Xiong'an New District, Hebei, has enabled unmanned delivery robots to deliver express delivery

Ms. Li, who works in the Citizen Service Center in Xiong'an New District, Hebei, walked out of the room after receiving a text message and took her courier from the “hands” of the unmanned delivery robot .

According to Chinanews.com, recently, unmanned delivery robots appeared in Xiongan New Area. An unmanned supermarket has been opened in Xiongan New District before. The arrival of unmanned delivery robots brings a fresh experience of unmanned technology to the people of Xiongan.

Xiong'an New District, Hebei, has enabled unmanned delivery robots to deliver express delivery

From the appearance point of view, the unmanned delivery robot is small in size. It has containers of different sizes, is responsible for the distribution of small and medium items, and can automatically avoid vehicles and pedestrians.

The unmanned delivery robot driving in the Citizen Service Center of Xiong'an New District attracted many pedestrians to take pictures. Ren Zhihao, a college student who came to visit the Citizen Service Center in Xiong'an New District, said that unmanned delivery robots can recognize the movement of people and have a sense of technology. Robots instead of humans to deliver express delivery are the future development trend.

According to Wan Haibo, the staff member responsible for operating the unmanned delivery robot, the company’s unmanned delivery robot was officially operated at the Xiong’an New District Citizen Service Center on July 27, with a maximum cruising range of 30km, a maximum speed of 7km/h, and a maximum load. 80kg, 3 robots are currently in operation. Compared with manual delivery of express delivery, robots can work at a high load and work around the clock, with higher efficiency, and can also reduce enterprise labor costs.

According to Wan Haibo, the robot is equipped with lidar, ultrasonic radar and GPS positioning, which is equivalent to the eyes of the robot, through which it can perceive the surrounding environment in real time, and plan the autonomous driving path through autonomous decision-making algorithms. When the robot encounters obstacles such as pedestrians, pets, vehicles, etc. during driving, it can avoid obstacles; it can recognize traffic lights at intersections, and when it arrives at the location, it can notify the user to receive the goods through mobile phone text messages, etc. The smart cargo box system supports verification Multiple human-computer interaction modes such as code, face recognition, and one-click link pickup.

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