Advanced Kit AI Vision Quadruped Robot Bring handson robotics and machine vision into your workspace with this Advanced Kit quadruped robot. Designed for hobbyists and learners, it combines AIpowered vision and a flexible leg linkage to deliver an interactive platform for exploration, prototyping, and education. Key benefits Learn by doing: a kitbased platform that bridges theory and practice in robotics, machine vision, and robot kinematics. Ready for AI tasks: firstperson vision enables practical AI experiments such as target tracking, face detection, and line following. Realistic locomotion: an advanced linkage mechanism in the legs supports a range of gaits and lets the robot handle uneven surfaces and simple obstacles. Open, extensible platform: built on the Robot Operating System for direct use with common ROS tools, algorithms, and development workflows. Core features AIpowered firstperson vision for visionbased gameplay and research. Support for AI game modes including target tracking, face detection, and line following. Advanced leg linkage for flexible movements from basic walking to navigation across varied terrain. ROS based educational platform for learning machine vision, kinematics, and robot control. Compatibility and use ROS compatible for integration with standard ROS packages, simulation tools, and development environments. Kit format with modular parts that encourage assembly, , and iterative development. Compact and workstationfriendly design suitable for desktop labs, makerspaces, and home workshops. Typical applications Educational labs and coursework: teach ROS, vision algorithms, and kinematics with a tangible robot platform. Hobbyist prototyping: develop and test AI behaviors, custom gait controllers, and visionbased interactions. Demonstrations and outreach: use interactive AI games and responsive motion to showcase robotics concepts. Who this is for Budding engineers, students, and hobbyists who want a practical, programmable robot to learn and experiment with AI vision and locomotion.