Rugged, adaptable robot tank built for development, testing, and field tasks Key benefits Reliable navigation and mapping: Integrated SLAM lidar and depth camera enable accurate realtime mapping and obstacle avoidance for autonomous missions. Clear visual feedback: HD camera combined with depth perception supports inspection, vision experiments, and FPV monitoring. Strong, stable locomotion: torque gear motors provide steady traction and precise movement on uneven surfaces. Ready for development and simulation: Native Python and ROS support with Rviz, MoveIt, and Qt toolboxes makes it straightforward to prototype robotic arm control and run realworld simulations. Flexible control options: Operate the platform from a mobile app, a handheld controller for immersive FPV driving, or through JupyterLab for online programming and experiment sharing. Durable construction: Green anodized aluminum alloy oxide chassis offers a balance of structural strength and low weight for repeated use in development and fieldwork. What makes this product stand out Integrated sensor suite and torque drives in a compact crawler form factor simplify the transition from simulation to physical testing. Open toolchain compatibility allows teams to use standard ROS workflows and Python scripts, shortening development time and enabling reproducible experiments. Multiple control modes support both handson teleoperation and automated tasks, so the same platform can be used across prototyping, demonstrations, and light deployment. Technical highlights SLAM lidar for mapping and localization HD camera plus depth camera for stereo and depthaware vision torque gear motors for stable locomotion Powerful robot expansion board for custom I O and control Python and ROS integration with Rviz, MoveIt, and Qt toolboxes Crossplatform control via mobile app, handheld controller, and JupyterLab Typical applications Autonomous mapping and inspection: Create detailed maps of indoor spaces, run obstacle avoidance routines, and collect visual inspection data in warehouses or labs. Robotics education and research: Teach or test ROS navigation and manipulation workflows, prototype robotic arm control with MoveIt, and validate algorithms in Rviz before hardware deployment. Remote exploration and demonstration: Use the HD and depth cameras with FPV control to inspect hardtoreach areas, run live demos, or capture telemetry for troubleshooting. This robot tank is designed for developers, researchers, and instructors who need a durable, sensorrich platform that integrates with standard robotic toolchains and supports both teleoperation and autonomous workflows.