The international sale of the Unitree R1 on AliExpress brings humanoid robots closer to online commerce and shows how China is advancing in a market still limited to research, testing, and specialized applications.
The Chinese company Unitree Robotics has started selling the humanoid robot R1 on AliExpress, expanding international access to a category of machines that, until recently, circulated mainly among laboratories, universities, and technology companies.
The model is offered in markets such as the United States, Canada, Japan, United Arab Emirates, and Singapore, with a reduced version priced at around US$ 6,800 and a more complete configuration close to US$ 8,150, according to information attributed by Bloomberg Línea to a company spokesperson.
The presence of the R1 on a global e-commerce platform does not mean that the product has become a ready-to-use general-purpose home assistant.
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Unitree itself presents the robot as a platform for development, interaction, and research, with official prices starting at US$ 4,900 excluding taxes and shipping costs.
The standard R1 version is listed on the manufacturer’s website for US$ 5,900, also excluding taxes and shipping.
The public sale of the humanoid comes at a time when Tesla is still developing the Optimus, a bipedal robot project led by Elon Musk.
According to Reuters, Tesla itself indicated that the production of Optimus should start slowly, with the possibility of industrial advancement later on, while the product is not yet regularly available for public sale.
Unitree R1: what the humanoid robot sold online does
The R1 was designed as a compact humanoid robot.
According to Unitree, it is 1.23 meters tall, weighs about 27 kg in the Air version, and approximately 29 kg in other configurations.
The equipment also features 20 to 26 degrees of freedom in the entry-level versions and can reach 40 in the edition aimed at educational use, a measure that indicates the number of independent movements possible in the mechanical body.
In practice, the robot can walk, maintain balance, and perform programmed body movements in controlled environments.
Official videos and public demonstrations show actions such as bipedal movement and acrobatic movements, but this type of presentation does not equate to full autonomy in varied domestic or industrial environments.
The official Unitree page states that the R1 has features focused on voice, vision, connectivity, and joint control, as well as integration with tools used by developers.
These elements indicate that the robot was designed for software testing, research in artificial intelligence applied to the physical body, and motion control experiments.
Reports from specialized outlets also highlight important limitations.
The basic model was not designed to replace a person in complex household tasks, especially because it does not have highly dexterous articulated hands nor broad capacity to manipulate varied objects.

Price of humanoid robot reduces entry barrier
The price is one of the factors that differentiate the R1 from other humanoids in development.
Even with taxes, tariffs, and additional costs in some countries, the international offer at prices below many advanced robotic systems reduces the entry barrier for universities, small research teams, private laboratories, and companies interested in testing.
This cost reduction, however, does not eliminate technical requirements.
Humanoid robots still depend on programming, sensors, supervision, and suitable environments to operate safely.
In complex tasks, such as opening doors, holding fragile objects, recognizing unexpected obstacles, or navigating homes with furniture and people, autonomy is still limited.
For this reason, the R1 tends to be initially adopted as a development platform, rather than as a smart appliance.
The distinction is relevant because selling through AliExpress might give the impression that the product is akin to a common consumer item, although its practical use still requires technical knowledge.
Unitree also maintains different versions of the equipment, which reinforces this positioning.
The Air edition appears as the most accessible configuration, while the standard R1 offers more articulations.
The R1 EDU, aimed at education and research, depends on commercial contact and offers options intended for more advanced applications.
China advances in robotics while Tesla prepares the Optimus
The comparison with Tesla gained traction because Musk presents the Optimus as a strategic bet for the company’s future.

In previous public statements, the entrepreneur associated the humanoid robot with a possible expansion of Tesla’s business beyond electric cars, but mass production has not yet been confirmed as a commercially available product for consumers.
While Tesla keeps the Optimus in development, Chinese companies are advancing in the manufacturing and distribution of bipedal robots.
Unitree was already known for its robotic dogs, a line that helped the company gain visibility outside of China.
With the R1, the company applies a similar strategy in the humanoid segment: lower prices, international offer, and focus on programmable platforms.
Unitree’s advancement occurs amid a larger race in the Chinese robotics industry.
In March 2026, Reuters reported that the company filed for an initial public offering on the Shanghai Stock Exchange, aiming to raise 4.2 billion yuan, about US$ 610 million.
The prospectus cited by the agency indicated a 335% growth in operating revenue in 2025 and a 674% increase in net profit.
The financial data also indicate a change in the company’s business profile.
According to Reuters, the share of humanoid robots in Unitree’s main revenue increased from 27.6% in 2024 to 51.5% between January and September 2025.
This advancement shows that the area has ceased to be just a technological showcase within the company and has come to account for a significant portion of revenue.
Humanoid robot market is still limited
Unitree reported in its prospectus that it shipped more than 5,500 humanoid robots in 2025, a volume equivalent to 32.4% of the global humanoid market, according to data cited by Reuters.
The units were mainly destined for universities, laboratories, companies, and uses such as corporate reception, guided tours, inspection, and specific industrial applications.
A survey released by the South China Morning Post, based on data from Omdia, also pointed out that Unitree surpassed American companies like Tesla, Figure AI, and Agility Robotics in shipments in 2025.
The newspaper itself noted that the Chinese company did not comment on those specific numbers, which requires caution in direct comparison between manufacturers at different commercial stages.
Another data cited by Reuters, from Counterpoint Research, shows China’s strength in this market.
According to the consultancy, the country accounted for more than 80% of the 16,000 global humanoid robot installations in 2025.
The same report noted that widespread commercial adoption still faces obstacles because many demonstrations are conducted in controlled environments and do not automatically translate into large-scale productivity.
The sale of the R1 on AliExpress, therefore, should be understood as a sign of greater availability, not as proof that humanoid robots are already ready for unrestricted everyday use.
The equipment brings researchers, programmers, and enthusiasts closer to a technology previously concentrated in closed projects, but it still requires knowledge, infrastructure, and supervised testing.
For the science and technology sector, the change lies in access.
When a bipedal robot can be purchased on a global marketplace, more groups are able to test algorithms, study locomotion, evaluate human-machine interaction, and develop new applications.
The next stage will depend less on the commercial showcase and more on the ability of these machines to operate safely outside prepared environments.
The popularization of humanoids like the R1 will still be measured by the ability to generate useful applications in schools, laboratories, and companies, as well as reducing the gap between technological demonstrations and practical use.

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