First a line in the annual report, then the earnings call: On October 19, Tesla noted in its annual meeting documents that it had made the Optimus V3 ready for mass production—the very next day, shares of Chinese suppliers surged to the daily limit. When presenting its quarterly results on October 21, the company provided more specifics: At the Fremont plant, where the Model S and Model X were previously built, early production has begun on the mass-production line; according to the quarterly report, these are the first robots meeting production-quality standards. The line, designed by Elon Musk to produce one million units per year, is largely installed.

Musk: No competitor will be able to keep up once deliveries begin

It will likely take at least a year to reach the target rate of 20,000 robots per week, according to Musk, because 10,000 things have to go right, and the pace is determined by the slowest of them. He plans to begin delivering to customers outside of Tesla toward the end of 2027, initially for industrial applications. Tesla did not disclose prices or unit volumes. Meanwhile, a dedicated Optimus factory is being built in Texas, with its second-generation production line designed to eventually produce ten million robots per year. Musk expressed confidence that when deliveries begin, no competitor will be able to even come close to keeping up.

Hyundai Hires the Alexa Architect

The Hyundai Motor Group, owner of Boston Dynamics, appointed Rohit Prasad as CEO on October 7. Prasad spent twelve years at Amazon, most recently as Senior Vice President and Head Scientist for Alexa and Artificial General Intelligence; he was also responsible for the Nova model family. His predecessor, Robert Playter, stepped down in February. The mission is clear: Hyundai aims to build a factory with an annual capacity of 30,000 humanoids by 2028 and to deploy Atlas in its own plants starting in 2028. A few days before the leadership change, Boston Dynamics had unveiled new hands for Atlas with 13 degrees of freedom, designed for simulation and current AI models. The Korea JoongAng Daily reports that an initial public offering is being considered for next year.

Agility Goes Public

Agility Robotics is taking the direct route. On October 13, the SEC declared the registration for the merger with Churchill Capital Corp XI effective; SPAC shareholders will vote on November 2, and trading under the ticker symbol AGLT is set to begin in November. Agility is valued at $2.5 billion prior to the capital infusion—more than $620 million is expected to be raised, including approximately $200 million from a private placement led by Foxconn. NVIDIA, SoftBank, and Schaeffler are among the strategic investors. The funds are earmarked for existing orders, the production of Digit 5, and safety systems. A detail from October 19 illustrates that the focus is on operating hours rather than demonstrations: British battery manufacturer Nyobolt is supplying a fast-charging system for Digit 5 that reduces charging time to nine minutes—resulting in a 10:1 ratio of operating time to charging time, up from the previous 2:1. After a one-year pilot operation, Toyota Motor Manufacturing Canada has signed a Robots-as-a-Service contract; at GXO, Digit has moved more than 100,000 containers; in total, Agility reports more than 65,000 operating hours and commitments for nine customer sites.

China is already in the six figures

Beijing provides the benchmark. According to the Ministry of Industry and Information Technology (MIIT)—most recently confirmed on October 19—China’s humanoid production in the first half of the year totaled over 40,000 units across more than 400 models. For the full year, the ministry expects over 100,000 units, up from approximately 20,000 the previous year. Market researchers at IDC use a narrower count: just under 25,000 humanoids shipped worldwide in the first half of the year, a 432 percent increase, with over 95 percent coming from Chinese manufacturers; AgiBot alone accounted for more than 8,600 units. At the same time, according to IDC, 69 percent of shipments are still destined for research, education, demonstrations, and government agencies—down from 84 percent in 2025. Unitree, whose stock surged 460 percent on its first day of trading in Shanghai in August, unveiled the H2-X on October 21, featuring an eight-hour battery life and martial arts demonstrations—though the video did not show the robot performing autonomous tasks.

The Key Metrics That Matter Now

Production capacity has become the currency of choice even before business viability has been demonstrated. This isn’t unreasonable: without volume, there’s no economies of scale; without economies of scale, there’s no business model. For users, this shifts the focus of the question. It’s no longer whether a humanoid can walk, but how many hours it works between maintenance sessions, how quickly it charges, who is responsible for safety clearance, and what the cost per operating hour is in the contract. The International Federation of Robotics estimated that around 7,000 full-size humanoids would be sold worldwide by 2025—compared to 603,000 industrial robots. The gap is closing faster than many expected. But it is still a gap.