Agile Robots presents Agile ONE: a German-made humanoid aimed at industrial work
The announcement
Agile Robots SE, the Munich-based robotics company founded in 2018, has announced the launch of its first humanoid robot, named Agile ONE. The company describes the new system as an industrial humanoid, meaning it is intended for deployment in factory and logistics environments rather than for domestic or service applications. According to the information released by the company, the robot has been designed to operate safely and efficiently alongside human workers as well as alongside other automated systems that may already be present on a shop floor.
The announcement positions Agile ONE as a continuation of the company’s existing portfolio rather than a completely separate venture. Agile Robots already produces the Agile Hand, the FR3 force-sensitive robotic arm, the Diana 7 power- and force-limited arm, and the Thor series of robot arms. The company also manufactures automated guided vehicles (AGVs) and autonomous mobile robots (AMRs), and it offers the AgileCore AI-driven software platform. In 2023, the company acquired Franka Emika GmbH, a manufacturer of collaborative robot arms, further expanding its footprint in the European robotics market.
The new humanoid builds on this foundation, but it also represents a step into a different form factor. While the company’s earlier products are primarily articulated arms and mobile platforms, Agile ONE is a full humanoid body. The company has stated that the robot is designed to handle a wide variety of industrial tasks, including material gathering and transport, pick-and-place operations, machine tending, tool use, and fine manipulation. These are tasks that are commonly found in manufacturing and logistics settings, and they are also tasks that have historically been difficult to automate with fixed machinery.
The company’s CEO and founder, Dr. Zhaopeng Chen, was quoted in the announcement materials as saying that the company believes the next industrial revolution is what he calls “Physical AI.” In his statement, he described this as intelligent, autonomous, and flexible robots that can perceive, understand, and act in the physical world. He said that Agile ONE embodies this revolution. The language suggests that the company sees its humanoid not merely as another robot model, but as a demonstration of a broader technological direction.
The announcement also included a note about a collaboration with Google DeepMind, the artificial intelligence research laboratory owned by Alphabet. According to the information provided, the two organizations plan to combine DeepMind’s Gemini Robotics foundation models with Agile Robots’ scalable industrial robotics platform. The stated goal of this collaboration is to enhance the performance of the humanoid in industrial applications. The partners said they will first focus on high-value industrial use cases in sectors where there is acute and growing demand for adaptable, reliable automation. This includes industrial and manufacturing tasks where reliability and scale are critical.
It is worth noting that the announcement does not provide a specific date for the launch beyond the month of November. The information available indicates that the robot was launched in November, but the exact day is not stated in the source material. For the purposes of this report, the launch is therefore dated to 2025-11, in line with the available information.
Product and availability details
Agile ONE is manufactured in Germany. The company has stated this explicitly, and it appears to be a deliberate point of differentiation. While many humanoid robot developers are based in Asia or North America, Agile Robots is a European company, and it has chosen to keep production in Germany. The company is headquartered in Munich, and it has a history of German engineering, including the acquisition of Franka Emika, which was also a German company.
The robot itself is described as having a combination of features that the company believes are important for industrial deployment. These features fall into several categories: interaction, safety, dexterity, and artificial intelligence.
On the interaction side, the robot is equipped with what the company calls responsive eye rings. These are described as lighting up and blinking to confirm understanding. The idea appears to be that the robot can communicate its state or its acknowledgment of a command through these visual cues. This is a form of human-robot interaction (HRI) that is intended to make the robot more approachable and easier to work with. In addition to the eye rings, the robot has a chest display that provides real-time information. This display can presumably show status updates, error messages, or other relevant data to nearby workers.
On the safety side, the robot is equipped with proximity sensors and a rearview camera. The proximity sensors are likely intended to detect when a person or an object is close to the robot, allowing it to slow down or stop if necessary. The rearview camera provides the robot with visibility into its own blind spots, which is particularly important for a humanoid form factor that may be moving in confined spaces or in areas where workers are present. The company has stated that the robot is designed to work safely and efficiently alongside people and other systems, and these safety features appear to be central to that claim.
On the dexterity side, the company describes the robot’s hand as the world’s most dexterous robotic hand. This is a strong claim, and the source material does not provide comparative data against other robotic hands on the market. However, the company has a history in this area through its Agile Hand product, and it is reasonable to assume that the humanoid’s hand builds on that earlier work. The hand is described as being designed to mimic human dexterity, which is a key requirement for tasks such as fine manipulation and tool use.
On the artificial intelligence side, the robot is equipped with an AI model that has been trained on real-world industrial data. The company also describes a layered AI system, where each layer is specialized for a distinct level of cognition and control. This suggests a hierarchical architecture, where low-level control (such as joint movements) is handled separately from higher-level decision-making (such as task planning). The use of real-world data for training is notable because it implies that the robot has been tested in actual industrial conditions, rather than only in simulated environments.
The company has stated that the robot is designed to be stable, flexible, tactile, and communicative. These four adjectives appear to summarize the design philosophy behind Agile ONE. Stability is important for a humanoid that is expected to perform physical tasks. Flexibility refers to the robot’s ability to adapt to different tasks and environments. Tactile capability refers to the sense of touch, which is enabled by the dexterous hand. Communicative refers to the interaction features, such as the eye rings and chest display.
In terms of the user experience, the company has said that the robot has a human-friendly UX. This includes bright colors, responsive eyes, proximity sensors, and a chest information display. The bright colors are an interesting detail, as many industrial robots are painted in muted or utilitarian colors. The choice of bright colors may be intended to make the robot more visible in a busy factory environment, or it may be intended to make the robot appear more approachable to human workers.
The source material does not provide specific technical specifications for the robot, such as its height, weight, payload capacity, or battery life. It also does not provide pricing information or details on when the robot will be available for purchase. The company has stated that the robot is manufactured in Germany, but it has not disclosed production volumes or lead times. Buyers who are interested in the robot will need to contact the company directly for these details.
What it means for buyers
For buyers in the industrial sector, the launch of Agile ONE represents a new option in a rapidly growing category. Humanoid robots are being developed by a number of companies around the world, and they are being positioned as a solution for tasks that are difficult to automate with traditional fixed automation. The key selling point of a humanoid is its ability to operate in environments that were designed for humans. Unlike a robotic arm that is bolted to a floor or a mobile robot that is designed for a specific task, a humanoid can theoretically navigate stairs, open doors, and use tools that were designed for human hands.
Agile ONE is being positioned for tasks such as material gathering and transport, pick-and-place operations, machine tending, tool use, and fine manipulation. These are all tasks that are common in manufacturing and logistics, and they are tasks that are often performed by human workers today. If the robot can perform these tasks reliably, it could allow companies to redeploy human workers to higher-value activities, or it could allow companies to operate with a smaller workforce in certain areas.
The fact that the robot is manufactured in Germany may be a significant factor for European buyers. There is a growing interest in reshoring manufacturing and in reducing dependence on supply chains that are based in Asia. A humanoid robot that is built in Germany may be seen as a more reliable option for European companies, both in terms of supply chain security and in terms of compliance with European regulations.
The collaboration with Google DeepMind is another factor that buyers may want to consider. Google DeepMind is one of the leading AI research organizations in the world, and its Gemini Robotics foundation models are designed to provide robots with advanced perception and reasoning capabilities. By combining these models with Agile Robots’ industrial platform, the two companies are aiming to create a robot that can handle complex tasks with a high degree of reliability. The source material states that the partners will first focus on high-value industrial use cases in sectors with acute and growing demand for adaptable, reliable automation. This suggests that the initial deployments may be in industries such as automotive manufacturing, electronics assembly, or logistics, where there is a clear need for automation that can adapt to changing conditions.
However, it is important to note that the source material does not provide specific details on the timeline for the DeepMind collaboration. It is not clear when the foundation models will be integrated into the robot, nor is it clear which specific capabilities the integration will enable. Buyers who are considering the robot for near-term deployment should be aware that the DeepMind collaboration may be a future enhancement rather than a current feature.
Another consideration for buyers is the company’s track record. Agile Robots was founded in 2018, which makes it a relatively young company in the robotics industry. However, it has already built a substantial portfolio of products, and it has made at least one significant acquisition (Franka Emika). The company also produces AGVs and AMRs, which are established product categories in industrial automation. This suggests that the company has experience in bringing products to market and in supporting them in industrial environments.
That said, the source material does not provide information on the company’s service and support infrastructure for the humanoid. It is not clear whether the company will offer training, maintenance, or spare parts for the robot, nor is it clear what the response times or lead times will be for service. Buyers who are considering the robot should ask the company about these details before making a purchase decision.
The source material also does not provide information on the robot’s safety certifications. While the company has stated that the robot is designed to work safely alongside people, it is not clear whether the robot has been certified to any specific safety standards, such as ISO 10218 or ISO/TS 15066 for collaborative robots. Buyers in regulated industries may need to verify that the robot meets their own safety requirements.
Finally, it is worth noting that the humanoid robot market is still in its early stages. While there is significant interest in the category, there is limited data on long-term reliability, total cost of ownership, or return on investment for humanoid deployments. Buyers who are considering Agile ONE should approach the product with a clear understanding of their own use case and with a plan for measuring the robot’s performance over time.
In summary, Agile ONE is a new entrant in the industrial humanoid category, manufactured in Germany and backed by a company with an existing portfolio of robotic products. The robot is designed for a range of industrial tasks and features a dexterous hand, an AI model trained on real-world data, and a user interface that is intended to be intuitive and communicative. The company is also collaborating with Google DeepMind to enhance the robot’s capabilities. However, many details, including pricing, specifications, and service terms, have not been disclosed in the source material. Buyers should contact Agile Robots directly for this information.
Sources
Published by Vigla Media OÜ (Estonia).