AI Vision Robot Tank Kit Overview A complete robotics kit that brings together vision, sensing, and programmable control for handson learning and development. Designed for hobbyists, educators, and professionals, this kit supports Python and ROS workflows and delivers realworld simulation and control options. Key benefits Learn practical Python and ROS robotics workflows through direct application and modification. Develop reliable autonomous behaviors using SLAM lidar and depth sensing for mapping and obstacle avoidance. Prototype manipulation and simulation tasks with ROS toolboxes such as Rviz, Movelt, and Qt. Flexible control options let you switch between mobile app remote control, handle control for FPV effects, and JupyterLab online programming. Durable crawler platform built from green aluminum alloy oxide for stable performance across varied surfaces. Main features Robust crawler chassis: green aluminum alloy oxide construction for a lightweight yet sturdy frame and a sleek appearance. Advanced sensing: SLAM lidar for mapping and localization, plus HD and depth cameras for vision and perception tasks. Powerful actuation: torque gear motors provide strong, controllable movement for navigation and payload support. Expansion and control hardware: integrated robot expansion board for peripherals, sensors, and actuator control. Software and integration: supports Python and ROS. Compatible with Rviz, Movelt, and Qt toolboxes for robotic arm control and realworld simulation. Crossplatform operation: control via mobile app, use handle control for FPV operation, or program and test algorithms in JupyterLab online. Practical applications Autonomous navigation and mapping Use the SLAM lidar and depth camera to build and test mapping and path planning algorithms for indoor exploration or obstaclerich environments. Manipulation research and simulation Combine ROS toolboxes with the kit hardware to prototype robotic arm control, run simulations in Rviz, and refine motion planning workflows. Education and prototyping Ideal for classroom labs, workshops, and maker projects where students learn Python programming, sensor integration, and systemlevel robotics design while using FPV and mobile controls for demonstrations. What you get Crawler platform with green aluminum alloy oxide chassis SLAM lidar, HD camera, depth camera torque gear motors Robot expansion board for sensor and actuator interfacing Software support for Python, ROS, Rviz, Movelt, Qt, and JupyterLab programming Who should choose this kit Hobbyists who want a complete vision and SLAM platform to explore robotics projects Educators building practical labs for programming and robotic systems Developers and researchers prototyping navigation, perception, and manipulation algorithms This kit provides a practical, modular foundation for learning, prototyping, and demonstrating robotics concepts across education, research, and hobby development.