AI Vision Robot Tank Kit with LiDAR and Python Programming, Black and Green Overview A modular robot tank kit that combines AI vision and LiDAR sensing with Python programmability. Designed for handson learning, prototype development, and robotics experiments, the kit provides core sensing and control capabilities in a compact tracked platform. Key benefits Learn and deploy quickly: Programmable with Python for direct control of sensors, actuators, and perception algorithms. Ideal for learners and developers who prefer codefirst development. Reliable perception and navigation: Integrated AI vision and LiDAR enable obstacle detection, object recognition, and environment scanning for more capable autonomous behavior. Practical platform for experimentation: The tracked tank form factor offers stable movement on indoor surfaces and simple integration of perception, control, and motion. Modular and extensible: Kit format supports iterative builds and upgrades without locking you into a single configuration. Core functions and attributes Function: Visionbased perception, LiDAR sensing for distance measurements and mapping, motorized tracked drive for mobility, and Python programmability for custom behaviors. Compatibility: Programmable in Python and compatible with standard Python development environments for robotics and computer vision work. Form factor and size: Tracked tank design provides stability and predictable motion for indoor testing and demonstrations. Material and build: Kit includes hardware components suitable for assembly into a working robot tank platform. Performance: Combines realtime vision input and LiDAR data for improved obstacle awareness and environment interaction. What makes it stand out Combined sensing: Having both AI vision and LiDAR on one platform reduces blind spots and enables richer perception than visiononly or LiDARonly setups. Codefirst : Python support lets users implement custom algorithms, integrate machine learning models, and tune behavior without lowlevel firmware changes. Learning to prototyping path: Serves both educational needs and rapid prototyping for hobby or research projects. Typical applications Classroom and workshops: Teach robotics, computer vision, sensor fusion, and Python programming through handson assembly and projects. Research and prototyping: Test perception and navigation algorithms, prototype autonomous behaviors, and evaluate sensor fusion strategies on a mobile platform. Demonstrations and outreach: Build interactive demos for obstacle avoidance, object tracking, and basic mapping using the tank platform. What you can build and test Autonomous obstacleavoiding rover that uses LiDAR for distance sensing and vision for object recognition. Visionguided navigation routines that follow specific markers or colors while using LiDAR to maintain safe distances. Environment scanning and basic mapping demonstrations that combine LiDAR scans with camera imagery for richer maps. Who this is for Students and educators looking for a handson robotics kit with modern sensors. Hobbyists and makers who want a programmable platform for vision and LiDAR projects. Developers and researchers needing a compact testbed for sensor fusion and Pythonbased control experiments. Contents and requirements Kit format with integrated AI vision and LiDAR modules and a tracked chassis for assembly. Requires a host system or controller that supports Python programming and the development tools and power source. How it helps solve common problems Reduces complexity of setting up multisensor projects by supplying an integrated platform. Shortens development time for perceptiondriven behaviors by providing ready sensors and Python access. Offers a stable, mobile base for testing algorithms that need both visual context and accurate distance measurements. considerations This is a kit intended for assembly and programming. Users should be comfortable with basic hardware assembly and Python development. Verify compatibility with your preferred Python development environment and controller before beginning advanced integrations. This robot tank kit provides a compact, programmable foundation to learn, prototype, and demonstrate vision and LiDAR driven robotics in a single modular platform in Black and Green.