AI Vision Quadruped Robot Advanced Kit Overview Step into advanced robotics with this interactive quadruped platform designed for handson learning and experimentation. Combining AI vision, flexible locomotion, and a ROS based development environment, this kit is ideal for hobbyists, students, and developers exploring machine vision, robot kinematics, and autonomous behaviors. Key benefits Learn by doing: A ROS based platform provides realworld exposure to robot operating system workflows, machine vision pipelines, and control algorithms. Practical AI vision: Firstperson vision enables target tracking, face detection, and line following so you can implement and test vision driven behaviors. Realistic locomotion: An advanced linkage mechanism in the legs supports varied gaits and the ability to navigate uneven surfaces, letting you study gait design and terrain adaptation. Extensible and : The kit format encourages modification and experimentation for curriculum projects, prototypes, and research. Main features AI powered firstperson camera for vision tasks such as target tracking, face detection, and line following. Advanced leg linkage for multiple movement patterns, from basic walking to more complex terrain traversal. ROS compatible educational platform for teaching and developing machine vision, robot kinematics, motion planning, and control. Modular kit structure for assembly, upgrades, and component replacement. Compatibility and performance Works with ROS based tools and common robotics development workflows. Designed for responsive control and realtime vision experiments. Suitable for integration with external sensors and algorithm libraries used in academic and hobbyist projects. Use scenarios Classroom or lab exercises for teaching ROS, robot kinematics, and vision based control. Hobbyist projects creating AI driven games and demos such as target tracking, face recognition interactions, and line following challenges. Prototype testing of navigation and gait control algorithms across varied surfaces and obstacles. This Advanced Kit provides a practical, handson environment for learning and developing robotics and AI vision skills without unnecessary complexity.