The AUBO Haina Series Mobile Collaborative Robot integrates a collaborative robotic arm, autonomous mobile chassis, vision system, and end-effector into a unified all-in-one control platform. The multi-in-one control system delivers a simple, safe, flexible, and highly collaborative full-scenario interaction experience, enabling the robot to adapt to diverse working environments without complex manual operations.

Powered by high-precision SLAM LiDAR navigation and dual-wheel differential drive, the Haina AMR300 moves smoothly and precisely through dynamic environments. When personnel approach the mobile base, the robotic arm automatically reduces speed to ensure operator safety. The system supports both standalone operation and multi-level fleet scheduling.

The unified programming environment integrates the collaborative arm, mobile chassis, and vision system into a single flowchart-based software interface. Users can design robot behaviors through editable task modules, with vision-guided positioning for high-accuracy operations — fully compatible with traditional programming methods to minimize the learning curve.

The Haina series supports flexible configuration with different payload robotic arms, 2D/3D vision systems, and various end tools, making it suitable for logistics, manufacturing, inspection, and other industries requiring mobile manipulation.

• Model: AUBO-AMR300
• Overall Dimensions (L×W×H): 1000×700×600 mm (excluding arm height), tolerance ±2 mm
• Payload Surface Dimensions (L×W): 650×620 mm, tolerance ±2 mm
• Self Weight: 250 kg (excluding robotic arm)
• Maximum Payload: 300 kg (including robotic arm and carrier weight)
• Drive Type: Dual-wheel differential drive
• Number of Laser Sensors: 2
• Maximum Speed: 1.3 m/s
• Working Speed: Forward 1.0 m/s (configurable), Reverse 1.0 m/s (configurable)
• Turning Radius: 0 mm (in-place rotation)
• Navigation: High-precision SLAM LiDAR