On July 28, BYD officially confirmed to a reporter from The Paper that its humanoid robot product will make its formal debut in August. This confirmation follows an earlier promotional poster released at the "Di Space | Zhengzhou Pavilion," which teased that "at the beginning of August, a new friend wants to meet you." The announcement marks a clear implementation milestone for BYD's humanoid robot project, moving it from research and development into a concrete deployment timeline.
The news had an immediate effect on financial markets. BYD's A-shares rose rapidly during intraday trading, at one point increasing by more than 2%. The broader humanoid robot concept sector also responded, with Mingxin Xuteng securing two consecutive daily limit-ups, Swancor Advanced Materials rising by more than 9%, and other companies including Beijing Automation Control, Sanhua Intelligent Controls, Topstar, LiXing, and Tianqi all following the upward trend.
The venue for the debut is significant. "Di Space" is BYD's offline immersive brand experience terminal, distinct from traditional 4S stores that focus primarily on sales. This space is designed for brand display, product experience, user interaction, and technology demonstration, serving as the launch venue for BYD's new technologies and products. The "Zhengzhou Pavilion" that released the preheating poster is the first such "Di Space," spanning four floors with a total construction area of approximately 15,000 square meters.
BYD's ambitions for its humanoid robots extend well beyond a single launch event. Li Ke, Executive Vice President of BYD, has stated that the company's goal is to place two to three robots in each dealership outlet. These robots are planned for customer reception and product demonstration duties. According to Li Ke, the robots can explain vehicle models, demonstrate functions, and create a more attractive showroom atmosphere. At the time of her statement, she indicated that such sales assistant robots were expected to achieve commercial implementation within the next one to two years.
BYD is not alone in this trajectory. Xpeng Motors' humanoid robot has entered the mass production stage of its commercialization process. Currently, Xpeng's humanoid robot has started small-batch trial production at its Guangzhou factory, with the mass production line in the final stage of joint debugging and finalization. According to the enterprise's plan, the robot will achieve official mass production in 2026 and launch to the global market in 2027. Xpeng is also focusing on commercial service scenarios such as in-store shopping guidance and product explanation.
Xpeng's approach leverages the software and hardware R&D, AI large model, intelligent manufacturing, and supply chain capabilities accumulated in the automotive industry, achieving reuse of its technical system. Existing automotive stores serve not only as the first application scenarios for the robots but also as sources of continuous real operational data to support product iteration and optimization. This approach reduces the cost of technology implementation and mass production trial and error.
The trend extends beyond BYD and Xpeng. Among OEMs that have clearly laid out humanoid robot strategies earlier, brands such as Seres, Chery, and FAW Group have focused on directions including industrial testing, commercial vending, and multi-scenario technology layout. These companies have completed product debuts or scenario trials in their respective focus areas.
The collective deployment of humanoid robots by car enterprises is supported by national policy and improving industrial fundamentals. In June, the "Notice on Jointly Launching the 2026 Special Action for Humanoid Robots and Embodied Intelligence Real-Scene Practical Training" was jointly issued by the General Office of the Ministry of Industry and Information Technology and the General Office of the State-owned Assets Supervision and Administration Commission. The notice proposed that by the end of 2026, key products such as humanoid robots will take the lead in completing application verification and normal deployment in a number of representative scenarios, opening the "operation mode." More than 100 high-value application scenarios will be refined and formed to further enrich the embodied intelligence application spectrum, driving the formation of a ten-thousand-unit-scale implementation capacity.
Industrial data from the Ministry of Industry and Information Technology shows continued momentum in China's robot industry. In the first half of this year, the proportion of the added value of China's above-scale equipment manufacturing industry and high-tech manufacturing industry continued to increase. Output of industrial robots and service robots increased by 28% and 11.9% year-on-year respectively. In the field of intelligent robots, China's global sales share of quadruped robots is close to 70%, and the number of humanoid robot complete machine products exceeds 400, accounting for more than half of the global share. The industrial scale and technical strength place China firmly in the global first echelon, providing a solid industrial foundation for car enterprises' cross-border layout.
Wanlian Securities stated in a research report that the humanoid robot industry is currently at a critical stage from technological breakthroughs to large-scale commercialization, and 2026 may become an important window for mass production implementation and scenario verification. The industry generally believes that automobiles and humanoid robots have a high degree of technical homology, giving car enterprises natural advantages in entering this track.
Why it matters for European robot service
For European readers tracking robot service developments, the BYD announcement and the broader trend of automotive OEMs entering humanoid robotics carry several implications that deserve attention.
First, the automotive industry's entry into humanoid robots signals a maturation of the technology from laboratory demonstrations to commercially oriented deployments. When a major automaker like BYD confirms a specific launch month and articulates a deployment strategy involving multiple robots per dealership, it indicates that humanoid robots are being positioned as practical service tools rather than experimental showcases. This shift matters for European service providers and integrators who have been watching the humanoid robot space with a mix of interest and caution.
Second, the scale of the Chinese market and the policy support behind it create a competitive dynamic that European companies will need to monitor. The policy notice from June sets explicit targets: by the end of 2026, humanoid robots are expected to complete application verification and normal deployment in representative scenarios, with more than 100 high-value application scenarios refined and formed. The goal of ten-thousand-unit-scale implementation capacity is not a trivial number. For European operators considering humanoid robot adoption, this scale of deployment in China could drive down costs through manufacturing economies of scale, potentially making the technology more accessible globally in the medium term.
Third, the technical homology between automobiles and humanoid robots is a point that European industry observers should take seriously. Automakers bring capabilities in software and hardware R&D, AI large models, intelligent manufacturing, and supply chain management. These are precisely the capabilities needed to produce reliable, serviceable robots at scale. European automotive suppliers and technology companies may find themselves facing competition not just from dedicated robotics firms but from automotive giants with deep pockets and established manufacturing infrastructure.
Fourth, the application scenarios described in the source material are directly relevant to the robot service industry. Customer reception, product demonstration, in-store shopping guidance, and product explanation are all customer-facing service roles. These are not factory floor applications but public-facing service positions where robots interact with end users. The European service robotics sector has been building expertise in precisely these types of applications, and the entry of automotive OEMs could either validate the market and expand opportunities or introduce powerful new competitors.
Fifth, the data feedback loop that Xpeng describes is a model that European operators should note. Using existing automotive stores as first application scenarios allows for continuous collection of real operational data to support product iteration. This approach reduces the cost of technology implementation and mass production trial and error. For European buyers, this suggests that robots deployed in these scenarios will benefit from rapid iterative improvement based on actual usage data, potentially leading to more refined and reliable products by the time they reach broader markets.
Sixth, the industrial data from China provides context for the pace of development. The year-on-year increases in industrial robot output (28%) and service robot output (11.9%) indicate a sector in expansion. The global sales share of quadruped robots at close to 70% and humanoid robot complete machine products exceeding 400 units, accounting for more than half of the global share, suggest that China has become the primary proving ground for legged and humanoid robotics. European companies looking to stay current with the state of the art will need to track developments in this market closely.
Seventh, the timeline implications are significant. With BYD launching in August and Xpeng targeting mass production in 2026 and global market launch in 2027, European operators have a window of perhaps two to three years before these products potentially become available in European markets. This timeline provides an opportunity for European service providers to prepare their infrastructure, training, and integration capabilities. It also suggests that the competitive landscape for humanoid robot services could shift substantially within the next few years.
Eighth, the policy environment in China, with explicit government support for embodied intelligence and humanoid robot deployment, contrasts with the more fragmented policy landscape in Europe. European operators may need to consider whether their own regional or national policies provide similar support for robot service adoption, or whether they will need to rely on commercial justification alone.
What buyers and operators should know
For buyers and operators considering humanoid robots for service applications, the source material offers several points of practical relevance, along with some important gaps that are not disclosed.
What is known: BYD plans to deploy two to three robots per dealership outlet, with roles including customer reception and product demonstration. The robots are expected to explain vehicle models, demonstrate functions, and create a more attractive showroom atmosphere. This is a concrete use case with defined parameters: the number of robots per location, the functions they perform, and the setting in which they operate.
What is known: Xpeng's humanoid robot is in small-batch trial production at its Guangzhou factory, with mass production planned for 2026 and global market launch in 2027. The application focus is commercial service scenarios such as in-store shopping guidance and product explanation. This provides a timeline for when these products might become available beyond the Chinese market.
What is known: The Chinese policy framework is actively supporting humanoid robot deployment, with targets for application verification, scenario refinement, and ten-thousand-unit-scale implementation capacity by the end of 2026. This policy support may influence product availability, pricing, and the pace of iteration.
What is not disclosed: The source material does not specify the technical specifications of BYD's humanoid robot, including its payload capacity, battery life, mobility capabilities, or sensor suite. It does not disclose pricing, service contracts, or maintenance arrangements. It does not provide details on the robot's software platform, integration capabilities, or compatibility with existing building management or customer relationship management systems.
What is not disclosed: The source material does not provide information on safety certifications, regulatory approvals, or compliance with European standards. It does not address data privacy considerations, which are particularly relevant for robots that interact with customers in retail environments. It does not mention cybersecurity measures or remote monitoring capabilities.
What is not disclosed: The source material does not specify the total cost of ownership, including purchase price, installation costs, training requirements, or ongoing operational expenses. It does not provide information on expected service life, maintenance intervals, or spare part availability. No SLA numbers, response times, or spare-part lead times are mentioned in the source material.
What is not disclosed: The source material does not describe the user interface or how customers interact with the robots. It does not address multilingual capabilities, which would be relevant for European deployment. It does not mention accessibility features for customers with disabilities.
What is not disclosed: The source material does not provide comparative analysis between BYD's and Xpeng's robots, nor does it compare these products with existing humanoid robots from other manufacturers. It does not discuss the competitive landscape in detail beyond naming several Chinese OEMs that have made business layouts in this track.
For buyers and operators, the practical takeaway is that the humanoid robot service sector is moving toward commercialization, with major automotive OEMs committing to specific launch dates and deployment plans. The use cases described—customer reception, product demonstration, in-store guidance—are relatively straightforward service roles that do not require complex manipulation or high-risk operations. This suggests that the initial wave of automotive humanoid robots will focus on interaction and information delivery rather than physical tasks.
Operators should also note the emphasis on using existing automotive stores as first application scenarios. This approach allows manufacturers to gather real operational data and iterate on their products before broader deployment. For early adopters in other sectors, this means that the robots they might consider in the near term will benefit from the learning that occurs in these initial deployments, but it also means that the first wave of products may still be evolving rapidly.
The policy support in China, including the target of more than 100 high-value application scenarios and ten-thousand-unit-scale implementation capacity, suggests that the Chinese market will see significant humanoid robot deployment in the coming years. This scale of deployment could accelerate the technology's development and cost reduction, potentially benefiting global markets in the longer term.
The source material does not provide specific guidance on how European buyers should evaluate these robots or integrate them into their operations. It does not address service and support arrangements outside China. It does not discuss warranty terms or upgrade paths. These are important considerations that buyers will need to investigate directly with manufacturers as products become available.
The industry consensus cited in the source material—that automobiles and humanoid robots have a high degree of technical homology and that car enterprises have natural advantages in entering this track—suggests that automotive OEMs will be significant players in the humanoid robot service market. Buyers and operators should expect these companies to leverage their manufacturing capabilities, supply chain expertise, and quality control processes to produce robots that meet automotive-grade reliability standards.
The timeline from Wanlian Securities, suggesting that 2026 may become an important window for mass production implementation and scenario verification, provides a reference point for planning. Buyers considering humanoid robot adoption should monitor developments through 2025 and 2026, with the expectation that products will become more mature and commercially available during this period.
Sources
https://eu.36kr.com/en/p/3915047658525828
Published by Vigla Media OÜ (Estonia).