Modular AI vision robot tank kit with LiDAR and Python programming, available in black or green What it does Combines an AI vision system and LiDAR on a tankstyle tracked chassis to enable autonomous sensing, navigation, and object detection. Ships as a handson kit for assembly and , letting users build a programmable ground robot suited to learning, prototyping, and hobby projects. Programmable with Python to develop and test custom algorithms for vision, mapping, path planning, and autonomous behaviors. Key benefits Learn practical robotics skills by assembling and programming a complete sensing and mobility platform. Improve realworld navigation and obstacle avoidance using LiDAR distance sensing together with camerabased AI vision. Rapidly prototype custom behaviors and experiments using Python, a familiar language for students, makers, and developers. Tracked chassis design increases stability on uneven surfaces and improves traction for indoor and light outdoor testing. Available in black or green to match project aesthetics or classroom grouping. Important attributes Function: AI vision for object detection and tracking, LiDAR for distance measurement and mapping, tracked drive for mobility, and Python programmability for control and algorithm development. Compatibility: Designed for Pythonbased development and integration with standard robotics workflows and software tools that accept camera and LiDAR inputs. Form factor: Kit format that assembles into a compact, tabletopcapable robot suitable for classroom benches, lab desks, and small test areas. Construction and performance: Robust, modular components engineered for repeated assembly and iterative development; sensor suite supports realtime sensing for navigation and mapping tasks. Typical use scenarios Classroom and workshops: Teach robotics, computer vision, and autonomous navigation with a tangible platform students assemble and program in Python. Research and prototyping: Test mapping, SLAM, and obstacle avoidance algorithms using combined LiDAR and camera data on a mobile tracked base. Hobby and maker projects: Build patrol, inspection, or interactive demos that rely on visionbased recognition and LiDARbased distance control. Why choose this kit Practical, handson platform that brings together sensing, mobility, and software flexibility without requiring specialist hardware knowledge. Focused on repeatable learning and rapid iteration through Python control and modular hardware. Clear upgrade path for adding custom sensors, actuators, or software modules while keeping the core vision and LiDAR capabilities. Includes Tracked robot chassis kit with assembly hardware Onboard camera for AI vision functions LiDAR sensor for distance sensing and mapping Interfaces for Python programming and control Notes Kit requires basic assembly and programming. Suitable for hobbyists, educators, and developers who want a programmable mobile robot with integrated vision and LiDAR sensing.