Style: Standard Kit Overview Step into practical AI and robotics with the AI Vision Quadruped Robot. This interactive quadruped combines firstperson vision and advanced leg linkage to deliver a handson platform for learning machine vision, robot kinematics, and autonomous behaviors. It is designed for hobbyists, students, and developers who want a compact, programmable robot for experimentation and skill building. Key benefits Learn by doing: Designed as an educational kit based on the Robot Operating System ROS, it supports development of real machine vision and control algorithms. Realworld AI tasks: Firstperson vision enables target tracking, face detection, and line following, so you can test and refine AI models on a moving platform. Versatile locomotion: An advanced linkage mechanism in the legs provides stable, flexible movement for simple walking and more complex terrain navigation. Development and prototyping: A practical bridge between simulation and hardware, helping you validate perception and kinematics code on an actual quadruped. Core features AI powered vision: Firstperson camera view optimized for vision based behaviors and interactive AI games. Movement system: Multijoint linkage legs deliver a range of gaits and posture adjustments for navigation and obstacle negotiation. Educational platform compatibility: Built around ROS for integration with common robot frameworks, tools, and learning resources. Standard Kit format: Supplied as a kit for assembly and , suitable for handson learning and iterative development. Practical applications Classroom and workshop instruction: Use the robot to teach ROS basics, machine vision pipelines, and inverse kinematics in lab sessions. Hobbyist research and development: Prototype perception algorithms, experiment with gait control, and benchmark tracking or line following routines on hardware. Demonstrations and competitions: Showcase face detection, target tracking, or autonomous navigation behaviors in public demos, meetups, or student contests. What you will get and who it is for The Standard Kit version is intended for learners and makers who want an open, programmable platform rather than a finished consumer toy. It supports handson assembly, coding, and iterative testing while exposing key robotic concepts in a tangible way. This quadruped is a practical tool for building robotics skills, validating AI vision approaches on a mobile platform, and exploring multijoint locomotion in a compact, programmable package.