Style: Standard Kit Product overview An interactive quadruped robot designed for handson learning and experimentation in artificial intelligence and robotics. The AI Vision Quadruped Robot combines an AI vision system with a flexible leg linkage to deliver practical opportunities for studying machine vision, robot kinematics, and motion control in a kit format that supports assembly and modification. Key benefits Learn by doing: A ROS based platform provides a real development environment for machine vision, motion planning, and robot control. Ideal for students, hobbyists, and researchers who want to apply theory to a physical robot. Visual intelligence: First person vision enables AI tasks such as target tracking, face detection, and line following, so you can develop and test perception algorithms on realworld data. Versatile mobility: Advanced linkage in the leg design supports a wide range of gaits and maneuvers, from straightforward walking to negotiating uneven or complex terrain. and extensible: Delivered as a standard kit to assemble and adapt. The platform supports iterative improvements to hardware configurations and software stacks. Core features AI powered first person vision for real time perception tasks. Support for AI games and demonstrations including target tracking, face detection, and line following. Advanced leg linkage mechanism enabling varied movement patterns and improved terrain handling. ROS based software architecture for integration with common robotics tools and workflows. Typical applications Educational labs: Use in classroom exercises to teach ROS fundamentals, robot kinematics, and vision processing with direct hands on experience. Algorithm development: Prototype and evaluate perception and locomotion algorithms, including real time target tracking and adaptive gait control on physical hardware. Interactive demonstrations and workshops: Run controlled AI games and demos such as face detection, line following, and target tracking to illustrate robotics concepts. What you need to know Style is Standard Kit, intended for assembly and experimentation. Platform is ROS based for compatibility with standard robotics development tools. Primary functions include first person vision, AI perception tasks, and flexible quadruped locomotion. Designed for hobbyists, learners, and researchers seeking a practical, modifiable robot platform for exploration and development. This quadruped robot provides a practical bridge between theory and practice, letting users build, program, and test vision driven behaviors and locomotion strategies on a physical robot.