Human-computer interaction, control on a single screen
Breaking the limitations of traditional computer terminals, the robot's screen can complete mapping, map editing, task configuration and more. Supports remote map scanning with real-time map rendering. Provides fine-tuning tools such as point management, area division, and noise removal, making map construction and maintenance intuitive and efficient.
Hybrid navigation, ±5mm positioning accuracy
Supports multiple navigation methods including SLAM, QR codes, and reflective panels, adaptable to various scenarios. Achieves ±5mm repeatable point precision, enabling high-accuracy transport of goods between designated locations, ensuring efficiency and reliability.
Full-scene connectivity, automatic collaboration
Supports communication with automated devices such as elevator control and door control, allowing the robot to easily integrate into scene systems. All connections and configurations are completed on the robot's screen without additional development, achieving truly automatic collaboration and expansion for delivery scenarios.
Visual configuration, intelligent execution
Task planning and execution are completed on the robot's screen: task routes, status, and lifting actions are clear at a glance. Supports path-free and station-free navigation algorithms, automatically optimising routes, flexibly handling complex scenarios and reducing manual intervention, achieving truly intelligent planning and execution.
Comprehensive perception, safety without blind spots
Three laser scanners at the front, rear, and top provide 360° three-dimensional protection, with a standard 3D camera accurately identifying pits and obstacles to ensure safe movement. Supports 3D spatial obstacle detection, offering more stable and safer environmental perception capabilities.
Extreme cost, optimal performance
Relying on the XianGong Intelligent ecosystem partner system, costs are reduced to industry extremes. While ensuring stable performance, it achieves excellent cost-effectiveness, making large-scale deployment highly competitive.