Happy Sunday. I scan 100+ Chinese-language sources daily, WeChat public accounts, Bilibili, 36Kr, Caixin, InfoQ, Sina Finance, Zhihu, and a dozen more, so you don't have to. When something matters in Chinese AI, this is where it lands first. Let's go.
The Rotation
For two years, Chinese venture money chased the humanoid robot. The thing that walks. The body. This week the smart money admitted, out loud, that it has changed its mind.
The new consensus is blunt. Stop betting on the robot. Buy the parts inside it.
The numbers behind the shift are large. In the first quarter of 2026 alone, Chinese humanoid robot startups raised about 68.1 billion yuan ($9.4 billion), which is more than the entire sector raised in all of 2025. For the full year 2025, a report from the China Academy of Information and Communications Technology and Tsinghua University counted 744 financing rounds totaling 73.5 billion yuan. The 2026 pace is on track to dwarf that. But the destination of the money has flipped. It used to flow to the companies building the whole robot. Now it flows upstream, to chips, to the dexterous hands, to the force sensors, to the gearboxes.
Here is the mechanism, and it is one this audience will recognize immediately from a different industry.
The investors quoted in a detailed survey published this week by China Industry News keep reaching for the same comparison, the electric vehicle. In China's EV buildout, the carmakers ended up squeezed to thin margins while the battery and power-electronics suppliers, CATL above all, captured the largest share of the profit. The bet now is that humanoid robots run the same script. The body company becomes an assembler. The durable moat sits in the core components. As one investor put it, no matter who wins the race to build the best robot, all of them need chips and dexterous hands, so the certainty is higher upstream.
There is a second reason, and it is the one that actually matters. The component makers have real revenue today, right now, without waiting for humanoid robots to ship in volume. Dexterous hands already sell into industrial collaborative arms. Tactile sensors already sell into consumer-electronics inspection lines. The demand does not depend on any single robot company succeeding. LinkerHand, a dexterous-hand maker, runs 7 product series across a price range from 3,999 yuan to 100,000 yuan, makes its core parts entirely in-house, and is already shipping at a rate of roughly a thousand units a month. That is a business. Compare it to the body companies, where even the profitable standout, Unitree, draws 73.6% of its humanoid revenue from research and education buyers and only 9% from actual industrial deployment. The body companies are selling to labs. The component companies are selling to factories.
The market has already voted with its feet. On June 5, Leaderdrive, China's largest maker of the harmonic reducers that act as the precision joints in a robot's wrist, hit the 20% daily limit-up and set a record high on nearly 8 billion yuan of single-day turnover. Its founders crossed into billionaire territory this year on humanoid demand, with 2025 net profit more than doubling. And the body companies themselves are now confirming the thesis by acting on it. Agibot just carved its dexterous-hand unit out into a separate company, its data-collection unit into another funded by Sequoia China, and its robot-rental unit into a third. BYD took a strategic stake in the tactile-sensor firm Paxini. CATL, Agibot, and Galbot all turned up together inside a single funding round for a six-axis force-sensor startup. When the robot makers start buying their own suppliers, they are telling you where they think the value is.
The window is the part to watch. The investors in this survey think it is short, somewhere between 12 and 18 months, before component valuations shift from being driven by theme to being driven by earnings. And one detail signals how fast the mass-production phase is approaching. Some core-component suppliers are now signing purchase agreements with their robot-maker customers that carry penalty clauses in both directions, the supplier pays if it cannot deliver volume, and the customer pays if it fails to place the orders. That kind of two-sided guarantee did not exist in this industry six months ago. It exists because the people closest to the supply chain now believe the volume is real.
The body was the story. The parts are the trade.
The Briefing
The robot CEOs gathered in Beijing this week and described a money race, not a technology race. At the Embodied Industry CEO panel at the BAAI conference, the heads of Spirit AI, LinkerHand, and several other humanoid companies framed the next phase as the expensive, compute-heavy training stage, and the imperative is to raise capital now. Spirit AI raised about 1 billion yuan within ten months of founding. One dexterous-hand maker is reportedly chasing a new round at a 40 billion yuan valuation. The phrase circulating at the conference, per Caixin, was that if you are not at the table this year, there is no seat next year. This is the demand-side mirror of the component rotation above, the body companies are raising war chests precisely because the training run is about to get costly.
China's industrial robots are quietly winning the export market that humanoids only promise. New customs data shows that AI-related products, electronic components, fiber-optic cable, computer parts, totaled 4.12 trillion yuan in trade in the first five months of 2026, up 52.4% year on year. Inside that figure sits a striking statistic, one of every three industrial collaborative robots, the palletizing machines used in warehouses worldwide, is now made in Dongguan. This is the unglamorous proof of the upstream thesis. The Chinese robotics supply chain is already a globally dominant, revenue-generating business in the boring categories, long before the humanoid arrives.
A harmonic-reducer maker cleared its Hong Kong listing hearing the same week. Zhejiang Laifu Harmonic Drive passed the Hong Kong Stock Exchange listing hearing, the final procedural gate before pricing. The component layer is reaching the public markets, on top of all the private capital flowing in. Laifu joins a queue of Chinese hard-tech and robotics-supply-chain names heading for Hong Kong listings this year, the same venue that has absorbed most of the country's 2026 AI offerings.
SK Hynix plans to triple its chip wafer capacity to feed AI memory demand. SK Group chairman Chey Tae-won said the memory unit will lift wafer output to three times current levels by 2034, and the company confirmed it intends to issue American depositary receipts this year for a US listing. The read-through for China, the global memory supply that humanoid robots, AI data centers, and domestic accelerators all draw from is being expanded on a decade-long horizon, and the capital to fund it is being raised in the US public markets while Chinese suppliers raise theirs in Hong Kong.
Amazon's CEO raised concerns about Anthropic's models before the US directive landed. Chinese financial wires picked up reporting that Andy Jassy and other tech executives spoke with the Trump administration about the models ahead of last week's export-control directive on Fable 5 and Mythos 5, and that the administration is unlikely to extend the Anthropic controls to other AI companies. For Chinese developers cut off last week, the second half matters more than the first, the cutoff looks targeted, not the start of a broad model-export regime.
What I Found on Bilibili This Week
A scheduling note first. The transcription pipeline that normally pulls and translates full Bilibili videos is still down this week, so I am reading these as titles and signals rather than transcribed argument. Treat the following as directional, not quoted.
The video I want to flag is titled, in translation, "The covert US-China struggle in the humanoid robot industry." The framing is itself the signal. Chinese creators are no longer covering humanoid robots as a domestic technology curiosity, they are covering it as a two-power industrial contest, the same lens this newsletter applies to chips. A second video making the rounds claims domestic AI chips have climbed to a 41% share, with Nvidia's China share falling from 95% to 55%. I flagged the same 41% figure last issue with a caveat, it comes from an unnamed Bilibili analyst, and I have not been able to source it to a primary dataset, so hold it loosely. The trend direction, domestic share rising, is well established, the precise number is not.
Signals
Zhipu open-sourced GLM-5.2 under an MIT license while preparing its IPO. The model release and the listing prep are not separate events. Open-sourcing the frontier model removes a paywall lever right before going public, which Chinese commentators read as a bet that ecosystem adoption is worth more than near-term API revenue at the moment of listing.
DeepSeek shipped V4, and the Chinese model-comparison crowd is calling it the strongest open-source model again. Multiple side-by-side reviews this week put V4 back at the top of the open-source coding rankings, the same seat Kimi has been contesting. The open-weight Chinese models keep trading the lead among themselves, which is exactly the competitive density that the foreign-national cutoff on Anthropic's top models now pushes Chinese developers toward.
China put its first domestically developed flexible welding robots for offshore engineering into service. The system, deployed in Tianjin, handles high-difficulty custom welds on offshore oil and gas platforms, carries a 20-year design life, and runs on core software and a process library that are 100% domestically built. Another data point in the unglamorous-but-real industrial-robot column.
The Bigger Picture
Why does the body-to-parts rotation matter beyond the venture-capital scoreboard?
Because it tells you what kind of industry China thinks humanoid robotics is going to be. If you believe the winning robot company will own a defensible, high-margin product, the way Apple owns the iPhone, you put your money into the body. If you believe the robot will commoditize into an assembled box, the way the gasoline car and then the electric car did, you put your money into the components that every assembler will have to buy. China's capital has now chosen the second story. The robot is a Dell laptop, and these investors are buying Intel and the disk drive.
That choice has a geopolitical edge the venture framing hides. The component layer is exactly where China's supply-chain advantage is deepest and where Western alternatives are thinnest, harmonic reducers, force sensors, the motors shared with the EV stack, the consumer-electronics camera and compute parts. The investors in this survey are explicit that the highest technical barriers, the planetary roller screws and six-axis force sensors, are also where the domestic-substitution opportunity is largest, and they put the catch-up timeline at three to five years. If they are right, then the country that controls the parts controls the margin pool of the entire global humanoid industry, regardless of whose logo ends up on the robot.
The body gets the headlines. The parts get the profit. China just told you which one it is buying.
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