Tesla accelerates mass production, Chinese manufacturers collectively race ahead—is the “streetcar moment” for humanoid robots coming?

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Tesla's Optimus production capacity target has been significantly increased, Chinese manufacturers’ shipment forecasts have been revised upward accordingly, and global capital is rapidly pouring into the humanoid robot industry, which is standing at the critical point of large-scale mass production. Both Nomura and UBS recently released research reports pointing to the same conclusion: the industry is shifting from "technology validation" to "scale-up," however, several key bottlenecks still need to be solved before reaching the true "electric vehicle moment."

According to Wind Chasing Trading Desk and Nomura's report, Tesla has raised the annualized capacity target for the Fremont Optimus Gen 3 production line from the previous 50,000 units to about 70,000 units, and plans to add about 70,000 units of capacity in Austin by 2028. The long-term total capacity target points to 1.5 million units. Industry supply chain order signals indicate Optimus shipments in 2026 are around 25,000 units (with a fluctuation of 10,000 units up or down), and the weekly production target in September could jump to about 1,000 units.

At the same time, UBS points out that strategic capital moves in the global humanoid robot industry will be intensive in the first half of 2026. China's Ministry of Industry and Information Technology has set a target to deploy 10,000 humanoid robots in more than 100 applications scenarios by the end of 2027, while the Shanghai government plans to deploy 100,000 units in factories around 2030.

Both institutions have noted that current market sentiment remains subject to multiple factors. UBS data shows that China's humanoid robot index has underperformed the mechanical index by about 9 percentage points so far this year, mainly due to delays in the mass production of Optimus Gen 3, capital rotation towards data centers and commercial aerospace, and overall weak trading momentum. However, potential catalysts for the second half of the year listed by UBS include the official release of Optimus Gen 3 (July to August), Unitree IPO progress, the World Artificial Intelligence Conference (July, Shanghai), and the World Robot Conference (August, Beijing).

Tesla Raises Production Targets, Leading Global Mass Production Pace

Nomura's report shows Tesla is advancing Optimus Gen 3 from the launch phase into mass manufacturing. The annualized capacity target for the Fremont production line (originally converted from the Model S/X line) has been raised to about 70,000 units, with Austin's second production line expected to contribute a similar scale by 2028. The long-term total capacity target is around 1.5 million units. Based on industry research, Nomura estimates the weekly production target in September will be about 1,000 units.

Among non-Chinese players, Figure AI and Boston Dynamics each track shipments of about 500 to 1,000 units this year, other overseas manufacturers are around 100 to 200 units, and Figure’s BotQ production line publicly achieves a pace of one unit per hour. Overall, the production pace of these overseas manufacturers still lags behind leading Chinese manufacturers.

UBS identifies July to August as the official release window for Optimus Gen 3, listing it as one of the most important market catalysts in the second half of the year.

China Shipment Forecast Revised Upwards, Dual Drivers of Government Procurement and Consumer Demand

Nomura has raised its forecast for China’s humanoid robot shipments in 2026 to about 40,000 to 50,000 units, with drivers coming from accelerated government procurement for embodied intelligence bases and the launch of low-priced products that could trigger a consumer demand turning point in the second half of the year.

Regarding the distribution of tiers, Nomura estimates that the top two companies will ship about 10,000 to 15,000 units (2-3x YOY growth), second-tier companies each about 3,000 units, and third-tier about 500 to 1,000 units. On downstream structure, the 2026 shipments are about 30% for consumption, 30% for performance and entertainment, 20% for government procurement (data collection), 15% for education, and the remaining 3%-5% for commercial and industrial applications.

UBS’s report also states that Chinese policy is promoting the industry’s shift from "showcase" to real "working models" across factories, logistics, medical, and home scenarios. MIIT targets deployment of 10,000 robots in more than 100 scenarios by end-2027, with Shanghai's government planning to deploy 100,000 units in factories by around 2030.

Data Collection Paradigm Shift, Non-Robot Methods May Compress Demand for Physical Robots

Nomura's report reveals a structural change affecting the industry: data collection is rapidly shifting towards "non-robot" methods, including remote operation, UMI (Universal Manipulation Interface), and Ego (first-person perspective) data collection, with costs at about 20% that of physical robot collection, and with significantly faster speed.

As hybrid data training (about 90% non-robot data, 10% physical robot data) becomes the industry standard, demand for physical robot data collection will further shrink in 2026. Government remains the primary funder for data collection factories, with investment for a large facility of about 1,000 units ranging from 50 to 100 million RMB and a payback period of about 3-5 years.

This shift alleviates OEM’s hardware procurement pressure in early stages, but also raises greater requirements for data quality, consistency, and cross-platform standardization. Nomura notes industrial deployment still faces bottlenecks in precision, cycle time, and training cost verification.

Full Machine Contract Manufacturing Trend Clear, Self-Built Supply Chain Shows Cost Advantage

Nomura's field research indicates the trend towards full machine contract manufacturing is quite clear. Due to the hardware supply chain being capital-intensive and having long returns, most second- and third-tier OEMs prefer outsourcing. In the long run, the proportion of contract manufacturing may increase further, while some OEMs (like Unitree) sticking to self-built supply chains can directly strengthen pricing power by reducing bill-of-materials costs.

For contract manufacturing players, Nomura believes those with automotive supply chain backgrounds have greater long-term competitiveness due to end-to-end management and mass assembly experience; 3C manufacturers have certain short-term advantages in brand effect.

In pricing, Nomura estimates mainstream full-size products will be priced from 150,000 to 300,000 RMB, small-size products from 10,000 to 100,000 RMB. The price drop in 2026 has already exceeded 50% YOY, and Nomura estimates the price reduction in 2027 will likely narrow.

Global Capital Accelerates Entry, UBS Favors Upstream Core Components

UBS’s report summarizes important recent developments in global humanoid robotics: Nvidia is actively supporting ecosystems including China’s Unitree and South Korea (especially Hyundai); OpenAI officially returned to humanoid robotics in June, setting up the "OpenAI Robotics" division and recruiting extensively for hardware, systems, and AI talent; Germany’s Neura Robotics completed a $1.4 billion round C financing, with production targets of 6,000 units this year and more than 10,000 in 2027; Agility Robotics announced its merger with Churchill Capital Corp XI for a listing on June 24, with a pre-transaction valuation of $2.5 billion, expected to complete in Q4 2026.

Automotive companies are accelerating deployments. In June 2026, the CEO of XPeng personally took over the robotics division, aiming for mass production of the humanoid robot "IRON" by year-end. BYD confirmed it is developing humanoid robots, planning to internally deploy up to 20,000 units by year-end, which will be one of the world’s largest real scenario deployments.

In terms of investment strategy, UBS prefers upstream core component companies with strong core businesses and high barriers in the humanoid robot field, focusing on sensors, reducers, and ball-screw technology. UBS also notes that although the industry's momentum continues to build, it believes the "electric vehicle moment" for humanoid robots is still some distance away.

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The above content is from Wind Chasing Trading Desk.

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