Overview A versatile crawler robot tank built for mapping, perception, and development. The chassis is crafted from green aluminum alloy oxide for durability and a professional finish. Advanced onboard hardware and full Python and ROS support make this platform suitable for research, education, and field testing. Key benefits Durable, lightweight construction: Green aluminum alloy oxide body provides structural strength while remaining manageable for transport and deployment. Reliable offroad traction: Crawler design delivers stable movement across uneven indoor and outdoor surfaces for inspection and exploration tasks. Precise mapping and navigation: SLAM lidar enables realtime localization and mapping to support autonomous missions and accurate path planning. Rich perception package: HD and depth cameras provide both visual detail and spatial depth data for object detection, obstacle avoidance, and 3D reconstruction. Strong actuation and control: torque gear motors deliver consistent drive performance and handling under load. Expandable and programmable: A powerful robot expansion board supports custom sensors and actuators and enables complex control schemes. Ready for development and simulation: Native Python and ROS integration with Rviz, Movelt, and Qt toolboxes lets you simulate, visualize, and command a robotic arm or wholerobot behaviors in realistic environments. Multiple control options: Use a mobile app for quick remote control, a handheld controller for FPVstyle operation, or JupyterLab for interactive online programming and experimentation. Function and compatibility Core functions include autonomous SLAM navigation, HD and depth image capture, and torque locomotion using a tracked platform. Compatible with ROS workflows and standard Python development tools for rapid prototyping and algorithm testing. Simulation and visualization support via Rviz, Movelt, and Qt toolboxes enables seamless transition from virtual testing to realworld deployment. Performance and material highlights Material: green aluminum alloy oxide chassis for durability and professional appearance. Sensors: SLAM lidar plus HD and depth cameras for combined localization and perception. Actuation: torque gear motors for stable traction and precise movement. Control hardware: integrated robot expansion board for additional sensors and advanced control. Typical applications Indoor mapping and inspection: Create detailed floor maps and inspect industrial or commercial interiors where GPS is unreliable. Robotics education and research: Use the platform for teaching SLAM, perception, motion planning, and ROSbased control workflows. Remote monitoring and prototyping: Perform FPV surveys, test robotic arm manipulation scenarios, or prototype autonomous behaviors in a controlled environment. What makes this product stand out Combines a rugged tracked platform with a comprehensive sensor suite and a programmable expansion board. Built for both handson control and advanced development, covering mobile app operation, FPV handle control, and JupyterLab coding. Tight integration with ROS and common toolboxes enables fast iteration from simulation to physical testing. Package suitability Suitable for researchers, educators, developers, and field technicians who need a durable, sensorrich, and easily programmable robotic base for mapping, perception, and control experiments.