Robot tank kit with AI vision, LiDAR, and Python programming This modular robot tank kit combines machine vision, LiDAR sensing, and Python programmability to deliver a hands on platform for learning, prototyping, and small scale autonomy projects. Available in black and green. Key benefits Learn by doing: Integrates AI vision and LiDAR into a single kit so users can build and test perception driven behaviors without assembling separate sensor systems. Ready for development: Programmable in Python to speed up development, testing, and iteration using familiar tools and libraries. Practical autonomy: LiDAR provides reliable distance sensing for obstacle detection and mapping while vision enables object recognition and scene analysis. Modular and adaptable: Designed as a kit to allow , sensor placement changes, and hardware expansion for different project needs. Primary functions Vision based perception for object detection, tracking, and classification using onboard camera systems and AI models. LiDAR based distance sensing for obstacle avoidance, range finding, and simple mapping tasks. Software control and through Python programming for behavior scripting, data collection, and algorithm testing. Compatibility and use Programmable using standard Python development environments and libraries for robotics and machine vision. Designed to interface with common development workflows for education, hobby, and prototype applications. Color options: black and green. Physical and performance notes Tank style chassis provides stable movement over indoor surfaces and a platform for mounting sensors and electronics. Kit format supports hands on assembly and component replacement. Sensor combination balances vision and range sensing to enable robust perception in typical indoor use cases. Example applications Educational projects: Classroom or workshop use to teach robotics fundamentals, machine vision concepts, and Python programming through guided exercises and open ended projects. Prototype testing: Rapidly validate perception algorithms such as object detection, sensor fusion, and basic simultaneous localization and mapping on a mobile platform. Hobby and exploration: Home or makerspace projects that require a compact, programmable robot with both vision and distance sensing for tasks like line up and follow, obstacle navigation, and data logging. What you can expect A hands on kit that brings together AI vision, LiDAR, and programmable control in a tank style robot platform. Flexibility to software and hardware for education, development, or hobby projects. A practical tool to move from concept to working prototype while learning core skills in robotics and computer vision.