Style: Advanced Kit AI Vision Quadruped Robot Overview Step into advanced robotics with this quadruped platform designed for handson learning and experimentation. The Advanced Kit combines AI vision, flexible locomotion, and a ROS based software platform to provide a practical environment for exploring machine vision, robot kinematics, and autonomous behaviors. Key benefits Learn by doing: A full kit suited for hobbyists, students, and developers who want direct experience with robotics hardware and ROS based software. Rapid prototyping and testing: Built for implementing and validating vision algorithms such as target tracking, face detection, and line following using first person vision. Realistic locomotion: Advanced leg linkage enables a range of gaits and the ability to handle varied terrain, allowing kinematics and gait optimization experiments. Core features AI powered vision: First person camera enables vision driven behaviors and interactive AI games including target tracking, face detection, and line following. Flexible movement system: Advanced leg linkage mechanism supports multiple movement patterns from basic walking to navigating uneven surfaces. Educational platform: Based on the robot operating system ROS, the kit supports learning and development in machine vision, motion planning, and robot kinematics. Modular kit format: Delivered as an advanced kit suitable for assembly, modification, and expansion for custom sensors or control modules. Interactive and programmable: Designed for real time control and algorithm deployment for research, teaching, or hobby projects. Compatibility and performance Software compatibility: Works with ROS based toolchains for simulation, perception, and control workflows. Performance characteristics: Offers stable, articulated locomotion and responsive vision driven behaviors suitable for indoor and moderate outdoor testing. Expandability: Modular design accommodates additional sensors or payloads for extended experiments. Use scenarios Classroom lab: Teach practical robotics topics by having students assemble the kit, run vision demos, and develop ROS based exercises in perception and kinematics. Research and prototyping: Rapidly test computer vision algorithms and gait strategies using the platform as a mobile testbed for algorithm validation. Hobbyist development and competitions: Program autonomous behaviors, develop interactive AI games, or use the robot for demonstrations and maker projects. What you get An advanced kit style quadruped robot with first person vision capabilities and an articulated leg mechanism. A ROS based software foundation for developing vision, control, and kinematics applications. A platform intended for learning, experimentation, and practical robotics development. This Advanced Kit AI Vision Quadruped Robot provides a practical, extensible platform for anyone looking to deepen their understanding of AI driven robotics without sacrificing real world capability.