Amazon has made a new generational leap in logistics automation with the introduction of seven new warehouse robots. The announcement was made on 7 May 2025 at the company’s Last Mile Innovation Center in Dortmund, Germany, where it showcased a series of major technological innovations designed to improve the organisation and dispatch of parcels in its distribution centres. Among these, the spotlight was on Vulcan, a robotic arm equipped with a kind of synthetic sense of touch, allowing it to handle items more effectively. Alongside Vulcan, Amazon revealed six other machines designed to support human workers by easing repetitive tasks and reducing physical strain.
Unlike traditional robots that are unaware of collisions or obstacles, Vulcan is fitted with special sensors that enable it to detect contact with an object and adjust the force needed to grip or move it. This allows it to handle fragile items without breaking them and to operate in tight or awkward spaces, such as high shelves or those close to the floor. Vulcan has already been introduced at two sites: in Spokane, United States, and in Hamburg, Germany. At these locations, the robot is capable of handling around 75 per cent of the items in the warehouse, and Amazon claims it does so at a speed comparable to that of human workers. When faced with an item it cannot manage alone, it requests assistance from a human operator.
Amazon also presented a range of other significant technologies aimed at the final phase of distribution, where parcels are sorted and loaded onto delivery vehicles. In this context, the robots help to reduce unnecessary effort and make the process faster and more accurate. One example is Tipper, an automated system that transfers parcels from trolleys to conveyor belts without the need for manual lifting. There are also six-sided scanners that read barcodes on every side of a parcel, eliminating the need to rotate or excessively handle them.
The Agility and Matrix systems manage the flow of parcels along the belts, determining the quickest and most efficient route for each item. ZancaSort brings parcels and shipping bags to the correct height, preventing workers from having to bend or stretch. Finally, there is Vass, which uses computer vision to project instructions directly onto workstations, indicating where each parcel should be placed, thus reducing errors and speeding up the process.
Already today, more than 750,000 robots are operating in Amazon centres, and the e-commerce giant is keen to stress that the intention is not to replace humans. Nicola Fyfe, vice president of Amazon Logistics Europe, stated that the company aims to create ergonomic working environments and to increase opportunities for employees to grow professionally. The training courses offered through the Career Choice programme, which allow workers to learn how to use new technologies or move into specialised technical roles, are becoming increasingly popular. Moreover, the introduction of these new robots has led to the creation of new roles within the warehouses, such as maintenance engineers, developers and system technicians.
