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Humanoid robots begin to take on roles previously restricted to fixed systems in large logistics centers, in an operation that combines automation, sensors, and autonomous transport in the processing of millions of packages.
China has deployed humanoid robots to work in package sorting at a postal center in Guangzhou, in the south of the country.
The machines have been integrated into an operation that also uses robotic arms, automated conveyors, and driverless forklifts at the Jianggao logistics site, linked to the Guangzhou postal center of China Post Group.
According to the state agency Xinhua, the robots perform tasks of sorting and identifying packages, with the capacity to process up to 1,200 packages per hour.
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The unit operates in one of the highest volume fronts of Chinese postal logistics.
According to the Chinese state press, the center processes, on average, 6.5 million postal items per day, with peaks exceeding 10 million.
Images released on May 29, 2026, show humanoid robots moving packages in conjunction with fixed automation equipment and autonomous vehicles used in internal cargo transport.
Humanoid robots enter China’s postal logistics
The adoption of humanoid robots in logistics centers occurs in a context where companies and governments test machines capable of performing tasks in spaces originally designed for human workers.
Unlike fixed industrial arms, these devices are developed to move, reach objects in different positions, and interact with existing structures in warehouses.
In the case of Guangzhou, humanoids do not appear as the only technology used in sorting.
The operation brings together different automation systems, including conveyors, mechanical arms, and unmanned forklifts.
According to Xinhua, the postal center has been expanding its technological capacity in recent years through the upgrading of automated sorting equipment.
This setup indicates a stage of integration between machines with different functions.
While conveyors move packages within the operational flow, robotic arms perform repetitive movements, and autonomous vehicles transport loads across the warehouse floor.
The humanoids, in turn, are employed in activities of identifying and handling packages, according to information released by the Chinese state agency.
Package sorting requires precision from robots
Package sorting involves more variables than a fully standardized industrial line.
Packages can arrive in different sizes, weights, shapes, and conditions.
There are rigid volumes, deformed boxes, lightweight packaging, fragile objects, and labels positioned in places that hinder automatic reading.
This type of operation requires the machine to recognize the object, calculate the contact point, and apply force compatible with handling.
In robotic systems, sensors and cameras help guide these movements.
When there are tactile resources, the equipment can adjust the grip based on the pressure exerted on the object, reducing failures such as slipping or packaging deformation.
The state broadcaster CGTN reported that humanoid robots with electronic skin and pressure sensors are already used in logistics lines in China.
The report cited tests in which sensors in the fingers detect pressure equivalent to 3 grams and mentioned performance close to that of human workers in a sorting comparison.
This information, however, was not confirmed by Xinhua as a specific feature of the robots installed at the China Post center in Guangzhou.
For this reason, the reference to “sensitive hands” should be treated as data associated with the advancement of humanoids with tactile sensors in the Chinese logistics sector, not as an official technical specification of the machines presented by China Post.
The distinction is relevant because different models may use sensors, cameras, computer vision algorithms, and gripping mechanisms with varying levels of precision.
Logistics automation advances in high-volume centers
Chinese logistics offers a high-volume environment for automation applications.
The growth of e-commerce, the concentration of large distribution centers, and the demand for fast deliveries have increased the pressure on sorting, internal transport, and shipping operations.
In this scenario, companies in the sector seek to reduce bottlenecks during peak hours and maintain continuous processing flows.
Humanoid robots enter this strategy as one of the alternatives under evaluation, especially for tasks where packages arrive outside a single standard and need to be handled with some flexibility.
At the same time, the adoption of this type of equipment still involves technical and economic challenges.
Humanoids have more moving parts than traditional fixed systems and may require specialized maintenance.
They also need to demonstrate consistent performance in extended shifts, with enough stability, safety, and precision to operate in environments with high traffic of loads and machines.
Automation specialists often point out that the choice between humanoid robots and fixed solutions depends on the type of task, the cost of implementation, and the level of adaptation required by the warehouse.
In highly repetitive operations, conveyors, automatic readers, and robotic arms may continue to be simpler options.
In areas with greater variation of objects and positions, mobile machines with a human-like form may gain ground, as long as they present compatible operational efficiency.
Distribution centers test hybrid operation
The experience in Guangzhou shows a hybrid operation, in which different technologies operate in complementary stages.
The humanoids are used in the sorting and identification of packages; robotic arms perform sorting movements; conveyors organize the flow of packages; and autonomous forklifts handle internal movements.
This model reduces the need to concentrate all automation in a single piece of equipment.
Instead, the postal center distributes tasks among machines with specific functions, connected to the same operational routine.
Integration requires coordination between systems, correct reading of packages, and safety rules to avoid collisions or interruptions on the line.
The use of humanoids is also related to the utilization of already existing structures.
As they are designed to operate in environments similar to those used by people, these robots can be tested in areas that were not built exclusively for fixed automation.
Even so, layout adaptations, signage, internal traffic control, and technical monitoring may be necessary.
For the science and technology sector, the case adds to a series of industrial demonstrations of humanoid robots in concrete tasks.
The main difference compared to controlled presentations is in the real operating environment, where packages arrive in large volumes, demand changes throughout the day, and reading or handling errors need to be corrected without interrupting the entire flow.
In the Guangzhou postal center, machines occupy roles within a broader automation line.
The available information does not indicate a total replacement of human workers nor does it detail how many robots were installed.
The confirmed data is that humanoids have begun to perform sorting and identification tasks in a facility that handles millions of postal items per day.
The capacity of up to 1,200 packages per hour serves as an initial reference to monitor the application of humanoids in logistics.
To assess the real impact of this technology, it will still be necessary to observe data such as average operation time, maintenance cost, error rate, energy consumption, safety, and comparison with conventional systems.
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