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Spark your child's curiosity and passion for robotics with the Makerzoid Robot Master Premium. Designed by robotics experts, this innovative kit combines fun and education, enabling kids to build, code, and create while exploring the fascinating world of STEM. Over 600 Blocks & 200+ Robot Models Dive into a world of creativity with a massive collection of building blocks. Construct over 200 different robot models, from simple designs to complex machines. This kit introduces children to fundamental engineering concepts like gears, structures, and transmission systems. Comprehensive Robotics Learning 47 Engaging Lessons: Explore building, coding, and controlling robots through a structured curriculum with 47 lessons across three skill levels. Ideal for home learning and classroom use. Graphical Programming & APP Control Develop coding and problem-solving skills with intuitive, drag-and-drop graphical programming. Bring your creations to life using the APP to control and program your robots. Dual Learning Guides: Choose between a detailed paper manual for step-by-step building or interactive APP instructions for constructing, controlling, and programming your robots. Independent Learning: Easy-to-follow instructions empower children to build and learn independently. The Makerzoid Robot Master Premium is more than just a toy—it's a gateway to learning, exploration, and endless creativity. Perfect for young inventors, educators, and families looking to spark a passion for STEM! Batteries required: 2 x AA (not included)
Take coding and robotics to the next level with the MatataStudio VinciBot Coding Robot Set — a smart robot designed to introduce children aged 8-12 to programming, IoT, and AI concepts in a fun, interactive way. VinciBot allows learners to code through a web interface, making programming more accessible and engaging. Children can experiment with loops, sequences, and logic visually, linking screen-free coding with computer-based programming. The set comes with 75 free activity cards, providing structured coding challenges and creative missions that develop problem-solving and computational thinking in a playful way. With intelligent features and AI-enabled learning, VinciBot is ideal for upgrading early STEM and AI education in classrooms. Children gain exposure to artificial intelligence concepts in a playful environment. VinciBot comes equipped with 8 built-in sensors, enabling obstacle detection, line tracking, distance measurement, and environmental interactions — giving children hands-on experience with robotics and real-world problem-solving. The MatataStudio VinciBot Coding Robot Set combines advanced coding, IoT, AI, and STEAM learning into one interactive experience, making it perfect for children aged 8-12 to explore programming, problem-solving, and creativity at home or in the classroom.
Introduce young minds to the exciting world of electronics with the Snap Circuits Explorer Junior - a hands-on STEM kit designed to make learning circuits both fun and accessible. Product Features: Build Over 100 Projects – Create working electronic models such as AM radios, burglar alarms, doorbells, and more, learning the basics of circuits in a fun and interactive way. Includes 30 Modular Parts – Snap-together pieces are easy to connect and designed with young learners in mind. Easy-to-Follow Full-Colour Manual – Step-by-step illustrated instructions help kids succeed and stay engaged. Extra Safety Features – All parts are designed for safe play and learning, with no sharp edges or soldering needed. Lights, Sounds & Motion – Experience projects with moving parts, bright LEDs, and sound effects to keep kids captivated. Battery Powered – Simple power requirements make it quick to set up and start experimenting. With over 100 exciting projects to explore, the Snap Circuits Explorer Junior kit turns learning electronics into an inspiring adventure for every budding engineer. Note: Requires 2 × AA batteries (not included)
The Arduino Starter Kit is an excellent introduction to the world of electronics and programming, suitable for enthusiasts of all ages. Designed for beginners, this kit provides a hands-on approach to learning through engaging projects that cover both coding and electronics fundamentals. Key Features Comprehensive Learning: The kit includes a physical project book with 15 chapters, guiding you through various projects that teach the basics of electronics and programming. Diverse Components: It comes with a wide array of electronic components, including sensors, actuators, and the Arduino UNO R3 board, enabling you to build a variety of projects. Hands-On Projects: Engage in practical exercises that introduce concepts such as current, voltage, digital logic, and the fundamentals of programming. Multilingual Support: The project book is available in multiple languages, including English, Italian, Spanish, French, German, and more, making it accessible to a global audience. Whether you're a hobbyist, a student, or an educator, the Arduino Starter Kit offers a structured and enjoyable way to explore the world of electronics and programming. Its universal appeal makes it a valuable resource for learning and experimentation.
Unlock endless possibilities with the Makerzoid Smart Robot Premium coding robot kit. This innovative set allows you to create over 200 unique robotic models, offering a thrilling journey of exploration and creativity. Dive into a world of fun as you build, assemble, and program, transforming your imagination into reality with every masterpiece you create. Coding with Scratch Junior – Engaging Introduction to Programming Begin your educational adventure with this STEM programming kit, designed to make coding accessible and enjoyable for young learners. Using Scratch Junior, kids can effortlessly explore the fundamentals of coding in a fun and interactive way, making this an ideal gateway to the world of programming. Cross-Curricular Learning to Improve Creativity & Problem-Solving Skills The Makerzoid Smart Robot Premium goes beyond coding by integrating math, language, and art into its design. Kids can express their creativity through coding and storytelling while developing critical thinking skills by troubleshooting and problem-solving independently. A Wealth of Options – Diverse and Robust Modes Experience unmatched versatility with the DIY robotics kit, powered by a robust Bluetooth motor. Enjoy three exciting modes of operation: Electric Mode: Direct control with tactile buttons for precise manual operation. Intelligent Mode: Interactive engagement using the IR sensor for dynamic, responsive play. Bluetooth Mode: Advanced programming capabilities for enhanced creativity and exploration. Progressive and Layered Design The kit offers a range of challenges, from basic structures to complex, remote-controlled, and programmable models. Designed to grow with your child, this educational kit provides versatile experiences that evolve alongside their interests and skills. 2D & 3D Graphically Intuitive Instructions Building is made simple and engaging with step-by-step instructions illustrated in both 2D and 3D. These guides enhance spatial imagination, logical thinking, and creativity, ensuring an enjoyable and meaningful construction experience for kids of all skill levels. The Makerzoid Smart Robot Premium is more than just a kit—it’s an all-in-one educational tool that inspires creativity, problem-solving, and a lifelong love for STEM. Perfect for young innovators and families looking for an engaging way to learn and play! Batteries required: 2 x AAA (not included)
Explore six engaging STEM projects - like traffic lights, a brick car, a temperature‑controlled fan, a smart lamp, wipers, and a trebuchet - using this micro:bit Ring:bit expansion kit with building bricks and servos. Developed on Ring:bit Expansion Board: Key Features: Build 6 creative projects using motors, lights & building blocks Ring:bit V2 board converts micro:bit pins for easy plug-and-play use Learn STEM concepts: sensors, control systems, automation, and more Supports MakeCode & Python programming LEGO-compatible bricks & no soldering needed Encourages creativity, experimentation, and hands-on learning Applications: Packing List: Note: no micro:bit board included Batteries required: 3 x AAA Want to add on BBC micro:bit Go? Click here.
Step into the exciting world of electronics and programming with the Ultimate MEGA 2560 R3 Starter Kit. Whether you're just starting your journey or looking to enhance your skills, this kit has everything you need to dive deep into building interactive circuits and innovative projects. It’s an all-in-one solution for anyone interested in electronics, automation, and embedded systems.This kit includes an Arduino-compatible MEGA 2560 R3 development board and a wide variety of actuators and sensors for you to learn electronics and build projects that interact with your environment and the world. Create fun circuits and automation solutions with electronics: This kit includes a wide variety of components. While the guide will teach you how to use these different parts individually, the sky is the limit as these parts can be combined and used together in many different ways. Included is a motion sensor to detect movement, an LCD screen, buzzers, LEDs, buttons, a keypad, potentiometer and even a joystick for users to interact with. There are even components that can be used to detect temperature, humidity and the level of water. There are sensors which can be incorporated with physical movement to detect orientation, angular velocity and acceleration. You can even build a contactless access system with RFID tag and sensor! Product Features Comprehensive Learning Tool: Includes 33 lessons to guide you through basic electronics and programming, perfect for all skill levels. Diverse Components for Innovation: Build fun circuits with motion sensors, LEDs, buzzers, LCD screens, temperature and humidity sensors, RFID tags, and more. Hands-on Experience: Learn about currents, voltage, analog/digital signals, logic, and programming while building projects like contactless access systems and automation solutions. No Tools or Soldering Required: Modules are pre-soldered for quick setup and easy integration—simply connect and start building. Full Arduino Compatibility: All components are 100% compatible with Arduino products, enabling you to reuse them for future projects. Quality Guaranteed At Robotico we pride ourselves in producing products with only the highest quality parts and components. If you are not satisfied with your purchase we will happily refund you.
The perfect introduction to the world of coding and robotics with the Makerzoid Superbot, our first programmable building block set. Featuring vibrant colours and cool racing car and truck models, the Superbot is perfect for young learners to explore the basics of programming in a fun, interactive way. 400+ Pieces with Integrated Motor Control The Superbot includes over 400 pieces, enabling kids to build more than 26 exciting models such as racing cars, trucks, and even a drawing machine. The integrated motor (batteries not included) simplifies construction, making it an ideal starting point for programming beginners. Car Racing Games Bring the excitement of car racing to life with Superbot! You can build and race your custom car models, creating unforgettable moments at playdates and parties. Turn your gatherings into thrilling races with friends. APP Guidance & Remote Control With the free Makerzoid app, available on the App Store and Google Play, kids can follow step-by-step instructions in the “Build” section to construct models. Once built, they can use Bluetooth to connect and control their motorized creations, moving them in all directions for endless fun. Extra Benefits of Superbot Superbot introduces coding concepts in a simple, easy-to-understand way. Its design incorporates STEAM principles (Science, Technology, Engineering, Arts, and Mathematics), helping kids develop logical thinking, creativity, imagination, and problem-solving skills. The Makerzoid Superbot is more than a toy - it’s a gateway to learning, creativity, and fun. Perfect for young programmers ages 6+, budding engineers, and kids who love to build and play! Batteries required: 3 x AA (not included)
Introduce children to coding the fun, screen-free, and words-free way. The MatataStudio Coding Set Pro reduces screen time by making coding tangible and playful. With physical coding blocks marked with directional symbols, children can learn to code without needing to read, making the experience as simple and intuitive as playing with building blocks. Learning becomes natural and engaging through hands-on play. Children explore cause-and-effect, problem-solving, and sequencing while moving the robot, experimenting with different coding combinations, and interacting with the tactile elements of the set. The set allows kids to program music and art, turning coding into a creative experience. They can create sounds, drawings, and patterns with the robot, combining STEM learning with artistic expression. The Coding Set Pro grows with your child, offering a progression from easy to advanced through three challenge booklets. Each booklet guides learners through increasingly complex coding tasks, building confidence and encouraging problem-solving in a fun, structured way. With the MatataStudio Coding Set Pro, learning to code is playful, creative, and hands-on, giving children a strong foundation in STEM while keeping it fun and screen-free.
Take robotics and programming to the next level with the ELECFREAKS Smart Cutebot Pro V2. This upgraded version of the popular Cutebot combines advanced features and robust components, making it the perfect tool for aspiring engineers, coders, and makers. Designed to work seamlessly with the BBC micro:bit V1 and V2 (sold separately), this robot car is ideal for classrooms, workshops, or individual learning projects. The Smart Cutebot Pro V2 includes multiple sensors, motors, and programmable features, allowing for complex tasks such as obstacle avoidance, line following, and even remote control via Bluetooth. Whether you're just starting with robotics or looking to expand your existing skills, this kit provides endless opportunities for hands-on learning. Details: Key Features: Compatible with BBC micro:bit V1 & V2 (micro:bit not included) Enhanced ultrasonic sensor for precise obstacle detection Line-following sensors for autonomous navigation Dual high-precision motors with encoder feedback for accurate movement Bluetooth support for wireless control and programming RGB LED headlights and programmable taillights Onboard buzzer for sound-based feedback Rechargeable via USB, with no need for disposable batteries Programmable through MakeCode (block-based) and Python (via MicroPython) Compact design with a durable chassis for educational use and experimentation Packing List: Note: This kit does not include the micro:bit board. Battery required: 1 x 18650 lithium flat-topped battery. Want to add on BBC micro:bit Go? Click here.
The BBC micro:bit Go is the perfect way to begin your journey into coding, electronics, and interactive projects. Designed for beginners, educators, and makers, this compact kit contains everything you need to start exploring programming right out of the box. Key Features: LED Matrix: 5×5 programmable LED display for graphics, text, and patterns. Buttons & Touch Input: Two programmable buttons and a touch-sensitive logo. Audio: Built-in microphone and speaker for sound and music projects. Sensors: Accelerometer, magnetometer (compass), temperature, and light level sensors for interactive experiments. Wireless Communication: Bluetooth 5.0 and 2.4 GHz radio for device-to-device interaction. Powerful Processor: Nordic nRF52833 ARM Cortex-M4 at 64 MHz with 512 KB Flash and 128 KB RAM. Edge Connector: 20-pin interface and 5 ring I/O pads for easy connection to accessories and electronics. Compact Design: Includes power switch, status LED, and low-power mode for battery saving. Accessibility & Versatility: Works with MakeCode, MicroPython, JavaScript, Scratch, and more – suitable for all skill levels. Plug-and-play design makes it quick to set up and start coding. Perfect for home learning, classrooms, STEM clubs, or creative projects on the go. Compact and portable, with everything you need in one kit. Educational Value: The BBC micro:bit Go introduces students and hobbyists to how software and hardware work together. Supported by the Micro:bit Educational Foundation, users gain access to free online lessons, guides, and interactive coding tools, encouraging learning across computing, science, art, music, and design. Ideal for hands-on STEM and STEAM education. Please note: the colours of board may vary.
The micro:bit Wearable (pack of 10) is a set of official flexible holders and adjustable straps designed to attach your BBC micro:bit and battery pack securely to the wrist, ankle, or other surfaces. Ideal for classroom projects, clubs, events, and group activities where wearable or mounted micro:bit use is required. Please note: BBC micro:bits NOT included Product Features Official micro:bit branded wearables – designed for compatibility with micro:bit devices. Flexible holder design – keeps your micro:bit and battery pack together. Adjustable strap – fits wrist, ankle, and various objects for wearable or mounted use. Perfect for group projects – great add-on for micro:bit clubs, classrooms, STEM activities, and workshops. Use Cases & Inspiration The micro:bit wearable is ideal when portability or physical attachment is needed — whether you’re tracking movement, interacting with wearable coding projects, or exploring fitness and AI-based tasks like micro:bit CreateAI. How To Assemble: Instructions for assembling the micro:bit wearable are included on the side of the box. Who Is This For? Educators and teachers Coding clubs & STEM groups Makers, hobbyists & students Workshop facilitators requiring group-ready wearable solutions
Take electronics exploration to the next level with the Snap Circuits Classic - a versatile STEM kit packed with projects that make learning circuits exciting, challenging, and endlessly rewarding. Product Features: Build Over 300 Projects – Learn how electronics work by creating working models including AM radios, burglar alarms, doorbells, light controllers, and much more. Over 60 Snap-Together Parts – Each module snaps into place on the project board for quick, tool-free assembly. Full-Colour Instruction Manual – Detailed, step-by-step instructions with clear diagrams make learning approachable for all skill levels. Real-World Electronics Concepts – Teaches resistors, capacitors, transistors, integrated circuits, switches, and motors through hands-on builds. Safe and Durable – All parts are designed for repeated use, with no sharp edges or soldering needed. Expandable for More Fun – Compatible with other Snap Circuits sets, allowing you to upgrade and expand your project library. Packed with possibilities, the Snap Circuits Classic offers endless hours of discovery, making electronics education as fun as it is inspiring. Note: Requires 4 × AA batteries (not included)
Bring science to life with the MatataStudio Digital Microscope MX2‑AS, designed for curious learners aged 4-11 years. This versatile microscope combines high-resolution imaging, smart lighting, and multi-platform connectivity, making it an ideal tool for hands-on STEM learning, classroom experiments, and at-home exploration. Rotatable Screen & Continuous Zoom The MX2‑AS features a 135° rotatable LCD screen and continuous zoom with 0.5×–4× optical magnification, allowing children to explore specimens from multiple angles with crystal-clear detail. Dual Illumination for Different Specimens Top transmitting light for observing real, opaque objects Bottom incident light for transparent or translucent samples Intelligent dyeing enhances image quality automatically, ensuring bright and clear observations every time. Touch Controls & Media Capture The microscope includes touch-sensitive buttons to store images and videos, letting children document their discoveries for review, presentations, or sharing with classmates. Multi-Platform Connectivity with MatataXplore Phone/Tablet: Connect via Wi-Fi using the MatataXplore app for iOS and Android to view, capture, and share live images Computer: Connect via USB-C cable to laptops or desktops for real-time observation, image capture, and analysis Hands-On STEM Learning The MX2‑AS encourages exploration, observation, and scientific thinking, giving young learners a practical introduction to biology, geology, and materials science. Its intuitive design and age-appropriate features make it suitable for children aged 4-11 years, both in classrooms and at home. The MatataStudio Digital Microscope MX2‑AS offers a complete, interactive, and educational experience, inspiring young scientists to observe, experiment, and record their discoveries with professional-grade features in an age-appropriate design.
The Makerzoid Smart Robot STEM Kit offers a world of creativity and learning, with 72+ robots to assemble, covering a wide range of categories such as music, sports, and agriculture. This kit is designed to engage children in an exciting hands-on journey, encouraging them to learn about robotics, mechanics, and logic in a fun and interactive way. 72+ Robots for Kids to Play With With this Smart Robot Kit, children can create over 72 different robots. Whether they are interested in music, sports, or nature, there is something for everyone: Music: Pianist, Bassist, Guitarist, Violinist, Drummer, and more. Sports: Boxing Man, High Bar, Cycling, Push-Up, Rowing, Running, and more. Agriculture: Farmer, Harvester, Grinding, Sawing, Rice Huller, and more. These diverse options allow children to explore their passions and gain a deeper understanding of various fields while building and coding their own creations. Subsidiary Kit for Logic Training The intelligent motor and control module set this kit apart from ordinary building toys. Thanks to its integration of logical adjustments, children can create robots that react without needing to program them. This breakthrough design simplifies the process, allowing kids to focus on building and experimenting without the need for a host control unit. Easy to Assemble – 2D & 3D Instructions Assembly is made simple with 3D graphical tutorials that guide children step-by-step. These visual instructions enhance comprehension of space and imagination, allowing kids to build robots in less than an hour. Most robots are built from a few simple bricks, making it easy for children to locate parts and stay engaged without frustration. Educational and Enjoyable Experience The Smart Robot Kit is not just a toy – it’s an educational tool that helps children learn about mechanical structures and electronic systems. By building and experimenting with these robots, children will develop essential skills like hand-eye coordination, problem-solving, and logical thinking, all while boosting their self-confidence. Batteries required: 2 x AAA (not included)
Unlock the future of AI education with the MatataStudio Nous AI Set — an advanced artificial intelligence learning robot platform designed for children to explore machine learning, speech recognition, autonomous systems, data collection, AI model training, graphics and Python programming. This rich set bridges the gap between real‑world AI concepts and playful, hands‑on learning, making it ideal for classrooms, coding clubs, and advanced learners aged 12+. Children can interact naturally with the robot using MatataChat, asking questions and receiving responses, helping them explore language understanding and real‑time speech interaction. Constructed with a strong metal frame and precision components, this robot platform is built to last through repeated home and classroom use and creative experimentation. Equipped with a high‑quality camera module and servo motor module, the Nous AI Set supports dynamic movement, vision processing and complex task execution — perfect for robotics, object tracking, and AI exploration. The set supports robust face detection and recognition, letting students learn about real‑world computer vision applications and identity processing. Learn how machines see the world through image recognition, voice recognition, and computer vision modules — from identifying everyday objects to interpreting environments. Access an online programming and operation platform that includes rich curriculum guidance, tutorials, and progressive lessons to help students learn step‑by‑step from basics to advanced AI projects. The MatataStudio Nous AI Set brings modern artificial intelligence, robotics, and programming education into a tangible, interactive platform — empowering young learners to understand and build the technologies of tomorrow.
The Makerzoid Robot Master Tournament is a dynamic STEM learning kit designed to inspire the next generation of engineers and programmers! This hands-on set introduces children to the fundamentals of robotics, mechanics, and coding, making learning both engaging and interactive. Learn Programming with Scratch 3.0 With Scratch 3.0, children can easily grasp coding concepts using an intuitive drag-and-drop interface. They can create interactive stories, games, animations, and simulations, helping them build a strong programming foundation while having fun. Hands-On STEM Learning This kit allows children to build, program, and control a variety of models, helping them develop essential logical thinking, creativity, and fine motor skills. The programmable hub supports up to 7 apps, providing endless possibilities for learning and innovation. Interactive Smart Sensors Equipped with:- Colour Sensor – Detects and reacts to different colours.- Gyroscope – Measures orientation and movement.- Greyscale Sensor – Recognises shades and patterns for advanced programming tasks. Unlock the World of Robotics & Coding! The Makerzoid Robot Master Tournament set is perfect for young minds eager to explore, invent, and collaborate. By making coding and robotics accessible, this kit provides an excellent gateway to more advanced programming languages in the future. Get ready to build, program, and innovate with the Makerzoid Robot Master Tournament!
Discover how electricity powers your home with the Snap Circuits My Home - a hands-on STEM kit that lets kids safely explore real-world household electrical systems through fun, interactive projects. Product Features: Build Many Different Real-World Projects – Learn how power is generated, transmitted, and used inside a home. Interactive Learning – Explore how circuits control lights, alarms, fans, doorbells, and more. Teaches Household Wiring Concepts – Understand series and parallel circuits, switches, fuses, and how different devices share power. Safe and Engaging – All parts snap together easily and are designed for worry-free use - no tools, soldering, or live electricity. Full-Colour Instruction Manual – Step-by-step, illustrated projects that connect electronics to real-life applications. Durable and Reusable Components – Designed for repeated builds so kids can experiment again and again. From doorbells to light switches, the Snap Circuits My Home kit brings the world of household electricity to life in a safe and exciting way. Note: Requires 3 × AA batteries (not included)
With the innovative Makerzoid Superbot Master Premium, your child will dive into the exciting world of STEM learning, where education meets creativity! This advanced programmable construction set makes learning coding, robotics, and engineering fun and accessible. Learn Programming with Scratch 3.0 The Makerzoid Superbot Master Premium uses Scratch 3.0, a simple yet powerful drag-and-drop programming language. Children can easily snap together code blocks to create interactive stories, animations, games, and dynamic simulations, helping them develop a strong foundation in programming. Hands-On STEM Learning This set offers an engaging, hands-on way to learn important engineering and physics concepts. By assembling and programming various robotic models, children enhance their problem-solving, logical thinking, and creativity while having fun. Interactive Smart Sensors Equipped with:Colour Sensor – Detects and reacts to different colours.Gyroscope – Measures orientation and movement.Greyscale Sensor – Recognises shades and patterns for advanced programming tasks. Unlock the World of Robotics & Coding! The Makerzoid Superbot Master Premium is designed to motivate young minds to explore, invent, and collaborate. By making coding and robotics approachable, this set provides an excellent gateway to more advanced programming languages in the future. Get ready to build, program, and innovate with the Makerzoid Superbot Master Premium! Batteries required: 3.7V Lithium Battery
The ELECFREAKS micro:bit Tinker Kit is an all-in-one electronics starter kit designed to make learning coding and hardware interaction fun and accessible. Built around the powerful Octopus:bit expansion board, this kit connects seamlessly with the BBC micro:bit (V1 & V2) and enables a wide range of plug-and-play experiments with no soldering required. With 10 modular components - including a crash sensor, temperature sensor, servo, LED light, and more—learners can explore circuits, sensors, and real-world applications in an intuitive, engaging way. Whether you’re teaching STEM in a classroom or diving into your first maker project at home, the Tinker Kit provides everything you need to get started. Developed on Octopus:bit Board Accessories Introduction: Kit Features: Built on the Octopus:bit expansion board for enhanced connectivity Compatible with BBC micro:bit V1 & V2 (board not included) Includes 10 electronic modules (e.g. LED, crash sensor, sound sensor, temperature sensor, servo) No soldering required – safe and simple for beginners Supports both MakeCode and Python programming Perfect for classrooms, makerspaces, workshops, or home use Encourages hands-on STEM learning and creative problem-solving Packing List: Note: This kit does not include the micro:bit board. Batteries required: 2 x AAA Want to add on BBC micro:bit Go? Click here.
Spark young imaginations and kickstart their journey into electronics with the Snap Circuits Beginner - a safe, hands-on STEM kit that makes learning circuits both fun and accessible. Product Features: Build Over 20 Projects – Create working electronic models such as lights, sounds, and a motorised fan, learning the basics of circuits in a fun and interactive way. Includes 14 Modular Parts – Snap-together pieces are easy to connect and designed with young learners in mind. Easy-to-Follow Full-Colour Manual – Step-by-step illustrated instructions help kids succeed and stay engaged. Extra Safety Features – All parts are designed for safe play and learning, with no sharp edges or soldering needed. Lights, Sounds & Motion – Experience projects with moving parts, bright LEDs, and sound effects to keep kids captivated. Battery Powered – Simple power requirements make it quick to set up and start experimenting. Perfect for curious minds, the Snap Circuits Beginner kit transforms learning electronics into a playful adventure your child will love! Note: Requires 3 × AA batteries (not included)
Bring coding, robotics, and AI to life in the classroom with the VinciBot Classroom Set – a complete STEM learning solution designed for collaborative learning. Perfect for schools, coding clubs, and makerspaces, this kit equips educators with everything needed to introduce students to programming, robotics, and computational thinking through hands-on projects. Students can start with block-based coding using Scratch and progress to text-based programming with Python, making the VinciBot an ideal tool for learners at different skill levels. Through creative challenges like drawing, music, movement, and robotics projects, students develop problem-solving skills while exploring the exciting world of technology. Designed for learners aged 8 to 12, the classroom set supports teamwork and project-based learning, allowing groups of students to design, build, and program together. Key Features Complete classroom solution with multiple robots for group activities Supports Scratch and Python programming for beginner to advanced learners Explore AI, IoT, and robotics concepts through hands-on projects 16×8 programmable LED matrix for interactive light displays 8+ built-in sensors including light, sound, line follower, colour recognition, and distance detection Creative learning possibilities such as robot drawing, music creation, and movement challenges Compatible with LEGO® and expansion modules for extended projects 75 activity cards and curriculum resources to support classroom teaching Storage solution included for easy organisation and classroom management
Discover the microscopic world with the MatataStudio Digital Microscope MT3‑2, designed for young scientists and learners aged 11+ years. Combining high-definition imaging, precise mechanical controls, and flexible connectivity, this microscope turns observation and experimentation into a hands-on STEM adventure. Capture clear details with 2 MP camera sensor, continuous zoom, and optical magnification up to 400× (screen magnification up to ~1200×). Perfect for observing tiny structures, textures, and specimens. The large, 7-inch 135° rotatable LCD screen provides clear live viewing, making it easy for collaborative observations and group demonstrations. The X-Y mechanical stage with coaxial coarse adjustment knobs allows precise specimen positioning for detailed observation, while the dual lighting system provides flexible illumination: top transmitted light for observing opaque or real objects, and bottom incident light for transparent or translucent specimens. This combination ensures every detail is visible and easy to study. Includes 10 prepared slides to get started immediately with specimens ranging from plant tissue to everyday materials. Share live observations and recorded images with Wi-Fi connection, USB-C, or HDMI output to phones, tablets, computers, or monitors — perfect for collaborative learning. The MatataStudio Digital Microscope MT3‑2 offers a complete STEM learning experience — from precise observation and measurements to advanced connectivity for sharing discoveries. It’s the perfect microscope for inspiring young scientists.
Take your VinciBot to the next level with the MatataStudio AI Vision Kit, a hands-on add-on expansion for the VinciBot robot. Designed for ages 8–12, this kit introduces children to artificial intelligence, computer vision, and graphical programming, letting them explore coding in a highly interactive, visual way. With a 180° flip camera, programmable screen, and modular structure, the kit unlocks advanced AI capabilities while keeping learning playful and accessible. The modular design allows children to customize their VinciBot with a programmable screen, connecting coding to visual outputs in fun and creative ways. Unlock seven built-in visual functions, from face and object recognition to simple motion tracking, enabling rich AI experiments for beginners and advanced learners alike. Combine modular hardware with coding to develop new interactive behaviors and experiments, giving kids control over what the robot sees and does. Introduce AI logic through graphical programming, making advanced AI concepts easy to understand and experiment with. Comes with lesson guides and activity cards to inspire creative projects, practical AI challenges, and hands-on learning. The AI Vision Kit transforms VinciBot into a powerful AI learning platform, helping children aged 8–12 explore artificial intelligence, computer vision, and STEM skills in a fun, interactive, and highly engaging way.
The BBC micro:bit Club V2 is an ideal solution for educators, coding clubs, and makerspaces looking to introduce groups of students to the world of programming and electronics. This comprehensive kit includes 10 BBC micro:bit V2 boards, each equipped with essential accessories, enabling simultaneous hands-on learning experiences. Key Features: LED Matrix: 5×5 programmable LED display for graphics, text, and patterns. Buttons & Touch Input: Two programmable buttons and a touch-sensitive logo. Audio: Built-in microphone and speaker for sound and music projects. Sensors: Accelerometer, magnetometer (compass), temperature, and light level sensors for interactive experiments. Wireless Communication: Bluetooth 5.0 and 2.4 GHz radio for device-to-device interaction. Powerful Processor: Nordic nRF52833 ARM Cortex-M4 at 64 MHz with 512 KB Flash and 128 KB RAM. Edge Connector: 20-pin interface and 5 ring I/O pads for easy connection to accessories and electronics. Compact Design: Includes power switch, status LED, and low-power mode for battery saving. Accessibility & Versatility: Works with MakeCode, MicroPython, JavaScript, Scratch, and more – suitable for all skill levels. Plug-and-play design makes it quick to set up and start coding. Perfect for home learning, classrooms, STEM clubs, or creative projects on the go. Compact and portable, with everything you need in one kit. Educational Value: Perfect for hands-on STEM learning. Supported by the Micro:bit Educational Foundation with free coding tools, guides, and lesson plans. Encourages creativity across computing, science, art, music, and design. Ideal for engaging students and hobbyists in meaningful projects. Please note: the colours of board may vary.
The Arduino Student Kit is the ideal hands-on learning tool for students aged 11 and up, designed to teach the basics of electronics, programming, and coding. Whether you're a parent homeschooling your child, an educator teaching remotely, or a student eager to learn independently, this kit provides a structured yet flexible learning experience. With step-by-step lessons and engaging projects, students will gain a solid understanding of key concepts like current, voltage, and digital logic while building confidence in their skills. Key Features Comprehensive Learning: Step-by-step lessons on electronics, programming, and coding Hands-On Projects: Engaging exercises and open-ended projects to reinforce learning Flexible Learning Pace: Students can learn at their own pace, exploring real-world applications Curriculum-Aligned: Suitable for homeschooling or remote teaching with a focus on problem-solving and critical thinking Integrated Learning: Can be used across multiple subjects like physics, chemistry, and history Semester-Length Content: Enough material to cover an entire semester of lessons Self-Learning Friendly: No prior experience needed for both students and parents Digital Logbook: Students track their progress with a digital logbook as they work through the lessons Educational Support: Access to an online platform with guidance, answers, and tips for both educators and parents How Educators Can Use the Kit for Remote Teaching Educators can easily integrate the Arduino Student Kit into remote teaching by accessing the exclusive online platform. The kit provides everything needed for effective instruction, including: Nine 90-minute lessons Two open-ended projects Step-by-step teaching guidance Key answers, tips, and extension ideas for enhancing lessons A digital logbook to track student progress and provide valuable feedback How the Kit Helps Parents Homeschool Their Children The Arduino Student Kit is perfect for parents who want to homeschool their children without needing prior technical knowledge. The curriculum-aligned content ensures students stay on track with their learning while gaining confidence in electronics and programming. Parents can help their children develop critical thinking, problem-solving, and creativity skills as they work through the lessons and projects together. Self-Learning with the Arduino Student Kit Ideal for self-learners, the Arduino Student Kit enables students to explore programming, coding, and electronics at their own pace. With pre-written code and a glossary of concepts for reference, learners can build their skills with confidence, complete projects, and have fun in the process. Whether working through lessons independently or with a mentor, this kit provides all the tools needed for a successful self-learning journey.
Ignite your imagination and foster a love for building with the Makerzoid Diverse Building Blocks set. Enhanced with over 370 pieces, this versatile kit offers more than 100 official models, including cars, aircraft, Star Wars series, and the newly added Dancing Man series. Perfect for children aged 4 and up, it seamlessly blends fun and education for an engaging building experience. 100+ Creative Models in One Set Upgraded from standard fun blocks, the Diverse Building Blocks set includes over 370 pieces, enabling kids to construct more than 100 different models. From sleek cars and mighty aircraft to iconic Star Wars designs and the playful Dancing Man series, the possibilities for imaginative play are endless. Learning Through Fun Play This set combines learning with play, encouraging young children to develop focus, spatial awareness, and critical thinking skills. Through multi-dimensional construction, kids can explore basic physics concepts and the principles of gravity, making education an enjoyable and interactive experience. Toy Sharing & Teamwork With 370+ bricks, children can share building ideas and collaborate with others. Older kids can guide younger ones, fostering teamwork and cooperative play. This collaborative environment enhances social skills and makes building together a fun and rewarding activity. Ideal Gift for Kids Ages 4+ Looking for a fun and meaningful gift? The Makerzoid Diverse Building Blocks set is perfect for children aged 4 to 8. Suitable for both boys and girls, it's an excellent introduction to building and creativity, delighting young minds with its diverse and exciting models. Let the Makerzoid Diverse Building Blocks set inspire kids to learn, create, and share, offering endless possibilities for imaginative and educational play!
Take your child’s VinciBot experience to the next level with the MatataStudio Creator Kit, an exciting add-on expansion for the VinciBot robot. Designed for ages 8+, this kit includes over 434 building blocks and 20 activity cases, giving young engineers the tools to explore coding, robotics, and hands-on STEM learning in fun and creative ways. Kids can practice assembling structures, experimenting with connections, and learning by doing. Every block and component helps build practical STEM skills while keeping the learning playful and interactive. Encourage creative thinking by designing unique structures, combining blocks in new ways, and imagining how each creation can move or interact. This add-on turns simple building into a creative engineering experience. Explore motion, cause-and-effect, and programming logic as children add DC motors and moving components to their creations. The kit allows for dynamic behaviours that bring projects to life and extend coding experiments beyond the basics. The Creator Kit transforms VinciBot into a platform for endless innovation, helping kids build confidence in coding, engineering, and problem-solving while having hours of hands-on, imaginative fun.
Introduce young learners aged 4-9 to the world of coding with the MatataStudio Coding Set Pro Classroom Set — a hands-on, screen-free STEM learning solution designed for collaborative classrooms. This engaging kit lets students physically arrange coding blocks to program the MatataBot, completing fun challenges that teach sequencing, loops, conditions, and debugging, all while building problem-solving skills, logical thinking, and creativity. The classroom set includes multiple Coding Set Pro kits and teaching resources, making it easy for educators to run interactive coding lessons for groups of students. Through activities like robot navigation, storytelling challenges, and creative problem-solving tasks, learners explore coding in a fun, interactive way that integrates with math, art, and teamwork projects. Perfect for early STEM education, this set encourages collaboration, project-based learning, and a strong foundation in computational thinking. Key Features Screen-free coding using tactile coding blocks and simple symbols Designed for learners aged 4-9 to start coding with ease Learn core programming concepts including sequencing, loops, conditions, and debugging Hands-on STEM learning that develops logical thinking and problem-solving skills Collaborative classroom activities ideal for group learning Creative challenges combining coding with drawing, storytelling, and exploration Compatible with LEGO® bricks for expanded building and coding possibilities Structured learning resources with progressive challenge booklets
Bring the excitement of electronics and gaming together with the Snap Circuits Arcade - a hands-on STEM kit where kids build and play their own light, sound, and action-packed projects. Product Features: Build Over 200 Projects – Create exciting circuits that feature lights, sounds, and moving parts, including fully playable mini-games. Includes 30+ Snap-Together Parts – Components are colour-coded and numbered for quick, error-free assembly. Onboard Programmable Word Fan – Personalise messages and display them on a spinning LED fan. LED Display with Pre-Programmed Games – Features 13 fun games like a memory game, a whack-a-mole style challenge, and more. Full-Colour Instruction Manual – Easy-to-follow step-by-step guide that combines fun builds with clear learning outcomes. Teaches Real Electronics Concepts – Learn about resistors, capacitors, integrated circuits, light sensors, and switches while building your creations. Safe and Durable – Designed for repeated use, with no sharp edges or soldering needed. Packed with lights, sounds, and hands-on challenges, the Snap Circuits Arcade makes learning electronics as entertaining as it is educational. Note: Requires 3 × AA batteries (not included)
The Arduino® Sensor Kit - Base is a great starter kit for Makers who are new to electronics and programming. It simplifies the process of connecting and programming sensors and actuators through the Grove system, a modular and open-source toolset designed for easy assembly of electronics. This kit provides an excellent entry point for beginners to experiment with and understand various electronic components and their functionality. Key Features Grove Modular System: All components in the kit use Grove connectors, allowing for easy, quick connections without soldering. Just plug the components into the Base Shield to start building your projects. Base Shield: The Base Shield is designed to sit on top of an Arduino UNO board, providing 16 Grove connectors that extend the functionality of various pins. It includes: 7 digital connections 4 analog connections 4 I2C connections 1 UART connection 10 Grove Modules: The kit includes 10 essential Grove modules for various sensor and actuator applications: LED – Turn ON/OFF or dim an LED. Button – A pushbutton that can toggle between HIGH and LOW states. Potentiometer – A variable resistor to adjust resistance. Buzzer – A piezoelectric speaker that produces sound. Light Sensor – A photoresistor to measure light intensity. Sound Sensor – A microphone to measure sound vibrations. Air Pressure Sensor – Measures air pressure via I2C. Temperature and Humidity Sensor – Measures both temperature and humidity. Accelerometer – Detects movement and orientation. OLED Screen – Displays values or messages. 6 Grove Cables: These cables are included to connect the modules to the Base Shield, no soldering required. Software Arduino Sensor Kit Library: A set of easy-to-use libraries that offer functions for interacting with the modules. This includes libraries for sensors like the accelerometer, temperature sensor, air pressure sensor, and OLED screen. Learning Materials Online Platform Access: The kit comes with access to an online platform that provides detailed instructions for each lesson. The platform includes 10 lessons, each focused on one of the included modules. The lessons guide you through plug-and-play exercises to help you develop a deep understanding of how each module works and how to code for them. The LED The Button The Potentiometer The Buzzer The Light Sensor The Sound Sensor The Air Pressure Sensor The Temperature Sensor The Movement Sensor The OLED Screen What’s Not Included Arduino UNO Board: The kit does not include the Arduino UNO board, which is required to use the Base Shield and Grove modules. The Arduino Sensor Kit - Base is the perfect way to start learning about electronics and programming, offering a hands-on approach to building projects with minimal setup and wiring. It’s ideal for beginners looking to explore the world of sensors and actuators while learning to program with Arduino.
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