Description

Category	Specification
Product Name	UBTECH uKit Explore
Type	Multi-form AI Education Robot
Target Age / Grade	Upper primary to junior secondary / Middle school levels
Controller	Arduino-compatible microcontroller
Programming Support	uCode (graphical & C++), Arduino IDE compatibility
Software	uCode web-based platform (drag & drop + code view)
Components Included	1000+ building pieces (est.)
Servo Motors	16 servos
DC Motors	2 DC motors
Sensors	Grayscale, infrared, ultrasonic, touch sensors (typical set)
LED / Output Modules	LED lights, Bluetooth speaker
Connectivity	USB & Bluetooth support (for uCode / Arduino programs)
Build Models	30+ official robot builds (varies by curriculum)
Curriculum Hours	~54–68+ hours (depending on implementation)
Educational Use	AI, IoT, robotics, circuits, programming projects
Recommended Students per Kit	2–4 students STEMfinity
Storage / Sorting Tray	Included in kit (varies by seller)
Compatibility	Chromebooks, laptops, desktops with USB (for uCode/Arduino)
Build Platforms	uCode environment + Arduino IDE
Languages Supported	Blockly, C/C++

uKit Explore—Multi-Form AI Education Robot

 

uKit Explore is a powerful, multi-form AI education robot built to inspire upper primary and junior secondary students through hands-on learning. Designed to make advanced technology approachable, it empowers students to actively build, code, and experiment with real-world robotics concepts.

Powered by the uKit Explore controller and fully compatible with the Arduino programming environment, this platform encourages learners to move confidently from visual coding to real programming logic. With support for a wide range of sensors and actuators, students can create intelligent, interactive models that respond to their environment.

When combined with UBTECH’s modular structural blocks, uKit Explore unlocks endless possibilities for creative model building and engineering design. Paired with the intuitive uCode software, the platform makes it easy to explore artificial intelligence, IoT, and automation concepts through practical, project-based learning.

uKit Explore transforms classrooms into innovation labs, helping students develop problem-solving skills, computational thinking, and a strong foundation in future-ready technologies.

Abundant Components for Versatile Robot Building

uKit Explore offers a rich collection of components that bring robot building to life. With compatibility for more than ten electronic sensors and actuators, along with dozens of durable structural parts, students gain the freedom to design and build a wide variety of intelligent robots.

The smart snap-fit and pin-connection design makes assembly quick and intuitive, allowing learners to focus on creativity rather than complexity. As students experiment, build, and rebuild, they naturally strengthen their hands-on skills, problem-solving abilities, and engineering confidence.

This flexible, component-rich system encourages active exploration and innovation, helping students turn ideas into functional robotic creations while developing essential STEM and robotics skills.

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uCode Programming Platform Connecting Virtual and Real Worlds

The uCode programming platform bridges the gap between imagination and reality by turning digital ideas into real, working robots. With uCode, students take full control of their creations and see how cutting-edge technologies operate in real-life scenarios. This immersive, hands-on experience strengthens programming logic, boosts creativity, and builds strong practical skills through active learning.

Multiple Programming Languages from Beginner to Advanced Levels

uCode supports a smooth learning journey from beginner to advanced programming. Students can start with intuitive graphical, block-based coding to control uKit Explore, then easily view and understand the corresponding C++ code behind each block. This seamless transition helps learners build confidence as they progress to text-based programming.

By combining powerful software with intelligent hardware, uCode transforms abstract code into visible actions. Programming becomes dynamic and engaging, allowing students to bring their ideas to life while developing essential coding, AI, and robotics skills.

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Get Started with AIoT and Explore Cutting-Edge Technologies

uKit Explore opens the door to AI and AIoT learning by enabling seamless communication between multiple controllers. This powerful interaction helps students clearly understand how intelligent systems work together in real-world applications.

With hands-on experimentation, learners can build exciting projects such as motion-imitation robots, smart home solutions, and intelligent transportation systems. By designing, programming, and connecting devices, students actively experience how AI and AIoT technologies shape modern life.

uKit Explore turns advanced concepts into practical learning experiences, encouraging inn

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Courses Designed for AIoT Education

uKit Explore is supported by a well-structured AIoT curriculum developed around real educational needs and classroom insights. Designed specifically for upper primary and junior secondary students, the curriculum follows a scientific and systematic approach that makes complex technologies easy to understand and engaging to learn.

Powered by UBTECH’s self-developed uCode platform, students progress step by step from introductory concepts to advanced applications. They actively learn programming, robotics, artificial intelligence, IoT, and related technologies through hands-on projects and real-world problem solving.

This carefully designed learning pathway builds strong technical foundations, encourages independent thinking, and helps students develop future-ready AIoT skills in a practical, student-friendly way.

  

 

Authoritative Competitions That Promote Applied Learning

UBTECH supports applied AI learning through high-impact, authoritative robotics competitions that challenge students to turn knowledge into action. The UBTECH Robot Competition (URC), recognized by the Institute of Electrical and Electronics Engineers (IEEE), provides a professional platform where young learners apply AI theories through real-world problem solving and competitive challenges.

Programs such as Smart Factory and Smart Logistics use uKit Explore as the official competition hardware, allowing students to design, program, and optimize intelligent systems in practical scenarios. Through these competitions, learners strengthen technical skills, teamwork, and innovation while gaining valuable experience in applied AI and robotics.