Style: Advanced Kit Overview Explore advanced robotics and artificial intelligence with the AI Vision Quadruped Robot. Designed for hobbyists, students, and developers, this interactive quadruped combines AI vision and articulated leg mechanics to deliver a handson learning platform for machine vision, robot kinematics, and motion control. Key benefits Learn by doing: A practical platform for studying ROS based robotics, machine vision algorithms, and kinematic control in real hardware. Bridge theory and practice: Run vision tasks such as target tracking, face detection, and line following with firstperson vision to validate algorithms in real time. Flexible experimentation: Advanced leg linkage provides a wide range of movements, enabling testing of gaits and navigation strategies on varied surfaces. Developer friendly: Suitable for projects where prototyping, algorithm tuning, and interactive demonstrations are required. Core features AI powered firstperson vision optimized for AI games and vision exercises including target tracking, face detection, and line following. Advanced linkage mechanism in the legs for flexible movement, supporting simple walking as well as traversal of more complex terrain. ROS based educational platform for learning robot operating system workflows, sensor integration, perception pipelines, and kinematic modeling. Interactive and modular design that supports iterative development and handson experimentation. Compatibility and use Compatible with ROS based software and typical machine vision toolchains used in robotics education and research. Intended as an educational and research kit for hobbyists, students, and developers. Practical applications Classroom and lab learning: Use the robot to demonstrate machine vision concepts, ROS workflows, and inverse kinematics during courses or workshops. Research and development: Prototype perception and gait algorithms, validate control strategies, and collect realworld sensor data for algorithm refinement. Demonstrations and competitions: Implement tracking, face detection, and line following behaviors for live demos, robotics challenges, or maker events. What it delivers A focused, handson platform that brings AI vision and articulated quadruped motion into a single kit. It supports practical learning, rapid prototyping, and interactive testing without adding unnecessary complexity.