China Ships the Humanoids. Germany Wants to Sell the Hands.

The humanoid robot market finally has a real denominator, and it is lopsided. According to IDC data reported this week, vendors shipped almost 25,000 humanoid robots in the first half of 2026, up 432.1% from a year earlier, and revenue topped $740 million, up 322.7%. Chinese vendors built more than 95% of them. The question for everyone else is no longer whether they can catch up on finished robots. It is whether they can sell China the parts.

Germany thinks it can. A Euronews report published October 1 lays out the argument from Fraunhofer researchers and the country's machine-building lobby: China assembles the robots, but a humanoid is a bundle of motors, gearboxes, bearings and sensors, and those are things German suppliers already make very well.

What the shipment numbers say

IDC's figures, first reported by TechNode and Forbes, show a market that is both growing fast and highly concentrated. Chinese customers bought about 78% of units, more than 19,000 robots, per TechNode. Forbes, citing the same IDC data, ranks Shanghai-based Agibot first with roughly 8,600 units, about 35% of the global market, followed by Unitree at around 5,000. After that the field thins to hundreds: Booster Robotics near 1,000, UBTech around 900, then Leju, Galbot, Astribot, Fourier and Galaxea AI. Figure AI, the only non-Chinese name in the top ten, shipped what Forbes describes as a few dozen.

A separate tracker lands in the same place. Euronews cites Smart Analytics Global, which counted about 19,100 humanoid deliveries in the first half and put China's share at 97%. The methodologies differ, but the conclusion does not.

The robots are also getting cheaper and moving into real work, slowly. Forbes calculates the average unit at about $29,600, down from about $37,000 a year earlier. Research and education, performances and government showcase centers still accounted for 69% of shipments, per IDC, though that share fell from 83.8% in 2025. IDC raised its 2030 forecast to more than 750,000 units a year. Lily Li, a research manager at IDC China, framed the next phase as a race to close the loop between technology, data, engineering and real deployment scenarios.

Flux has covered China's price war and its push on robot hands before. What is new this week is a vendor-by-vendor view of who is actually shipping, and an explicit European answer to it.

Forty joints, each one a supply chain

The German pitch rests on a piece of arithmetic. A conventional industrial robot arm has about seven joints. A humanoid needs more than 40, according to the Euronews report, and every joint needs a motor, a gearbox, a bearing and a sensor. Multiply that by hundreds of thousands of robots and the component market starts to look larger and more defensible than the assembly business.

Fraunhofer IPA, the Stuttgart institute for manufacturing engineering and automation, worked with the consultancy P3 on the opportunity and expects the humanoid market to be worth around $30 billion by 2030, per Euronews. Vincent Bezold of Fraunhofer IPA told the outlet that "the potential along the German and European supply chain is very large." The report names Schaeffler, Bosch, Schunk, Wittenstein and Neugart as companies with the relevant precision drivetrain and gripping expertise. VDMA, Germany's mechanical engineering association, published its own "Humanoid Robotics 2040" study in April.

The strategy concedes the finished robot to China and competes one layer down. Precision drivetrains and grippers are where German suppliers already sell into industrial automation, and Chinese assemblers scaling into the tens of thousands of units need exactly those parts.

Bosch and Schunk go after the hardest part

The most concrete move is a robot hand. In June, Schunk and Bosch launched a development partnership to build an industrial-grade hand designed to plug into different humanoid platforms, according to trade outlet All About Industries, with a first prototype shown at Bosch Connected World 2026. Schunk brings around 20 years of work on gripping technology and humanoid hands. Bosch, through its Robert Bosch Robotics unit, contributes mechanics, electronics, software and AI, plus the industrialization experience to manufacture at volume.

The target is production and logistics tasks where parts and positions vary too much for a conventional gripper. The partners say traditional gripping systems "often reach their technical limits" with that kind of variation, which is the same dexterity problem that keeps most humanoids in demo halls.

The hand is a smart place to start. It is the component with the most joints, the tightest packaging and the most direct line to whether a humanoid can do useful work. It is also platform-agnostic by design: a supplier that sells hands into Agibot, Unitree and Figure alike does not need to win the robot war to profit from it.

The catch

Being the parts supplier is a real business, but it is not a guaranteed one. Chinese startups such as LinkerBot and Wuji are already chasing the same components, and the companies shipping the most robots have every incentive to build actuators and hands in-house as volumes rise. A Bosch-Schunk prototype is not yet a product line, and neither the partners nor Euronews gave a launch date or price.

There is also the demand question. Roughly two-thirds of humanoids shipped this year still went to research, education and showcase uses, not factory floors. If that share keeps falling the way IDC's numbers suggest, the joint-and-hand market grows with it. If it stalls, Germany will have positioned itself as the premium supplier to an industry still figuring out what its product is for.

For now, the division of labor is set: China builds the bodies, and Germany is betting that the most valuable parts of those bodies are the ones it already knows how to machine.