On Wednesday, Unitree Robotics debuted on the STAR Market of the Shanghai Stock Exchange under the ticker 688836.SH. On the same day, the 2026 World Robot Conference opened in Beijing. The timing was symbolic: humanoid robots are moving beyond labs and exhibitions and into the next stage of capital markets and commercial competition.
Unitree priced its initial public offering on the STAR Market at RMB 150.80 ($22.41) per share, issuing 40,446,434 new A-shares and raising total proceeds of around RMB 6.099 billion ($910 million).
But Unitree was not a company that bet on humanoid robots from the beginning.
In 2016, founder Wang Xingxing left a university laboratory to start the company. At the time, Chinaโs quadruped robot market was still at a very early stage. Compared with humanoid robots, quadruped robots were relatively easier to develop and commercialize in terms of mechanical design, motion control, and practical applications. Unitree chose to start with quadruped robots, launching the Go, A, and B series and gradually expanding into research, education, and industrial inspection.
This experience gave Unitree an early product and revenue base. From 2022 to 2025, revenue from its quadruped robot business grew from RMB 92.82 million ($13.79 million) to RMB 698 million ($103.72 million). Before humanoid robots became a major industry trend, Unitree had already built a foundation for commercial growth.
What truly changed Unitreeโs growth trajectory was humanoid robots.
In 2023, revenue from Unitreeโs humanoid robot business was only RMB 2.96 million ($440,000), accounting for less than 2% of its total revenue. By 2025, that figure had surged to RMB 868 million ($128.98 million), which made up more than 51% of the companyโs total revenue. Humanoid robots had officially become the companyโs main growth driver.
Products such as the H1 and G1 also helped Unitree move from being a robot demonstrator to becoming a robotics product company. In the past, a robot that could walk or run was already enough to become a highlight at an exhibition. But as the industry moves toward commercialization, the more important questions are whether robots can be produced reliably, sold consistently, and generate sustainable revenue.
Unitree has moved relatively quickly on this front.
In 2025, the company generated RMB 1.699 billion ($250 million) in revenue and RMB 278 million ($41.31 million) in net profit attributable to shareholders. At a time when many humanoid robot companies are still operating at a loss, Unitree has demonstrated a certain level of commercial viability. That has become an important foundation for its entry into the capital markets.
At the same time, Unitreeโs IPO has arrived at an important moment for the industry.
In 2026, the humanoid robotics industry is increasingly shifting its focus from whether robots can be built to whether they can be put to practical use. Automakers, robotics companies, and AI firms are all pushing toward mass production and real-world deployment. The market is now paying closer attention to product capabilities, cost control, and the ability to scale production and delivery.
The listing of a robotics company with actual products, revenue, and profitability provides a concrete reference point for investors trying to understand the rapidly developing industry.
But going public does not mean Unitree has already won the next round of competition. For Unitree, the biggest challenge ahead may not be selling more robots, but making them smarter.
Over the past decade, Unitreeโs strengths have largely been concentrated in mechanical design, motors, motion control, and robot hardware. But as humanoid robots enter commercial deployment, hardware alone may not be enough to create a long-term competitive advantage.
Robots ultimately need to understand the real world, make decisions based on their surroundings, and perform tasks that were not explicitly programmed in advance. The competition is therefore moving beyond the robotโs body and increasingly toward its brain.
Following its IPO, Unitree is also expected to increase investment in areas such as embodied AI foundation models. For a company that started in a university laboratory, going public marks the completion of one stage rather than the end of the journey.
Over the past decade, Unitree has shown that it can build robots, sell them, and generate meaningful revenue at scale. The next question is more straightforward: Can it turn its hardware advantage into AI capabilities and remain competitive in the next stage of embodied AI?
That may ultimately be more important than simply becoming the first humanoid robot company to go public on Chinaโs A-share market.
