Style: Standard Kit Product overview The AI Vision Quadruped Robot is a programmable quadruped platform designed for handson learning and experimentation in robotics and artificial intelligence. Combining firstperson AI vision with a sophisticated leg linkage mechanism, this kit delivers an interactive experience that supports learning, prototyping, and recreational use. Key benefits Learn practical robotics and AI: Built on the ROS robot operating system, the platform provides realworld experience in machine vision, robot kinematics, and robot control. Interactive AI capabilities: Firstperson vision enables AIdriven behaviors such as target tracking, face detection, and line following for immediate, visible results. Realistic movement and terrain handling: The advanced linkage mechanism in the legs supports a wide range of gaits and maneuvers, from simple walking to negotiating uneven surfaces. Kit format for experimentation: Delivered as a standard kit, the robot is suitable for assembly, , and iterative development by hobbyists and students. Core functions and performance AIpowered vision: Firstperson camera feed and onboard vision processing allow the robot to participate in AI games and perception tasks in real time. Flexible locomotion: Multijoint leg linkages support variable gait patterns and adaptive motion strategies for improved mobility. Educational software base: ROS compatibility makes it straightforward to integrate common robotics libraries, simulation tools, and development workflows. Interactive applications: Preconfigured behaviors and sensors enable rapid testing of algorithms and userdriven interactions. Compatibility and expandability Software: Compatible with the ROS ecosystem, facilitating use of existing node libraries, visualization tools, and simulation environments. Hardware: Standard kit format allows for component replacement and upgrades to suit learning or research needs. Practical use scenarios 1. Classroom and workshops: Use the kit as a lab platform to teach concepts in machine vision, robot kinematics, and autonomous behaviors with handson exercises and demonstrations. 2. Research and prototyping: Prototype perception and control algorithms such as target tracking or gait optimization, then validate them on a physical quadruped platform. 3. Hobby projects and demonstrations: Develop interactive AI games, face detection interactions, or linefollowing challenges for public demos or home projects. What it solves Bridges theory and practice by providing a physical platform to test AI and robotics concepts. Reduces development time by offering ROSbased software integration and builtin vision behaviors. Offers a flexible learning environment for both beginners and intermediate users seeking practical experience. Who should choose this product Hobbyists and makers interested in robotics and AI. Students and educators seeking a handson teaching platform for machine vision and kinematics. Developers and researchers needing a compact quadruped for algorithm testing and prototyping. Contents and style Style: Standard Kit for assembly and . Core components: Firstperson vision system, multilink leg mechanism, ROScompatible control stack. The AI Vision Quadruped Robot provides a practical, extensible platform to explore AI vision, locomotion, and robot control through direct interaction and development.