cars and colour recognition. The keyed RJ11 connectors and colour-coded ports are worth more than they sound when thirty students are building at once.

Everything needed to start, in one box: the micro:bit Smart Agriculture Kit, a micro:bit V2 board, and fifteen self-paced lessons in the Sammat Online Academy. Students measure soil moisture and switch on a pump, watch greenhouse temperature and open a vent, and the lessons take them through each build step by step. What's included: 1 x micro:bit Smart Agriculture Kit 1 x micro:bit GO pack (V2) — board, battery pack with 2 x AAA batteries and a USB cable 15 self-paced lessons in the Sammat Online Academy, with build steps, code and video walkthroughs Kit contains an IoT:bit Wi-Fi board, DS18B20 waterproof temperature sensor, soil moisture sensor, water level sensor, PIR motion sensor, servos and connecting leads The lessons cover: Automatic irrigation and greenhouse monitoring Artificial grow lighting and pond water levels Timed feeding and movement detection near a crop Block coding in Microsoft MakeCode, with readings able to go to a cloud dashboard You will need a computer, phone or tablet with internet access to load the Microsoft MakeCode editor. Fifteen lessons is the deepest course we offer on a single micro:bit kit — enough for a full unit of work rather than a weekend.

A micro:bit class set for teaching food production, water use and sustainability. Ten Smart Agriculture Kits, ten micro:bit boards and Online Academy licences for thirty students, so a whole class can build irrigation systems, greenhouses and pond monitors that actually run. What's included: 10 x micro:bit Smart Agriculture Kits 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy, covering 15 self-paced lessons 1 x teacher licence to the Sammat Online Academy Each kit contains an IoT:bit Wi-Fi board, DS18B20 waterproof temperature sensor, soil moisture sensor, water level sensor, PIR motion sensor, servos and connecting leads What students practise: Deciding what number counts as "dry enough to water" and defending the choice Building a system that runs without a person watching it Block coding in Microsoft MakeCode, working in pairs Connecting a technology lesson to geography, science and sustainability Fifteen self-paced lessons in the Online Academy cover irrigation, greenhouse monitoring, grow lighting, pond water levels and timed feeding — enough for a full unit of work. The batteries are included too, so nothing needs buying before the first lesson.

The Smart Agriculture Kit puts food production on the desk. Students measure soil moisture and switch on a pump; watch greenhouse temperature and open a vent; detect movement near a crop and set off a deterrent. It connects coding to something most children have opinions about but rarely get to test. What's included: IoT:bit Wi-Fi expansion board for the micro:bit DS18B20 waterproof temperature sensor Soil moisture sensor and water level sensor PIR motion sensor Servos and connecting leads micro:bit board is not included — add a micro:bit V2 at checkout What students practise: Deciding what number counts as "dry enough to water" and defending the choice Building a system that runs without a person watching it Block coding in MakeCode, with readings able to go to a cloud dashboard Connecting a technology lesson to geography, science and sustainability Fifteen self-paced lessons for this kit sit in Sammat's Online Academy, covering irrigation, greenhouse monitoring, grow lighting, pond water levels and timed feeding. Written for Australian classrooms and sold as an add-on to the kit.

Everything needed to start, in one box: the micro:bit Smart City Kit, a micro:bit V2 board, and twelve self-paced lessons in the Sammat Online Academy. Students build small working versions of the infrastructure they walk past every day — traffic lights, irrigation, drainage, bin collection — and the lessons walk them through every build and every line of code. What's included: 1 x micro:bit Smart City Kit 1 x micro:bit GO pack (V2) — board, battery pack with 2 x AAA batteries and a USB cable 12 self-paced lessons in the Sammat Online Academy, with build steps, code and video walkthroughs Kit contains an IoT:bit Wi-Fi board, red, yellow and green LEDs, DHT11 sensor, sonar:bit, soil moisture and water level sensors, OLED screen, 180° servo, USB cable and jumper wires The lessons cover: Subway flood prevention, automatic irrigation and a smart bin Push-button crossings and library noise monitoring Using sensor thresholds to trigger a response automatically Block coding in Microsoft MakeCode, from first program to independent project You will need a computer, phone or tablet with internet access to load the Microsoft MakeCode editor. Written in Australia for Australian classrooms and homes, and worked through at your own pace — there is no timetable and no expiry on a lesson you have not finished.

A complete micro:bit classroom pack for a class of thirty. Ten Smart City Kits, ten micro:bit boards and a full set of Online Academy licences arrive together, so a teacher can run a unit on urban technology without sourcing anything else or writing the lessons. What's included: 10 x micro:bit Smart City Kits 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy 1 x teacher licence to the Sammat Online Academy Each kit contains an IoT:bit board, OLED screen, red, yellow and green LEDs, DHT11 sensor, water level sensor, soil moisture sensor, sonar:bit, 180° servo, USB cable and manual What students practise: Turning a civic problem — flooding, traffic, waste, water use — into something code can address Using sensor thresholds to trigger an automatic response Block coding in Microsoft MakeCode, working in pairs Presenting a design and explaining why it works the way it does Twelve project tutorials in the Online Academy cover subway flood prevention, automatic irrigation, a smart bin, push-button crossings, library noise monitoring and more. The batteries are included too, so nothing needs buying before the first lesson.

The Smart City Kit takes the infrastructure students walk past every day — traffic lights, irrigation, drainage, bin collection — and lets them build small working versions of it. Each project starts with a real urban problem and ends with something on the desk that responds to its surroundings. What's included: IoT:bit Wi-Fi expansion board for the micro:bit Red, yellow and green LEDs for traffic and signalling projects DHT11 temperature and humidity sensor sonar:bit ultrasonic sensor, soil moisture sensor and water level sensor OLED screen and an EF92A 180° servo micro USB cable and jumper wires micro:bit board is not included — add a micro:bit V2 at checkout What students practise: Turning a civic problem into something a program can actually solve Using sensor thresholds to trigger a response automatically Block coding in MakeCode, with the option to send readings to a cloud dashboard Explaining a design decision, not just getting the code to run Twelve self-paced lessons in Sammat's Online Academy cover subway flood prevention, automatic irrigation, a smart bin, push-button crossings and library noise monitoring — a sequence of lessons rather than a single activity. Access is sold as an add-on to the kit, and is included in the classroom pack.

Everything needed to start, in one box: the micro:bit Smart Health Kit, a micro:bit V2 board, and nine self-paced lessons in the Sammat Online Academy. Projects about the body and the habits around it — a tap that runs without being touched, a reminder to sit up straight, a UV meter for deciding whether to put a hat on. What's included: 1 x micro:bit Smart Health Kit 1 x micro:bit GO pack (V2) — board, battery pack with 2 x AAA batteries and a USB cable 9 self-paced lessons in the Sammat Online Academy, with build steps, code and video walkthroughs Kit contains a sensor:bit board, analog UV sensor, PIR motion sensor, MQ3 alcohol sensor brick, a servo and connecting leads, with ten sensor modules in total The lessons cover: Touch-free hand washing and UV detection A step counter and a drinking reminder A classroom noise monitor and a posture reminder Setting a sensible threshold and testing whether it actually works You will need a computer, phone or tablet with internet access to load the Microsoft MakeCode editor. Written in Australia for Australian classrooms and homes, and worked through at your own pace — there is no timetable and no expiry on a lesson you have not finished.

A micro:bit class set built around the body and the habits around it. Ten Smart Health Kits, ten micro:bit boards and Online Academy licences for thirty students — enough for a class to build touch-free taps, posture reminders and UV meters they can test on themselves. What's included: 10 x micro:bit Smart Health Kits 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy, covering 9 self-paced lessons 1 x teacher licence to the Sammat Online Academy Each kit contains a sensor:bit board, analog UV sensor, PIR motion sensor, MQ3 alcohol sensor brick, a servo and connecting leads, with ten sensor modules in total What students practise: Using a sensor reading to give feedback to a person, not just to a machine Setting a sensible threshold and testing whether it actually works Block coding in Microsoft MakeCode, working in pairs Thinking about how technology nudges behaviour, and whether that's a good thing Nine self-paced lessons in the Online Academy cover touch-free hand washing, UV detection, a step counter, a drinking reminder and a classroom noise monitor. The batteries are included too, so nothing needs buying before the first lesson.

The Smart Health Kit builds projects about the body and the habits around it: a tap that runs without being touched, a reminder to sit up straight, a UV meter for deciding whether to put a hat on. It gives health and PE a genuine point of contact with coding. What's included: sensor:bit expansion board for the micro:bit Analog UV sensor PIR motion sensor MQ3 alcohol sensor brick Servo and connecting leads, with ten sensor modules in total micro:bit board is not included — add a micro:bit V2 at checkout What students practise: Using a sensor reading to give feedback to a person, not just to a machine Setting a sensible threshold and testing whether it actually works Block coding in MakeCode Thinking about how technology nudges behaviour, and whether that's a good thing Nine self-paced lessons for this kit sit in Sammat's Online Academy, covering touch-free hand washing, UV detection, a step counter, a drinking reminder and a classroom noise monitor. Written for Australian classrooms and sold as an add-on to the kit.

Everything needed to start, in one box: the micro:bit Smart Home Kit, a micro:bit V2 board, and eleven self-paced lessons in the Sammat Online Academy. Children wire up a sensor, write a few blocks of code, and a light comes on or a window opens — one of the clearest ways to show what a program actually does in the physical world. What's included: 1 x micro:bit Smart Home Kit 1 x micro:bit GO pack (V2) — board, battery pack with 2 x AAA batteries and a USB cable 11 self-paced lessons in the Sammat Online Academy, with build steps, code and video walkthroughs Kit contains a sensor:bit board, OLED screen, rainbow LED, relay, DC motor, 180° servo, submersible pump, temperature, sound, light, crash and soil moisture sensors, screwdriver, USB cable, AAA battery box and printed manual The lessons cover: Voice-activated lights, a smart fan and automatic windows A water level alarm, a decibel tester and an intruder detection system Reading a sensor value and using it to trigger an output Block coding in Microsoft MakeCode, from first program to independent project You will need a computer, phone or tablet with internet access to load the Microsoft MakeCode editor. Written in Australia for Australian classrooms and homes, and worked through at your own pace — there is no timetable and no expiry on a lesson you have not finished.

A micro:bit class set built around home automation — the most immediately recognisable technology in a student's life. Ten Smart Home Kits, ten micro:bit boards and Online Academy licences for thirty students, ready to teach from the day the box opens. What's included: 10 x micro:bit Smart Home Kits 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy 1 x teacher licence to the Sammat Online Academy Each kit contains a sensor:bit board, OLED screen, temperature, sound, light, crash and soil moisture sensors, a rainbow LED, relay, DC motor, 180° servo, submersible pump, screwdriver, USB cable, battery box and manual What students practise: Connecting a sensor reading to a physical output they can watch happen Block coding in Microsoft MakeCode, working in pairs Wiring circuits safely and finding the fault when nothing responds Discussing automation and energy use with something concrete in front of them Eleven project tutorials in the Online Academy cover voice-activated lights, a smart fan, automatic windows, a water level alarm, a decibel tester and more. Enough for a full unit of work rather than a one-off activity.

The micro:bit Smart Home Kit turns coding into something students can see working. They wire up a sensor, write a few blocks of code, and a light comes on or a window opens. It is one of the clearest ways to show upper primary and lower secondary students what a program actually does in the physical world. What's included: sensor:bit expansion board with GVS terminals and an I2C port OLED screen, rainbow LED, relay, DC motor and 180° servo Temperature, sound, light, crash and soil moisture sensors Submersible pump, screwdriver, USB cable, AAA battery box and printed manual micro:bit board and batteries are not included — add a micro:bit V2 at checkout What students practise: Reading a sensor value and using it to trigger an output Block coding in Microsoft MakeCode, with a path into Python later Connecting circuits safely and debugging when something doesn't respond Talking about automation in terms they can point at, not abstractions Sammat's Online Academy carries eleven self-paced lessons for this kit — build steps, code and video walkthroughs, written for Australian classrooms. Academy access is sold as an add-on to the kit, and is included in the Smart Home Kit Classroom Pack.

Everything needed to start, in one box: the Smart Science IoT Kit, a micro:bit V2 board, and seven self-paced lessons in the Sammat Online Academy. This is where micro:bit projects stop being local and start producing data worth arguing about — sensors measure the room, and the readings go to the cloud. What's included: 1 x micro:bit Smart Science IoT Kit — IoT:bit Wi-Fi board, OLED screen, BME280, PIR sensor, light sensor, noise sensor, water level sensor, soil moisture sensor, sonar:bit, dust sensor and a 180° servo 1 x micro:bit GO pack (V2) — board, battery pack with 2 x AAA batteries and a USB cable 7 self-paced lessons in the Sammat Online Academy, with written guides and video walkthroughs The seven lessons: Uploading sensor data to the ThingSpeak IoT platform Working with KidsIoT Air quality monitoring Environmental noise detection An environmental quality monitoring station Automatic irrigation detection A self-defence monitoring station You will need a computer, phone or tablet with internet access to load the Microsoft MakeCode editor, and a Wi-Fi connection for the cloud projects. Work through the lessons at your own pace, with no timetable and no expiry.

The Smart Science IoT Kit is where micro:bit projects stop being local and start producing data students can argue about. Sensors measure the room; the onboard Wi-Fi board sends those readings to a cloud service; students graph a week of results and work out what the numbers actually show. What's included: IoT:bit breakout board with an ESP12F Wi-Fi module, real-time clock and buzzer BME280 pressure, temperature and humidity sensor OLED display, PIR motion sensor, light sensor and noise sensor Soil moisture, water level and dust sensors, plus a sonar:bit ultrasonic sensor 180° servo, micro USB cable and connecting leads micro:bit board and lithium battery are not included — add a micro:bit V2 at checkout What students practise: Collecting real measurements over time instead of one-off readings Reading a graph they produced themselves and explaining the shape of it Connecting a device to a cloud service and understanding what "IoT" means concretely Block coding in MakeCode, with certified extension packages already available The kit works with ThingSpeak and IFTTT, so a class can set a threshold and have an email arrive when a reading crosses it. Sammat's Online Academy adds seven self-paced lessons for this kit, from cloud data logging to air quality monitoring and automatic irrigation — sold as an add-on, and included in the classroom pack.

A class set for teaching data properly. Ten Smart Science IoT Kits, ten micro:bit boards and Online Academy licences for thirty students, so a whole class can collect real environmental measurements, send them to the cloud, and argue about what the graphs actually show. What's included: 10 x micro:bit Smart Science IoT Kits 1 x micro:bit Club pack (class set of 10) — 10 micro:bit V2 boards, 10 battery packs, 10 USB cables and 20 AAA batteries 30 x student licences to the Sammat Online Academy, covering 7 self-paced lessons 1 x teacher licence to the Sammat Online Academy Each kit contains an IoT:bit Wi-Fi board, OLED screen, BME280, PIR sensor, light sensor, noise sensor, water level sensor, soil moisture sensor, sonar:bit, dust sensor and 180° servo What students practise: Collecting measurements over time and working with the data they produced Reading their own graphs and explaining the shape rather than the number Connecting a device to a cloud service and exporting data to a spreadsheet Block coding in Microsoft MakeCode, working in pairs Seven self-paced lessons in the Online Academy cover uploading to ThingSpeak, working with KidsIoT, air quality monitoring, environmental noise detection, a monitoring station and automatic irrigation. The batteries are included too, so nothing needs buying before the first lesson.

The Space Science Kit sets students a mission on the surface of the moon. A printed landing map gives the terrain, the Nezha V2 board and smart motor give the vehicle, and eight guided projects give the problems — navigate, sample, measure, report. It is the most ambitious micro:bit kit we carry, and the one that best suits a project running over several weeks. What's included: Nezha breakout board V2, with eight sensor ports and four motor ports Planet X smart motor Ten electronic modules, including UV, soil moisture and temperature sensors Over 400 ABS building bricks Scenario-based moon landing map Recommended for ages 10 and over. micro:bit board is not included — add a micro:bit V2 at checkout What students practise: Planning a sequence of actions to complete a mission, not just a single task Combining sensing, movement and reporting in one build Block coding in MakeCode, with Python available for older students Working in a team over an extended project rather than a single lesson Four self-paced lessons for this kit sit in Sammat's Online Academy, written for Australian classrooms and sold as an add-on to the kit. The board also carries a four-LED battery indicator, colour-coded sensor ports and keyed RJ11 connectors that cannot be inserted backwards — details that matter when thirty students are building at once.

The TTS Digiscope lets children get up close to the tiny details of the world — the veins in a leaf, the weave of a fabric, the grains in a rock. It's a 3-in-1 digital microscope: stand it on its base, hold it in the hand to explore outdoors, or plug it into a computer to view and capture what's under the lens. A simple twist switches between 50x, 100x and 200x magnification, with a 2x zoom for an even closer look, so children can build real observation skills at their own pace. Features: 3-in-1 design — standalone, handheld or connected to a computer Detachable image head for flexible viewing angles Twist between 50x, 100x and 200x magnification, plus a 2x zoom Two bright LEDs, above and below the base, to light up specimens Included software to view live images on a computer or whiteboard and capture them Works indoors and out; suitable for ages 3+ Ways to use it: Look closely at everyday objects, plants, minibeasts and materials Project a live image on the whiteboard for the whole class to see Capture and save images to compare, label and write about Take it outside to explore leaves, bark and soil in the field Support the 'working scientifically' strand — observing closely with simple equipment Robust, portable and easy for small hands, the Digiscope brings science to life by turning close observation into something children can see, share and record.

Easi-Detectors bring the excitement of a treasure hunt into early years and primary learning. This set of four rechargeable metal detectors — one in each colour — lets a small group explore together, sweeping over sand, soil or the classroom floor and listening for the beep that means they've found metal. They're built for young hands: a simple on/off switch instead of a fiddly dial, and a motion sensor that lets them sleep when they're put down rather than beep away in the cupboard. What's included: 4 rechargeable metal detectors in four different colours A docking station and wall charger — no disposable batteries to buy Up to 8 hours of use from a 3-hour charge, with an LED charge indicator Detects a 25mm coin from around 40mm away Each detector measures 20 cm long by 8 cm wide Suitable for ages 3+ Ways to use them: Hide coins in sand or soil and let children hunt for buried treasure Investigate what's made of metal — a table, a tree, their own shoes Talk about why it beeps over coins but not over gems or plastic Make your own 'ancient artefacts' to bury, find and write about Build communication and enquiry skills with clues, maps and questions Rechargeable, robust and ready to go straight from the dock, Easi-Detectors are a simple way to bring hands-on science and outdoor discovery to a whole group.

These Easi-Detectors do two jobs in one: each of the six is both a metal detector and a magnifier, so children can sweep for hidden metal and then take a closer look at whatever they turn up. Bury some coins in the sand tray or head outdoors, and young investigators can hunt for treasure, inspect a minibeast or examine how something is made. The detector even vibrates when it finds metal, which makes the moment of discovery clear for every child. What's included: 6 rechargeable Easi-Detectors, each with a built-in magnifier A charging dock and USB charging cable — no disposable batteries Bendable necks so children can angle them to look and search Vibration feedback when a detector finds something metallic Handles light up while charging; simple on/off switch Around 4 hours of use from a 3-hour charge Suitable for ages 3+ Ways to use them: Hide coins in sand or soil and let children hunt for buried treasure Magnify a leaf, a shell or a minibeast to look closely at the detail Investigate what's made of metal, then examine it up close Support EYFS 'understanding the world' with hands-on exploration Share a set of six across a group for outdoor discovery sessions A rechargeable, two-in-one tool for curious young explorers, these Easi-Detectors bring searching and close observation together, indoors or out. Free teaching materials Easi-Detector Activity Cards

The Easi-Scope 3 lets children explore the tiny details of the world with nothing else to set up — no computer, no cables, just a microscope they can hold and a screen built right in. Rest it on a leaf, a coin, a piece of fabric or a minibeast and the magnified image appears instantly on the 2-inch display at up to 43x. One button captures a still or a video, so children can save what they find, compare it and talk about it. It's portable, rechargeable and simple enough for young hands to use on their own. Features: Handheld microscope with a built-in 2-inch screen — no computer needed Up to 43x magnification with its own LED lighting Single-button operation to focus, view and capture images or video USB rechargeable — no disposable batteries to replace Connect wirelessly to a tablet or computer to share on the big screen (iOS, Android and Windows) About 11 cm tall and 7 cm across, and light enough to take outdoors Ways to use it: Look closely at leaves, insects, fabrics, rocks and everyday objects Capture and save images to label, compare and write about Share a live image on a tablet or whiteboard for the whole group Take it outside for pond dipping, bug hunts and nature work Support the 'working scientifically' strand — observing closely and recording Portable, rechargeable and ready in seconds, the Easi-Scope 3 turns close observation into something children can see, capture and share for themselves.

The Easi-Scope is a simple, handheld USB microscope that brings the tiny details of the world onto the classroom screen. Plug it into a computer, hold it over a leaf, a coin, a piece of fabric or a minibeast, and the magnified image appears live on the monitor — no slides or fiddly focusing knobs to fight with. Turn the top to focus and press the single button to capture a still or a video, so children can save what they find and talk about it together. Features: Handheld, plug-and-play USB microscope — connects to a Windows or Mac computer Up to 43x magnification (shown on a 17-inch monitor), with built-in LED lighting Single-button capture for still images and video 640 x 480 VGA image sensor with automatic white balance and exposure Compact and light — about 73 x 50 mm and just 103 g Software included; no batteries needed — it's powered over USB Ways to use it: Project a live magnified image on the whiteboard for the whole class Look closely at everyday objects, plants, fabrics and minibeasts Capture and save images to label, compare and write about Support the 'working scientifically' strand — observing closely and recording Compare textures and surfaces as part of a materials investigation Affordable, robust and genuinely easy to use, the Easi-Scope is a great first step into digital microscopy for the primary classroom.

The Easi-Scope Wireless lets children explore up close without being tied to a computer. Hold the microscope over a leaf, an insect, a coin or a piece of fabric and the magnified image streams straight to a tablet or computer over a wireless connection — so a child can wander the classroom or head outdoors and still show everyone what they've found. At up to 43x magnification with its own LED lighting, and one button to capture a still or a video, it's a simple, motivating way into science and close observation. Features: Handheld wireless microscope — view live on a tablet or computer, no cables to the device Up to 43x magnification with built-in LED lighting Single-button capture for still images and video Wireless range of up to 10 metres on a clear 2.4GHz connection Rechargeable — no disposable batteries to replace A larger, easy-grip body designed for little hands Ways to use it: Send a live magnified image to a tablet or whiteboard for the whole group Take it outside for bug hunts, pond dipping and nature work Capture and save images to label, compare and write about Pass it around a group so everyone gets a close look Support the 'working scientifically' strand — observing closely and recording Wireless, rechargeable and easy to share, the Easi-Scope Wireless brings hands-on microscopy to the whole class, indoors or out.

The Flex-View is a digital microscope that brings real detail within reach — twist the dial to switch between 60x and 250x, and the magnified image appears live on the computer screen. Use it in the hand to explore on the move, or clip it into the flexible stand for a steady, hands-free view, so children can draw, write or take measurements while they look. With four adjustable LEDs and a one-touch snapshot button, it's easy for young scientists to light a specimen well and capture what they see. Features: Dual focal points — 60x and 250x magnification, switched with a twist of the dial Connects to a Windows or Mac computer via USB Four LEDs with adjustable intensity to light specimens clearly One-touch snapshot, plus software for video, time-lapse and on-screen measuring Use handheld or on the flexible neck holder with a suction-cup base Includes a gridded observation board; captures at up to 1600 x 1200 Suitable for ages 3+ Ways to use it: Compare textures and surfaces up close as part of a materials investigation Look closely at leaves, insects, crystals and fabrics at two magnifications Use the gridded board and software to measure tiny objects to the millimetre Capture and save images to label, compare and write about Project a live image on the whiteboard for the whole class Higher-powered than a basic scope and steady on its flexible stand, the Flex-View is a great next step into digital microscopy for primary science.