REEMAN Ant waterproof autonomous mobile robot adopts LiDAR multi-sensor fusion. It navigates complex mixed terrain and realizes seamless indoor-outdoor material delivery for industrial sites.
Indoor-outdoor cross-region material transfer has long been a tough challenge for automation. Ordinary AMRs fail to adapt to variable outdoor environments. REEMAN's Ant outdoor AMR breaks the boundary between workshop and yard.
The core strength comes from two key designs: laser SLAM navigation and waterproof protection. Long-range LiDAR plus depth cameras achieve 360-degree environmental perception. The robot can identify pedestrians, pallets and barriers on uneven ground.
The sealed waterproof chassis protects core electronic components from splashing water and dust. It keeps stable performance under changing outdoor temperatures.
Different from fixed-guide robots, this laser SLAM AMR can rebuild maps quickly for site layout changes. Its open SDK enables system integrators to carry out secondary development.
Factories can deploy this industrial mobile robot to connect workshops, storage yards and loading zones, achieving fully unmanned cross-area material transportation.