Introduction: The Turning Point from Concept Hype to Value Reassessment
On August 2, 2026, looking back at the global technology industry in the past seven months, humanoid robots are undoubtedly the most controversial and potential track. If 2025 was the first year of the "hundred robots battle," with various manufacturers competing to release demonstration videos of walking, jumping, and even backflips, then in the first half of 2026, this industry has officially entered the cruel "commercialization exam." The capital market is no longer just paying for a cool universal grasping video, but is beginning to ask: What can your humanoid robot do in factories to reduce costs and increase efficiency? What is the delivery volume? Has the gross margin turned positive?
As the Q2 earnings season progresses, and the recent semi-annual performance reports released by several Chinese leading enterprises, the investment logic of the humanoid robot industry is undergoing qualitative changes. This article will conduct an in-depth review of the humanoid robot battlefield in the first half of 2026 from three dimensions: industrial implementation, capital paths, and supply chain restructuring.
I. "New Workers" in the Factory: Tesla Leads Large-Scale Deployment
The biggest industrial shockwave in the first half of 2026 came from the disclosure by Tesla CEO Elon Musk at the annual shareholders' meeting in June. Data shows that currently more than 1,500 Optimus humanoid robots have been "on duty" at Tesla's Texas super factory and Nevada factory, mainly performing tasks such as battery sorting, basic assembly, and handling. Although this number is still far from Musk's previous boast of "tens of billions of units in the future," compared to the trial scale of only a few hundred units at the end of 2025, the growth rate is astonishing.
More importantly, Tesla disclosed internal accounting data for the first time: after using Optimus, the labor substitution cost in related production line segments decreased by about 40%, and the average fault-free operation time of robots increased significantly. This means that humanoid robots are no longer just "cost centers" but are beginning to generate substantive return on investment. Affected by this news, A-share and Hong Kong-listed Tesla robot supply chain concept stocks experienced a strong rebound in late June, with harmonic reducers, six-dimensional force sensors and other细分 track leaders receiving strong attention.
Hong Kong Welcomes the "Robot Team": UBTECH Leads the Listing Boom
Corresponding with the overseas market, the actions of Chinese humanoid robot companies in the capital market are equally fierce. In the first half of 2026, the Hong Kong stock market witnessed a listing boom of humanoid robot and embodied intelligence companies represented by UBTECH Technology and CloudMinds. These companies are no longer simply telling the story of general AI models, but emphasizing "scenario implementation capabilities."
Take UBTECH, which just released interim results as an example. Its industrial humanoid robot Walker S series has reached deep cooperation with several leading new energy vehicle companies, entering the final assembly workshop to perform precision quality inspection and flexible assembly tasks. The financial report shows that its enterprise robot business revenue increased by more than 200% year-on-year, with significant improvement in gross margin. This shows that Chinese companies have not lagged behind foreign giants in the commercialization process of humanoid robots, but have taken a pragmatic path of entering from "vertical scenarios" relying on China's strong supply chain advantages and manufacturing scenarios.
Supply Chain Analysis: Cost "Plunge" and Reshaping of Core Barriers
Whether humanoid robots can be popularized on a large scale, cost is the key lifeline. Another trend in the first half of 2026 is the unexpected decline in the price of core components. With the acceleration of domestic substitution, the unit prices of core components such as harmonic reducers and frameless torque motors decreased by 15% to 25% compared to the same period in 2025.
However, this does not mean the dissipation of supply chain investment opportunities. On the contrary, market capital is beginning to concentrate on links with "touch" and "cerebellum." Fields such as electronic skin, six-dimensional force sensors, and high-energy-density batteries, due to their high technical barriers and direct impact on the fine operation capabilities of robots, have become new investment highlands. In addition, the demand for dedicated AI chips for robot motion control has surged, which has directly led to the valuation reshaping of the edge computing chip sector. For investors, simple "joint motor" assemblers are facing the risk of price wars, while enterprises mastering core technologies of perception and decision-making are building new moats.
Future Outlook and Risk Warnings: Finding the Next Ten-Bagger
Looking forward to the second half of 2026, the main investment lines of humanoid robots will revolve around "cost reduction" and "generalization." First, whether the整机 cost can be reduced to below 150,000 RMB is the key to determining whether it can be widely deployed in the service industry. Second, the deep integration of AI large models and robot bodies will accelerate, and embodied intelligent bodies with "hand-eye-brain" collaborative capabilities will become the ultimate form.
However, investors also need to be wary of two risks: one is the price war caused by technical homogenization, especially in low-threshold hardware assembly links; the other is the lag of ethical and safety regulations, which may cause fluctuations in the deployment of specific scenarios. But overall, 2026 is undoubtedly the singular moment when humanoid robots move from "0 to 1" to "1 to 10." In this stage, those companies that can not only "dance" but also "screw screws" in factories will truly go through the cycle and become the leaders of the new round of technological revolution.
