Hexapod AI Robotic Explorer is a sixlegged programmable robot platform built for learning, development, and handson experimentation. Powered by a Raspberry Pi 4B 4GB board, it combines robust processing with precise motion control and firstperson vision to support education, prototyping, and advanced hobby projects. Why this robot matters Learn and prototype faster: Builtin inverse kinematic algorithm and programmable motion controls reduce lowlevel setup, so you can focus on AI, vision, and higherlevel behaviors. See and interact in real time: HD camera provides firstperson vision for immersive testing, visual picking, and AIdriven tasks. Extend and : Python support and abundant tutorials with opensource code lower the barrier to secondary development and sensor integration. Ready for multiuser and interactive scenarios: Faceactivation and group control enable classroom demonstrations, team experiments, and coordinated multirobot tests. Key features and benefits performance compute: Uses a Raspberry Pi 4B 4GB board for stable, responsive performance during development and runtime. Precise legged locomotion: Inverse kinematics improves stability and accuracy for walking, turning, and targeted positioning. Smart robotic arm: Manipulate small objects and execute visual picking tasks with programmable control. HD camera with firstperson view: Stream video for remote operation, recording, or computer vision projects. Python programmable and opensource: Full support for Python development plus tutorials and example projects to accelerate learning. Multiple interaction modes: Dual control methods and builtin games such as target tracking and smart carrier demonstrate practical uses and provide starting points for . Educational resources: Sample lessons and code make the platform suitable for classroom use and instructorled workshops. Practical use scenarios Classroom lab: Teach inverse kinematics, robot sensing, and Pythonbased AI through handson exercises and group projects. Home development: Build and test visual picking routines, object tracking, and custom behaviors for projects and research prototypes. Workshop or makerspace: Run collaborative experiments, multirobot coordination demos, and sensor integration projects with accessible tutorials and opensource examples. Suitable audiences Students learning robotics and computer vision Hobbyists and makers building custom robotic applications Educators and trainers designing handson curricula Developers prototyping AIdriven sensing and manipulation The Hexapod AI Robotic Explorer offers a flexible, programmable platform with the processing power, perception, and motion control needed to move quickly from concept to working prototype without excessive setup time.