Unitree's IPO and the Emerging Market for Embodied Artificial Intelligence

Chinese humanoid robot manufacturer Unitree is entering the stock market at a time when investor interest in the industry continues to grow rapidly. The company has finalized preparations for its upcoming IPO on the Shanghai Stock Exchange, setting the offering price at 150.8 yuan per share, implying a valuation of 61 billion yuan ($9.04 billion). The manufacturer intends to raise about $904 million, with AI model developer DeepSeek set to become one of its key investors and strategic partners.

The IPO is coming as the wider humanoid robot market starts to move beyond research and demonstrations. Coherent Market Insights estimates that the global Humanoid Robot Market will be valued at USD 6.40 billion in 2026 and is expected to reach USD 104.95 billion by 2033, growing at a CAGR of 49.0% from 2026 to 2033. Growing use of AI in robots, advances in robotics technology, and the need for assistance as populations age are among the factors supporting this growth.

DeepSeek will invest approximately $20.8 million in Unitree, acquiring 2.31% of the shares offered. However, the nature of the collaboration itself is far more important. The companies are effectively combining expertise in two key areas of modern robotics. Unitree is responsible for the hardware platform, while DeepSeek is expected to help address one of the industry’s biggest challenges — developing an intelligent control system capable of understanding its environment and performing complex physical tasks without predefined scenarios.

It is the software that remains the main barrier to widespread adoption of humanoid robots today. Modern machines can already walk, run, and perform simple actions, but fully autonomous operation requires training on vast amounts of data about the physical world. Partnering with Unitree will allow DeepSeek to accelerate the development of multimodal models that process text, images, and spatial information, while the robot manufacturer, in turn, will gain access to some of China’s most promising AI models.

The combination of better AI and better hardware is one of the main trends in the humanoid robot market. Better AI models can help robots understand their surroundings, follow instructions, recognize objects as well as respond to people. At the same time, improvements in sensors, processors, motors, and other hardware are helping machines move and work more effectively. Another trend is the growing interest in elderly care and personal assistance as aging populations and staff shortages create demand for help with everyday tasks. CMI identifies advances in robotics technology, aging populations, and the need for elderly care among the factors supporting market growth.

Investor interest in such projects is driven not only by expectations of future demand but also by the gradual emergence of real-world commercial use cases. One notable example was an experiment conducted by scientists at the University of California, San Diego, in which surgeons remotely controlled humanoid Unitree G1 robots to perform gallbladder removal procedures on two live pigs.

Widespread practical use of such systems is still a long way off. During the tests, the robots required recalibration, and signal latency remains too high for surgical applications. Nevertheless, the experiment demonstrated the potential to use relatively inexpensive humanoid platforms in areas where traditional surgical systems, costing between $500,000 and several million dollars, are not economically viable. Even the Unitree G1, equipped with specialized manipulators, costs approximately $67,000, which significantly lowers the entry barrier for medical institutions.

Another factor that could strengthen Unitree’s appeal to investors is its expanding partnership with Nvidia. The companies unveiled the Isaac GR00T reference platform, which combines the humanoid robot Unitree H2 with Nvidia’s software ecosystem for AI development and training.

In effect, this is an attempt to create the equivalent of Android for humanoid robots. Startups and research centers will be able to focus on developing their own software without spending years building a hardware platform from scratch. The robot is equipped with a new Nvidia Jetson AGX Thor computing module based on the Blackwell architecture, and the Isaac ecosystem includes tools for simulation, training, remote control, and scaling the resulting applications.

For Nvidia, such cooperation extends the company’s AI ecosystem beyond data centers, adding another potential growth driver that could influence Nvidia stock performance, while for Unitree, it provides access to a global developer community and accelerates the distribution of its hardware platform. At the same time, Nvidia CEO Jensen Huang has said that similar projects are planned with companies from the United States, Europe, and South Korea, while China’s Unitree is the first major partner for the platform.

CMI divides the Humanoid Robot Market by component, application, and motion type. The component segment includes hardware and software, while applications include research and space exploration, education and entertainment, personal assistance and caregiving, hospitality, search and rescue, and others. The market is also divided by motion type into biped and wheel-drive robots.

Hardware is especially important because humanoid robots need motors, sensors, processors, joints, batteries, and other physical parts to move and understand their surroundings. CMI expects the hardware segment to account for 65.3% of the market in 2026. This is directly relevant to Unitree because the company develops physical robot platforms. Better hardware can also make robots more useful in manufacturing, healthcare, research, and service applications.

Personal assistance and caregiving is another area attracting attention. CMI expects this application segment to account for 36% of the market in 2026. Humanoid robots could help with simple daily tasks, reminders, communication, mobility support as well as companionship. The demand is being helped by aging populations and shortages of staff in care services. These robots could therefore find uses in homes, healthcare settings, and other places where people need regular assistance.

The U.S. is an important market for humanoid robots, while North America is expected to account for 42.2% of the global market in 2026. The country has strong AI and robotics research, a large technology industry, and companies working on humanoid robots and related systems. Investment from technology companies, robotics startups, universities as well as research groups is helping move the technology forward.

Manufacturing, healthcare, logistics, hospitality, and other service industries are possible areas for adoption. At the same time, high development costs, limited communication skills, and the lack of flexibility of current robots remain challenges. The U.S. market will also be shaped by competition in AI chips, robotics software as well as physical robot development.

Unitree is entering a competitive market that includes companies such as Samsung Electronics, Honda Motor, Toyota Motor, UBTECH Robotics, PAL Robotics, Hanson Robotics, Kawada Robotics, Engineered Arts, ROBOTIS, and SoftBank, among others. These companies are working on humanoid robot hardware, software, mobility, and different commercial applications.

Unitree’s listing reflects growing investor interest in companies beyond AI chip manufacturers, particularly those seeking to monetize artificial intelligence through physical devices. While the market is still in its early stages and most projects remain unprofitable, the combination of in-house robot production, a strategic partnership with DeepSeek, and support from Nvidia could position Unitree as one of the leading players in the rapidly growing embodied AI segment.

That is why the upcoming IPO will be an important indicator of how investors value not only computing infrastructure manufacturers but also potential leaders in the humanoid robotics market. The market still has technical and commercial challenges to overcome, but the strong growth expected in humanoid robotics shows why investors and technology companies are paying close attention. If these machines can move from demonstrations to reliable everyday use, their role in healthcare, manufacturing, research, hospitality, and personal assistance could grow considerably during the forthcoming period.