Style: Standard Kit Overview The AI Vision Quadruped Robot is a programmable fourlegged platform designed for handson learning and development in robotics and machine vision. It combines firstperson vision with articulated leg linkages to support experimentation in perception, locomotion, and control using ROS. Key benefits Practical learning platform: Built around the Robot Operating System, the kit enables development and testing of machine vision, robot kinematics, and motion control workflows. Realistic perception: Firstperson vision supports tasks such as target tracking, face detection, and line following for interactive AI projects. Versatile locomotion: An advanced linkage mechanism in the legs allows multiple gaits and improves the robot ability to handle varied terrain for testing navigation and control algorithms. Ideal for hobbyists and students: Provides a compact, interactive environment to prototype algorithms and learn robotics concepts without largescale equipment. Features AIpowered firstperson vision for perceptiondriven behaviors and AI games ROSbased software compatibility for integration with common robotics tools and libraries Articulated leg design supporting flexible movement patterns from simple walking to negotiating uneven surfaces Designed as an educational and experimental platform for machine vision, kinematics, and control Typical applications Academic projects: Use in university labs or technical courses to demonstrate and experiment with ROS, vision processing, and gait generation. Hobbyist development: Prototype AI behaviors, build interactive demonstrations like tracking and line following, and iterate on locomotion controllers. Research and testing: Validate perceptiontoaction pipelines where onboard vision and legged mobility are required. What you can expect This Standard Kit provides a working quadruped platform with onboard vision and leg linkage mechanics suitable for software development and hardware experimentation. It is intended for users comfortable with ROS and basic robotics development who want a handson tool to explore perception, kinematics, and legged locomotion. Compatibility and requirements ROS compatible for software development and integration Recommended for users familiar with programming and basic robotics concepts Notes The description reflects the kit functionality and intended use as an educational and experimental quadruped robot with AI vision and flexible locomotion.