Advanced Kit AI Vision Quadruped Robot Overview Step into advanced robotics with the AI Vision Quadruped Robot Advanced Kit. Designed for hobbyists, learners, and researchers, this interactive quadruped combines AI vision and a sophisticated leg linkage system to deliver handson experience in machine vision, robot kinematics, and realworld movement control. Key benefits Practical learning platform for robotics and AI: built around the Robot Operating System ROS, the kit supports development and experimentation in vision processing, control algorithms, and motion planning. Interactive AI vision: firstperson vision enables AIdriven behaviors such as target tracking, face detection, and line following, making algorithm testing intuitive and immediate. Realistic and capable mobility: an advanced linkage mechanism in the legs provides stable, flexible movement for walking and negotiating more complex terrain, so control strategies can be evaluated in realistic scenarios. Modular and educational: the Advanced Kit format encourages handson assembly and code modification, promoting deeper understanding of hardware and software integration. Features and compatibility AIpowered firstperson vision for visionbased games and experiments, including target tracking, face detection, and line following. Advanced leg linkage mechanism for a range of gaits and movement patterns, from basic walking to adaptive locomotion on uneven surfaces. ROSbased architecture for compatibility with common robotics tools and workflows, making it suitable for integration with ROS packages and vision libraries. Designed for handson learning and development; software and hardware interfaces expose sensors, actuators, and control loops for experimentation. Performance and functions Responsive visiondriven behaviors for interactive applications and research tests. Flexible leg mechanics that support varied gait implementation and kinematic study. Educational focus that balances accessible operation with advanced capability for algorithm development. Use scenarios University lab or course project: use the kit to teach or evaluate machine vision techniques, kinematics, and control systems within a ROS curriculum. Hobbyist development and prototyping: experiment with face detection, target tracking, or line following to develop custom behaviors and control algorithms. Demonstrations and workshops: showcase visionbased autonomy and legged locomotion in handson workshops or technical demonstrations. Who it is for Suitable for hobbyists, students, educators, and researchers seeking a ROScompatible, visionenabled quadruped platform for learning, prototyping, and experimentation in robotics and artificial intelligence. For detailed technical specifications such as dimensions, materials, and exact software requirements, please refer to the product specification sheet included with the Advanced Kit.