Robot tank platform built for development, testing, and remote operation. Crafted from green aluminum alloy oxide, it combines durable construction with a lowprofile, versatile chassis. Key benefits Ready for mapping and navigation: SLAM lidar plus HD and depth cameras provide robust perception and realtime mapping for autonomous exploration and obstacle avoidance. Reliable movement and payload support: torque gear motors deliver stable traction and the capacity to carry sensors or an arm for manipulation tasks. Rapid prototyping and expansion: A powerful robot expansion board compatible with Yaboom interfaces enables easy addition of sensors, actuators, and custom electronics. Seamless software integration: Native support for Python and ROS lets you run Rviz, Movelt, and Qt toolboxes for robotic arm control and realistic simulations before field deployment. Flexible control options: Operate the platform from a mobile app, use handle control for first person view effects, or program remotely through JupyterLab for iterative development. Features and specifications Chassis: Green aluminum alloy oxide finish for corrosion resistance and a professional appearance. Perception: SLAM lidar for localization and mapping, plus HD and depth cameras for stereo perception and object detection. Motion: torque gear motors tuned for crawler performance and steady traversal over varied ground. Electronics: Integrated robot expansion board with broad interface support and sufficient computational headroom for onboard processing. Software: Full compatibility with Python and ROS ecosystems; supports Rviz, Movelt, and Qt toolboxes for visualization, motion planning, and control. Control modes: Mobile app control, handle based FPV control, and JupyterLab online programming for remote development and testing. Practical use scenarios Research and development: Validate SLAM algorithms and motion planners in realworld conditions while iterating in simulation using Rviz and Movelt. Inspection and monitoring: Equip cameras and sensors to inspect confined spaces, pipelines, or outdoor facilities while streaming FPV for remote operators. Education and prototyping: Teach ROS and Python integration, test robotic arm control workflows, and let students experiment with hardware expansion through the onboard expansion board. Why choose this platform This robot tank combines durable materials, advanced sensing, and broad software compatibility to reduce integration time and support rapid experimentation. It is designed to bridge simulation and field testing, enabling developers and educators to concentrate on algorithms and use cases rather than lowlevel hardware integration.