The micro:bit V2.0 is a compact educational tool for coding, equipped with advanced features like a microphone, speaker, touch logo, and power-saving mode.

An AI coding board for STEM education, featuring vision AI, voice control, TinyML, and IoT. Includes a 2.8" screen, Wi-Fi/Bluetooth, and sensor suite.

Choose the HUSKYLENS for button-based learning and its built-in vision algorithms. You can teach and view recognition results on the device; making a robot react to those results still requires a controller and application code. Check the supported tag format before using this module for a code-reading project.

The Maqueen Lite V5 STEM Robot offers easy setup, robust motors, and multitasking capabilities for teaching coding, IoT, and automation.

A pocket-sized microcontroller for beginners to learn coding and electronics. Includes 8 modules for sound, light, and motion interaction.

The BOSON AI Barnyard Kit is a micro:bit-based AI Vision & Barnyard Automation Kit specifically designed for students in Grades 3–5 . It is a zero-code AI kit that deeply integrates AI machine vision with micro:bit learning within an immersive "Smart Barnyard" thematic scenario, helping students explore real-world AI through hands-on building and guided projects.

Designed for CS and AI education, the Smart Home Kit works with UNIHIKER K10 to guide students through 12 hands-on projects involving sensing, decision logic, automated control, and intelligent home applications.

A hands-on CS & AI learning kit for students to build, code, and automate 12 smart farming projects using UNIHIKER K10 and Mind+

An educational coding kit for micro:bit and UNIHIKER designed to teach environmental science.

he BOSON Hydroponics Kit is a smart, automated growing system compatible with micro:bit and UNIHIKER K10 designed to control all aspects of plant maintenance and growth.

Designed for CS and AI education, the Smart City Kit works with UNIHIKER K10 to help students explore AI recognition, model training, decision logic, and responsible system design through 12 real-world city projects.

Designed for CS and AI project-based learning, the Smart City Map Kit provides maps, cards, stands, and building blocks for students to explore route planning, system coordination, and cross-kit smart city challenges.

The BOSON Drip Irrigation Kit is a hands-on STEM educational kit that teaches automated agriculture and water conservation using micro:bit or UNIHIKER K10.

The BOSON Coral Reef Kit is a hands-on STEM educational kit that uses a waterproof temperature sensor with a micro:bit or UNIHIKER K10 to explore marine ecosystems and simulate coral bleaching.

The BOSON Composting Tumbler Kit is a hands-on STEM educational tool that teaches waste reduction and the circular economy using temperature and humidity sensors with micro:bit or UNIHIKER K10.

The BOSON Wind Energy Kit is a hands-on STEM educational kit that teaches renewable energy and power management using a micro:bit or UNIHIKER K10.

A structural expansion kit with 20+ parts and dual metal-gear servos, enabling endless robot builds and advanced hands-on learning.

This beginner-friendly kit includes 15 Boson modules for 3 no-code logic projects and 12 programming activities, helping young learners transition from hands-on electronics to graphical coding with micro:bit.

An AI starter kit designed for primary and secondary students to explore core AI concepts like machine learning and computer vision through intuitive block-based programming.

The Boson AI Starter Kit for micro:bit offers hands-on AI learning with the NeurOne module, sensors, actuators, and project cards—ideal for K–12 education.

Boson Creativity Kit enables coding-free, plug-and-play STEAM projects with 17 hands-on lessons and cardboard building—no computer or controller needed.

The Inventor Kit offers coding-free modules for young inventors, incorporating magnets and LEGO compatibility. It includes 37 modules and 12 activity cards.

A science kit combines physical science and engineering design with 7 experiments and 5 projects, using light, sound, and motion modules.

A digital science kit for young scientists, including 8 sensors for STEM exploration, a plug-and-play monitor, and activity cards. Suitable for IoT projects.