UGOT is a versatile educational robotics kit designed to help students explore AI and robotics. It features a powerful computing system equipped with a quad-core processor, independent NPU and GPU, offering 1TOPS(1 trillion calculations per second) of computing power for complex algorithms and recognition of images, gestures and objects. For example, in the process of autonomous driving, it can simultaneously recognize vehicles, pedestrians and traffic signs, greatly improving students’ experience in learning and applying AI. UGOT has 7 different transformation modes, allowing for flexible robot variants. These modes include vehicle forms: self-balancing car, transforming car, mecanum wheeled car, mechanized vehicle, wheeled and legged robot; and biomimetic forms: spider robot, quadruped robot. This multi-mimetic transformation design allows UGOT to have a wider range of applications in classroom scenarios and richer functionality The complete package includes motors, sensors, sensors, microphone, 720p camera and a large 2600mAh battery, providing up to 2.5 hours of continuous operation. The platform supports connection to Arduino and Raspberry Pi for open source development Extensive collection of AI algorithms and applications: Motion (7+ algorithms): self-balancing vehicle, quadcopter motion algorithm, robotic arm arm Speech (6+ algorithms): 360° voice recognition, natural language processing (NLP) Vision (17+ algorithms): face recognition, QR code, pose, color, sign recognition UGOT provides personalized programming experiences based on the user’s skills and learning stage. For beginners, UGOT offers an intuitive graphical programming interface that allows users to quickly grasp the basics of AI through drag-and-drop block code, without having to delve into complex programming languages. As users’ skills improve, UGOT also supports more advanced Python programming, allowing students with strong foundations to write and execute more complex and powerful AI algorithms