Robot Sales Era Begins at Hyundai Dealers
Hyundai is working on a remarkable plan that expands the boundaries of the automotive industry. In the future, the company is considering selling not only cars but also humanoid and four-legged robots developed by Boston Dynamics through its existing dealer network. According to the statement made by Hyundai Motor Company CEO José Muñoz at the 2026 CEO Investor Day event, the company plans to transfer the distribution and financing infrastructure it has used in automobile sales for years to robotic products. If this happens, a customer who goes to a Hyundai dealer will be able to get an offer not only for a car, but also for a humanoid robot like Atlas or a four-legged robot like Spot. It was announced that Hyundai Capital is investigating the feasibility of financing solutions similar to automobile loans for these high-cost products.
The most important detail here is that Hyundai has not yet said "we will sell robots in dealers starting tomorrow." The company is currently considering its dealer network as one of the future distribution channels of robots and is exploring its financing model. Therefore, it is more accurate to read the development as Hyundai's strategy to transform its robotics business into a commercial and scalable product category, rather than a definitive retail sales program. Moreover, in the company's official statement, it is not yet clear whether robot sales will be made directly to individual consumers, businesses, or both groups.
Hyundai No Longer Sees Itself Just as an Automobile Manufacturer
Behind this plan lies the greater transformation that Hyundai has undergone in recent years. At its 2026 investor day, the company clearly positioned itself as a “physical AI company,” that is, the automotive group that is transforming into a physical artificial intelligence company. The approach here is not just to add more software or AI to vehicles; To produce robots, robotaxis, autonomous systems and AI-based machines that can function in the physical world. At the center of Hyundai's robotics strategy is Boston Dynamics, of which it acquired 80 percent of its shares at a valuation of approximately $1.1 billion in 2021.
For many years, Boston Dynamics has been known in the technology world for its impressive robot demos. Atlas' acrobatic moves and Spot's ability to climb stairs or navigate complex terrain have made the company one of the most well-known names in robotics research. However, for Hyundai, it is no longer enough to just show impressive prototypes. The company wants to turn this technology into commercial products that can produce mass production, real business processes and revenue. The idea of selling through dealers is exactly the continuation of this transformation.
Why Is a Car Dealership a Logical Place to Sell Robots?
At first glance, selling a car and a humanoid robot in the same showroom may seem like science fiction. However, when we think about it from a commercial perspective, Hyundai has a significant advantage: the company already has an established sales and after-sales service infrastructure worldwide. While a new robot company needs to open stores from scratch, establish a service network, create a financing system and reach customers, the fact that Hyundai already owns a significant part of these creates a great advantage. This was the point Muñoz emphasized at the investor day; Hyundai has a structure that can connect robot development, production, distribution, sales and finance within the group.
It is also necessary to consider that this does not only mean sales. Robots can create even more complex service needs than automobiles. Calibration of sensors, motor and actuator maintenance, battery replacement, software updates and hardware repairs may turn into a new after-sales service category over time. If Hyundai uses its dealer network, dealers can become not only robot selling points but also robot service and maintenance centers. A detailed service model in this direction has not been announced by the company yet, but the important part of the commercial value of the existing dealer infrastructure lies right here.
Atlas at the Center of Hyundai's Robotics Strategy
Hyundai's most striking robot is undoubtedly Boston Dynamics' new generation Atlas model. Developed entirely electrically, the humanoid robot is designed to work in factories used by people. This is the main reason why the humanoid form is preferred: instead of rebuilding factories according to robots, the aim is for robots to be able to move in existing working environments designed for humans.
Hyundai plans to use Atlas at the Hyundai Motor Group Metaplant America facility in Georgia, USA, starting from 2028. According to the company's official investor day statement, robot production in the USA is aimed to start in 2028 and to reach an annual production capacity of 30 thousand units. Hyundai also established a special center called Robot Metaplant Application Center in the USA to prepare Boston Dynamics robots for real factory conditions. The center, which started operating in June, is used to train robots by simulating real production environments, collect data, test and verify them before entering the production line.
This point is important because Hyundai's Atlas strategy does not start directly from consumer homes. In the first stage, it is planned to employ robots in their own factories. Thus, the company will also become its largest customer and enable robots to collect thousands of hours of data in real production environments. Later, as the technology matures, expanding Atlas to other Hyundai and Kia facilities and then to external customers could create a much more realistic commercial model. In the statements of the Hyundai Group, Atlas is planned to be expanded to Kia AutoLand Georgia from the second half of 2029 and then to other production facilities of the group.
Spot is already a commercial product
While Atlas is still in the scaling phase, Boston Dynamics' four-legged robot named Spot has been in commercial use for a long time. The most important advantage of Spot is that it can serve as a mobile sensor platform in environments where it is difficult, dangerous or repetitive for people to enter. It can control equipment in factories with thermal cameras, tour facilities, read certain indicators and automate routine inspection tasks.
Hyundai also uses Spot in its own operations in areas such as vehicle inspection and predictive maintenance. The four-legged structure of the robot enables it to move on stairs and irregular surfaces where wheeled platforms would have difficulty. So, while it may be visually accurate to describe Spot as a “robot dog,” it would be misleading to think of it as a pet-like consumer product. Most of today's usage scenarios are based on factory inspection, infrastructure control, security and industrial tasks.
Stretch Targets One of the Most Exhausting Jobs of Manpower in Warehouses
Boston Dynamics' other commercial robot, Stretch, is designed entirely for logistics. Thanks to the robotic arm placed on a moving platform, it can detect and carry the boxes inside trucks and containers. The use of Stretch by major logistics companies such as DHL and Maersk shows that the robot is not just an experimental prototype.
In the logistics industry, tasks such as unloading trucks are physically tiring and it can be difficult to find permanent manpower. Stretch therefore takes a different approach than humanoid robots: rather than trying to imitate humans, it is designed to perform a single task as efficiently as possible. The fact that Hyundai will be able to market not only Atlas but also products such as Spot and Stretch through its dealer network in the future brings the company to a broader robotic portfolio that does not depend on a single humanoid robot.
You May Really Need a Loan for a Robot
One of the most interesting points in Hyundai's plan is financing. It is perfectly normal to use credit or leasing when purchasing a car. Considering the price of robots, it seems almost inevitable that the same model will be transferred to the robotics industry. Spot's previously announced starting price was around $74,500, and today Boston Dynamics is offering prices directly to commercial customers. It is seen that humanoid robots can have much higher costs depending on the manufacturer and hardware level.
JPMorgan's recent assessment of the humanoid robot market states that the unit cost of some advanced humanoid robots can be around 120 thousand dollars today. On the other hand, the long-term goal of the sector is to reduce costs as the production scale increases. Tesla's long-term target of 20-30 thousand dollars for Optimus is one of the most well-known examples of this. However, for today's industrial customers, what is more important than the initial price may be the total cost of ownership of the robot and the economic value of the work it performs.
For example, if a robot can perform the same warehouse task continuously for 16 or 20 hours a day, the monthly loan installment for the business can be directly compared with the employee cost and productivity calculation. Therefore, Hyundai Capital's consideration of robot financing is not just about customer convenience; critical to transforming robots into a standard business model that companies can purchase as capital investments.
Can Robots Be Leasing Like Cars?
At this point, it is possible that more interesting models may emerge in the future. Hyundai has not yet announced a detailed robot leasing system, but the "Robotics as a Service" approach is increasingly talked about throughout the industry. The company can pay a monthly fee for the robot instead of purchasing it outright; maintenance, software and hardware support may be included in the subscription package. Thus, instead of making an initial investment of over 100 thousand dollars, the robot can be turned into operating expenses.
This model can be thought of as the physical version of the transformation experienced in the SaaS world. While once upon a time companies purchased software licenses, today they pay a monthly subscription. The robotics industry may also shift to the Robot as a Service model in the future. In this system, dealers can become not only sales points but also local centers where financing, maintenance and contract management are carried out.
Hyundai's Acquisition of Boston Dynamics Now Seems More Significant
When it was first announced that Hyundai would acquire 80 percent of Boston Dynamics in 2021, it was discussed why the automobile company was investing in such experimental robotic technologies. After five years, the direction of the strategy is clearer. Hyundai is trying to integrate robots not only as a separate technology investment, but also with the group's automotive production, logistics, software and artificial intelligence infrastructure.
The important advantage of the company is vertical integration. Hyundai and Kia factories can provide the first major use of robots. Hyundai Mobis can contribute to the production of robot parts and actuators. Hyundai's global supply chain can support mass production. Hyundai Capital can provide financing. Dealers can create distribution channels. Boston Dynamics brings the robotic technology and software side. This is the logic behind the chain that Hyundai listed as "development, production, distribution, sales and finance" at its investor day.
If this structure is successful, Boston Dynamics can no longer only be Hyundai's prestigious technology investment, but also one of the group's direct revenue-generating business lines.
Hyundai is Not Alone in the Robotics War
The automotive industry's interest in robots is not limited to Hyundai. Tesla plans to use the Optimus robot first in its own factories and then sell it to external customers. BMW is testing humanoid robots developed by Figure in its production facilities. Mercedes-Benz is working on Apptronik's Apollo robot. Toyota and other major automotive manufacturers are also investing in different robotic projects. The reason why humanoid robots attract so much attention in automotive production is that factories offer the ideal test environment for them.
In an automobile factory, there are clear tasks that are repeated thousands of times. Tasks such as carrying parts, lifting boxes, placing certain parts on machines or performing quality control are very suitable for measuring the capabilities of robots. Moreover, manufacturers can control the entire environment in the factory. A robot working at home, on the other hand, has to work in a much more uncertain environment, from children to pets, from stairs to scattered items. Therefore, it seems much more realistic for humanoid robots to become widespread in factories before homes in the near term.
The Real Race Will Happen in the Robot's Brain Rather Than Its Body
The interesting part of the humanoid robot race is that although mechanical systems are gradually improving, the biggest problem is shifting to the software side. The robot can walk, lift boxes and hold objects; However, in order to work independently in the real world, he needs to understand his environment, interpret the objects he sees, and make the right decisions in situations he has not encountered before. That's why advances in generative AI are critical for physical robots.
Hyundai Group therefore places special emphasis on the concept of "Physical AI". The group is investing in AI infrastructure and maintaining strategic partnerships with companies such as Google DeepMind and Nvidia to develop Vision-Language-Action models and physical AI capabilities. In Kia's 2026 investor day statement, it was stated that infrastructure and talent investments in this field would be over 500 million dollars.
A language model can understand the sentence “put that box on the shelf.” Physical AI, on the other hand, needs to associate the same command with the environment it sees from the camera, find where the box is, walk towards it, calculate how to grasp it, and place it safely on the shelf. This is where the real technical challenge of the robotics industry lies.
Dealers May Turn into “Mobility Stores” in the Future
If Hyundai's plan comes true, the role of car dealers may also change. Today, when we think of a dealer, we think of a place where a car is purchased and the vehicle is maintained. However, automotive companies no longer just produce cars. They develop robotaxis, autonomous vehicles, energy systems, robots and various mobility services. Therefore, the dealership of the future may turn into a much larger technology store than a classic car showroom.
Having an electric car on one side, an energy system for the home or workplace on the other, a commercial robot and autonomous mobility services on the other is no longer a completely remote scenario. Hyundai's evaluation of robot sales through its dealer network can be considered one of the first concrete signs of this transformation.
This may even change the showroom design. While a car can be displayed mostly statically, the robot must move and perform tasks to demonstrate its capability. In this case, it may be possible to see special demo areas at dealers where robots carry boxes, pass through obstacles or perform inspections. The user experience of robot retail will present a completely different design problem than that of automobile sales.
A Very Powerful New Product Category is Emerging in Terms of Advertising
The entry of robots into the mass market will create a new communication area for the creative sector. Because buying a humanoid robot is not a behavior that consumers or businesses are accustomed to today. It will not be enough for a brand to just say "our robot is this powerful"; He will need to explain to people what the robot is needed for.
In automotive advertisements, there are communication codes that have been established for years, such as power, comfort, security and freedom. Smartphone advertisements similarly have a language built around camera, performance and lifestyle. Robots do not yet have such a marketing language. Will the manufacturer describe the robot as an employee? As a machine? As an assistant? As technological infrastructure? Will he show his human-like features or, on the contrary, emphasize that he is not human?
This will be one of the most interesting brand problems in the robotics industry in the coming years. Machines with a human form may be technically powerful, but they can also cause discomfort in some people. Therefore, in addition to product design, issues such as the robot's movements, its voice, whether it has a face or not, how close it will get to the user and how it will communicate will become a direct part of the brand experience.
Selling Robots May Be More Difficult Than Selling Automobiles
Although Hyundai's ready-made dealer network is an important advantage, turning robots into retail products is not as easy as it seems. The customer who buys a car already knows what the product does. The business purchasing a robot often first has to understand whether the robot is really suitable for its business.
Therefore, the sales process is likely to resemble a consultancy service rather than a classic car sale. A business's warehouse can be analyzed, the task to be performed by the robot can be determined, the necessary software integrations can be prepared and the return on investment can be calculated. The sales consultant working at the dealership will also need to understand not only product features but also automation, software and business processes.
So if "robot dealership" happens, not only will a new product hit the shelves. The sales organization itself will also need to change.
When Will Atlas Enter People's Homes?
Hyundai's dealer statement naturally asks "will we be able to buy an Atlas for our home soon?" But today's information shows that we should not act hastily for this scenario. The company's official road map focuses on the use of Atlas in factories in the first place, and it has not been announced exactly which customer group the dealer sales will be aimed at.
Home robots do not only have a price problem. Many problems have to be solved, such as security, battery life, insurance, service, liability, privacy and safe interaction with people. While a factory robot operates in a designated work area, a home robot operates in an ever-changing environment. In an environment where small children or pets are present, the error tolerance of a 60-70 kilogram strong humanoid robot must be extremely low.
For this reason, it is much more likely that robots will become widespread in factories, warehouses, logistics centers and corporate facilities in the coming years.
For Hyundai, This Is Bigger Than a Robot Project
Hyundai's consideration of selling robots such as Atlas and Spot through car dealerships seems like interesting technology news at first glance. But there is a much larger strategy behind it that shows the transformation of the automotive industry. Hyundai does not want to be a company that generates its income only from automobile sales in the future; It wants to gather robots, robotaxis, autonomous systems and physical artificial intelligence in the same industrial ecosystem. The company's positioning of robotics trading as one of its official growth areas at the 2026 investor day is also an indication of this.
From the perspective of Boston Dynamics, a new era is beginning. The company has developed some of the world's most impressive robots for years, but deploying robotic technology on a true economic scale is a much more difficult problem. At this point, Hyundai's production capacity, factories, supply chain, finance company and dealer network can provide a commercial power that Boston Dynamics has never had before.
Therefore, the most important question is "Will robot dogs be sold at Hyundai dealers?" not. The bigger question is: Can robots evolve into a new product category that, like automobiles, is mass-produced, financed, serviced, and purchased by businesses as standard equipment?
The step taken by Hyundai shows that the answer of the industry is gradually moving towards "yes". If mass production of the Atlas begins in 2028 as planned, robots produce economic value in Hyundai factories and prices fall with scale, the idea of buying a robot from a Hyundai dealer, which seems extraordinary today, may be considered quite normal in a few years. The auto industry's next big product doesn't have to be four-wheeled; Maybe it will be a machine that walks on two legs.
Nur Oğuz