Woofun AI reports that Ubtech has secured over 5,000 pre-orders for its U1 consumer humanoid robot within less than three weeks of its June launch on JD.com and Tmall. This rapid uptake contrasts sharply with the company's previous annual sales figures, as the pre-order volume in this short window nearly equals five times the total 1,079 full-size humanoid robots sold across all channels in 2025. The U1 model, marketed under the Youworld brand, is designed for emotional companionship and features 88 high-degree-of-freedom motion joints available in both male and female configurations. While this surge suggests a breakthrough in the consumer sector, the broader market context reveals a complex landscape where Ubtech must navigate intense competition from emerging players who have already achieved significant shipment volumes. The company has set an ambitious production target of 10,000 units for the U1 series this year, alongside a separate goal of manufacturing 10,000 industrial humanoid robots, signaling a dual-track strategy to dominate both B-end and C-end markets simultaneously. Zhou Jian, the founder of Ubtech, asserted at the beginning of 2026 that and winning bids, the company is likely the global leader in both individual order value and cumulative totals.

However, these optimistic projections are tempered by lingering doubts regarding the company's ability to sustain this momentum and achieve timely profitability amidst a shifting competitive hierarchy.

The trajectory of Ubtech's market position has undergone a significant transformation since its initial rise to prominence. In 2016, the company captured public attention when 540 Alpha 1S robots performed a synchronized dance routine to Sun Nan's music during the CCTV Spring Festival Gala, a moment that catalyzed widespread interest and attracted major investors like Tencent. This visibility facilitated multiple rounds of financing and culminated in Ubtech's listing on the HKEX by the end of 2023, where it was heralded as the 'first humanoid robot company to go public.' Yet, the competitive landscape shifted dramatically in 2025 with the emergence of new rivals who have redefined industry benchmarks. YuShu Technology gained significant traction during the Spring Festival Gala that year, with its robots wearing cotton-padded jackets and waving handkerchiefs capturing the public imagination, establishing the firm as a symbol of advanced motion control.

Concurrently, Zhiyuan Robotics achieved a shipment volume of 5,100 units in 2025, leveraging cost-reduction strategies derived from software and hardware decoupling and an ecosystem built on open-source large models to become a new industry leader. These developments have effectively overshadowed Ubtech's former status as the undisputed number one, forcing a strategic recalibration in how the company presents its earnings and positions its products.

In response to this shifting dynamic, Ubtech adjusted its financial reporting in 2025 to list 'full-size humanoid robots' as an independent business category for the first time, moving away from the previous model of categorizing revenue by application scenarios. This structural change highlights the growing importance of the humanoid segment, yet it also underscores the pressure Ubtech faces from competitors who are aggressively scaling production. For 2026, YuShu Technology has set a production target ranging from 10,000 to 20,000 units, while Zhiyuan Robotics indicated the potential to ship tens of thousands of units. In comparison, Ubtech expects to ship 5,000 units of its Walker S series for industrial use, with the U1 consumer pre-orders already exceeding 5,000 units. The disparity in these figures reflects fundamental differences in product positioning and pricing strategies. YuShu Technology's G1 humanoid robot has a starting price of less than 100,000 yuan, whereas the average price of Ubtech's humanoid robots reached 760,000 yuan in 2025. This substantial price gap is driven by the distinct technical approaches and intended use cases; industrial applications demand higher stability, which inherently increases costs.

However, YuShu Technology has demonstrated exceptional cost-control capabilities, evidenced by a gross profit margin that increased to 60% despite decreasing selling prices. This dynamic illustrates the core business logic of the growth phase from 1 to N, where lower prices drive increased sales volume, creating economies of scale that reduce the manufacturing cost per unit.

The capital market's perception of Ubtech is increasingly influenced by public awareness, order volumes, and relative market positioning. The robot performances at the Spring Festival Gala over the past two years have elevated public expectations for technological maturity, while YuShu Technology's first report of profitability has further heightened market demands for commercial returns. These factors place Ubtech in an awkward position, characterized by relatively low profitability and diminished media attention compared to its rivals. The company's stock price has experienced extreme volatility since its listing, soaring by 88% in a single day in March 2024 after being included in the HKEX Stock Connect list to reach a historical high of HK$328 and a market cap exceeding HK$130 billion. This peak was followed by a sharp decline, with the stock falling to HK$40.8 by the beginning of 2025, representing a loss of approximately HK$100 billion in market value. Although the stock rebounded later in 2025 as shipments of humanoid robots increased from 10 units in 2024 to 1,000 units, the current market cap of approximately HK$49 billion (equivalent to RMB 42.6 billion) remains roughly on par with YuShu Technology's initial market cap. Institutional estimates suggest YuShu Technology's reasonable post-listing market cap should range between HK$60 billion and HK$100 billion, with RMB 42 billion being the mainstream expectation. From a static financial perspective, Ubtech's revenue in 2025 was 17.7% higher than YuShu Technology's, indicating that the market is applying different valuation criteria to the two firms.

The divergence in valuation is partly attributable to the location of their listings, with YuShu Technology planning to list on the STAR Market while Ubtech is listed on the HKEX. The A-share market typically offers higher liquidity premiums for technology companies, which may explain the valuation gap.

Furthermore, Ubtech's chosen development path plays a critical role in this dynamic. Zhou Jian has stated that while dancing robots hold appeal in lower-tier markets, he does not view this as a sustainable development direction, emphasizing instead that the true role of humanoid robots is to assist humans with repetitive, simple, and tedious tasks. From a technical and cost perspective, achieving maturity in home applications will take significantly longer. Ubtech's strategy follows a three-step approach: first, establishing a foothold in industrial applications to assist workers on production lines; second, applying these technologies in commercial scenarios; and third, entering the home market for companionship and communication services. The launch of the U1 companion robot in June suggests that this 'three-step approach' is not strictly linear, indicating a pragmatic shift driven by competitive pressures and the urgent need to achieve commercial success.

Adhering to a 'manual labor-focused' approach necessitates a heavy emphasis on developing 'brain' technology within the field of embodied intelligence. In this framework, the cerebellum handles motion control, the body executes physical actions, and the 'brain' manages decision-making and planning. While dancing can be achieved through the cerebellum and preset programs, complex factory environments require robots to handle non-standard and unexpected situations, demanding a powerful 'brain' to understand instructions and plan actions. Zhou Jian has publicly stated, 'No one in China has invested more in the development of embodied intelligence technologies than us.' For these algorithms to function effectively, the cerebellum and body must work in coordination, a requirement that led Ubtech to adopt a 'full-stack development' model from its inception due to an immature supply chain. This approach means Ubtech manufactures everything from the 'brain' algorithms to the motion control systems and joint motors, covering a comprehensive technical portfolio that includes the Thinker embodied large model, BrainNet 2.0 collective brain network, and Thinker-VLA visual-language-action model.

However, this full-stack strategy incurs high costs, with Ubtech spending RMB 507 million on research and development expenses in 2025, a figure significantly higher than that of its competitors.

The structure of Ubtech's orders and business logic reflects its strategic priorities and development path. Orders are primarily divided into two categories: projects related to 'embodied intelligence data collection centers' initiated by local governments or state-owned enterprises, and industrial procurement orders. Zhou Jian anticipates that in 2026, more manufacturing companies will place bulk orders, as these robots can collect high-quality, multi-modal data from the real physical world to enhance the generalization capabilities of the 'brain' large model. This creates a virtuous cycle of 'data-model-application,' but it relies on sufficient endpoints to collect data. For government and state-owned enterprise customers, the primary purpose is often to collect real-world data and build testing infrastructure rather than to integrate robots directly into production lines for immediate revenue generation. Consequently, these orders often involve project-based contracts with long acceptance periods, which can slow down cash collection and negatively impact cash flow performance. For B-end manufacturing companies to engage in large-scale purchases, they must see a clear return on investment, meaning the robots must perform effectively, quickly, and at a reasonable cost.

In industrial applications, Ubtech's robots have achieved a success rate of 99% in tasks such as intelligent material handling and loading/unloading. At the beginning of 2025, the productivity of these robots in factories was approximately 30% that of a single worker; by the end of the year, this figure had increased to 45%, with expectations to exceed 60% in 2026. This efficiency implies that one robot working for 12 hours is roughly equivalent to one worker working for 8 hours. Industry experts note that for a robot to replace a worker with an annual salary of RMB 80,000 to RMB 100,000, the purchase cost must be controlled within RMB 150,000, and the total cost of ownership must remain manageable. Hidden costs such as maintenance, downtime, and parts replacement can significantly increase the total cost of ownership, potentially rendering the economic viability lower than the RMB 150,000 threshold. From the manufacturer's perspective, price competitiveness remains essential for gaining market share, and the customer base significantly impacts a company's financial structure. Since a considerable portion of Ubtech's orders come from government departments, its cash collection situation is not optimistic. In 2025, Ubtech's revenue reached RMB 2.001 billion, but its accounts receivable at the end of the year amounted to RMB 1.3 billion, resulting in a much slower turnover rate compared to its peers. More than 40% of these accounts receivable had an age of over one year, and the amount of accounts receivable with an age of over three years increased by more than three times compared to the previous year.

Moreover, Ubtech has been operating at a loss for several years, with net losses attributable to the parent company totaling RMB 1.234 billion in 2023, RMB 1.124 billion in 2024, and RMB 703 million in 2025. Poor cash collection and high profit pressures have led to continuous outflows of operating cash flow, with net cash outflows reaching RMB 1 billion in 2023, RMB 880 million in 2024, and RMB 780 million in 2025. The industry generally believes that humanoid robots are about to face a round of intense competition, where the increasing demand for funds during mass production will exacerbate existing challenges. With significant losses in both profits and cash flow, Ubtech is in a vulnerable position, although its balance sheet shows sufficient funds. As of the end of 2025, the company held RMB 4.888 billion in cash on hand, a sum derived not from operations but from the capital market. In 2025 alone, Ubtech raised approximately HK$6.3 billion through three rounds of financing. Listing just two years after its initial public offering and conducting frequent discount offerings has significantly diluted the equity of its original shareholders, leading to market speculation about the company's dependence on fundraising and its ability to sustain itself without external capital.

Returning to the root causes of Ubtech's losses, two primary factors stand out: insufficient shipment volumes to reduce manufacturing costs and research and development expenses that are significantly higher than those of competitors.

Additionally, a critical financial factor involves the company's construction in progress, which amounted to RMB 1.742 billion in 2025. Of this amount, less than RMB 60 million was invested in the office building project throughout the year, and this project was not classified as fixed assets at the end of the year. The scale of construction in progress was much larger than that of fixed assets, with the former being more than seven times the latter at the end of 2025. According to accounting standards, construction in progress does not require depreciation before it is ready for use, and some borrowing interest can be capitalized, meaning it does not directly affect current profits. Once these assets are classified as fixed assets, depreciation expenses and capitalized interest will be recorded as financial expenses, reducing profits. It remains unclear whether the two headquarters buildings have met the requirements for use, but this accounting treatment raises concerns about whether Ubtech is operating on the fringes of accounting practices. This situation implies that once these assets are reclassified, they will add a definite negative element to Ubtech's already fragile profit statement.

The development of humanoid robots is still in its early stages, with technical and commercial paths yet to converge. It is uncertain whether the ultimate goal will be to first capture the market with lower entry barriers and then improve 'brain' technology, or to establish a strong presence in industrial applications using high-quality real-world data to create a competitive advantage before expanding production volume. Different paths inevitably lead to different financial models; the first approach focuses on light assets, high turnover rates, and self-sustaining growth, while the second involves heavy investments and continuous losses. Ubtech has set its goals even further ahead, needing to prove not only the technical feasibility of its products but also whether it possesses the capabilities to achieve economic viability. This marks a critical juncture where the company must demonstrate that its high-cost, full-stack strategy can eventually yield sustainable returns in a market increasingly defined by price sensitivity and rapid scaling.