The race to mass-produce humanoid robots in China is accelerating rapidly. A new factory in Beijing, operated by electronics manufacturer Lingyi iTech, has already produced 300 robots for clients just weeks after opening in late April 2026. According to CNBC’s The China Connection newsletter, the facility is aggressively ramping up production and targeting 10,000 units this year.
Lingyi iTech is not a name that most people outside the electronics manufacturing industry would recognize, but it is precisely the kind of company that makes China’s hardware ambitions credible. Founded over 20 years ago as a precision components manufacturer for smartphones and consumer electronics, the company has spent decades building the manufacturing expertise and supply chain relationships that are now being redirected toward humanoid robots.
Scaling Production to Slash Costs
Lingyi iTech’s ambitions extend far beyond this year’s targets. The company aims to expand its annual production capacity to 500,000 humanoid robots by 2030. Achieving this scale is central to the industry’s commercial viability. Philip Yang, Vice President of Lingyi iTech, noted that producing robots at such a massive scale could halve the current average price of a humanoid, which currently sits around $30,000.
This cost-reduction trajectory is essential for moving humanoid robots out of research labs and specialized industrial settings into broader commercial applications. At $30,000, humanoid robots are already within reach for large industrial customers who can justify the investment based on labor cost savings. At $15,000 or below, the addressable market expands dramatically to include smaller manufacturers, service businesses, and potentially even high-end consumers.
The path from 10,000 units this year to 500,000 by 2030 requires a roughly 50-fold increase in production capacity over four years. This is an aggressive target, but it is consistent with the growth trajectories of other Chinese hardware manufacturers in categories like EVs and solar panels, where rapid scaling has driven dramatic cost reductions. A dedicated analysis of China’s first automated humanoid robot factory in Guangdong documented how similar facilities are being designed from the ground up for high-volume production.
The Demand Challenge
Despite the rapid increase in production capacity, market demand remains nascent. Xin Cheng, a Beijing-based partner at Bain, observed that the majority of humanoid orders so far consist of just one or two robots, primarily for testing and evaluation purposes. The industry is closely watching to see which companies can secure repeat, large-scale orders that would validate the commercial case for humanoid robots in industrial settings.
The challenge is partly technological and partly organizational. As explored in an earlier piece on who will actually buy China’s humanoid robots, the transition from stadium demonstrations to living rooms and factory floors is proving slower than the production ramp-up suggests. On the technology side, current humanoid robots can reliably perform specific, well-defined tasks, but they struggle with the variability and unpredictability of real-world industrial environments. On the organizational side, deploying humanoid robots requires companies to redesign workflows, train staff, and manage the integration of new technology into existing operations — a process that takes time even when the technology is ready.
Government Showrooms and Subsidies
To stimulate demand, Chinese authorities are actively promoting the technology through a variety of mechanisms. A government-backed showroom in Beijing, which opened last August, features various models, including the child-sized Booster T1 priced at 199,000 yuan ($29,400) and the wheeled Galaxea R1 Pro at 349,999 yuan. Cumulative orders at the showroom surpassed 30 million yuan by late May, indicating growing, albeit early-stage, consumer and enterprise interest.
The government is also providing financial support through the MIIT-SASAC real-scene training program, which mandates that state-owned enterprises identify deployment scenarios for humanoid robots and provides access to specialized financing and insurance products. This combination of demand stimulation and financial support is designed to bridge the gap between current commercial viability and the scale needed to drive costs down to mass-market levels.
Software: The Remaining Bottleneck
While hardware production is scaling impressively, industry experts emphasize that software remains the critical bottleneck to widespread adoption of humanoid robots. Lian Jye Su, chief analyst at Omdia, stated that “embodied intelligence actually hinges on the convergence of AI and robotics.” The physical hardware is increasingly capable, but the AI systems needed to make robots truly useful in unstructured environments are still maturing.
Recognizing this, companies like Nvidia are launching robotics development platforms and collaborating with Chinese manufacturers like Unitree to bridge the gap between physical hardware and advanced AI software. The development of foundation models for robotics, AI systems that can generalize across a wide range of tasks and environments, is one of the most active areas of research in the global AI community.
A Geopolitical Dimension
The rapid development of China’s humanoid sector carries significant geopolitical weight. As Omdia’s Su pointed out, Chinese humanoid companies operate with a government mandate to project the image of a strong, technologically advanced industrial economy. This state backing, combined with aggressive manufacturing targets like those of Lingyi iTech, ensures that China will be a formidable force in the global robotics market for years to come, with implications that extend well beyond the commercial competition.