Boston Dynamics has published a short film from its headquarters in Massachusetts revealing its plan to cut the assembly and build time for the humanoid robot “Atlas” from a full day currently to just one hour next year, and eventually to a few minutes. This manufacturing acceleration comes after its entire 2026 production run was booked by Hyundai Motor Group and Google DeepMind.
Documentary reveals plan to cut manufacturing time from a day to minutes
In-house precision gear manufacturing and notes on production rates
Full 2026 production booked for Hyundai and DeepMind amid the factory race
The shift of humanoid robots from lab prototypes to industrial production lines
Frequently asked questions
Documentary reveals plan to cut manufacturing time from a day to minutes
Boston Dynamics has released a short documentary filmed inside the prototyping floor at its headquarters in Massachusetts, revealing a fundamental shift in its engineering priorities. The company asserts that building and assembling a single “Atlas” humanoid robot currently takes about a full workday, but it aims to slash this duration to approximately one hour next year, eventually reaching just a few minutes in later stages.
The film, titled “Manufacturing, Assembly, and Repair: How We Build Atlas” and running for about 6 minutes, shows that manufacturing speed—not just the motor skills the robot can perform—has become a core engineering goal as “Atlas” transitions from a research platform to a commercial production unit.
In the film, Katie Connor, senior technical program manager at the company, compares the substantial effort required to build the robot a year ago with the process used today, outlining the gradual pathway from a full day to an hour and then to minutes. A company official, as reported by Money Today, stated, “Just a year ago, building a single robot was a massive and extremely arduous project.”
In-house precision gear manufacturing and notes on production rates
Company employees explained in the film that external machine shops repeatedly refused to take on orders for robot parts because the required engineering tolerance margins were extremely tight and strict. To overcome this hurdle, the company now manufactures those parts in-house at its headquarters, including complex mechanical gears that only a few workshops know how to cut.
This in-house integration allows engineers to discuss design modifications directly with machining technicians, enabling certain parts to be assembled on the same day or the next day at the latest. Robotic arms assist with assembly operations, while the same floor handles testing, maintenance, and repair tasks. The team emphasizes that any development idea proposed on Monday can go into actual production by the end of that same week.
However, some journalists noted that there are limits to these announced figures; the stated goals describe the time needed to build a single individual robot and do not specify the total assembly line production rate or a timeline for broad commercial deliveries. The film also doubles as a recruitment ad directing viewers to the company’s careers page.
Full 2026 production booked for Hyundai and DeepMind amid the factory race
Manufacturing speed is of paramount importance because every “Atlas” robot built during 2026 is already booked for Hyundai Motor Group and Google DeepMind. Boston Dynamics unveiled the commercial version of “Atlas” at the Consumer Electronics Show last January and immediately began production at its facility in Waltham. DeepMind is using its units to develop “Gemini Robotics” AI models, while parent company Hyundai plans to begin deploying “Atlas” inside its Georgia facility in 2028, starting with spare parts sorting tasks, alongside plans to build a robotics plant in the United States with an annual capacity of 30,000 units.
On the competitive front, rival companies measure production rates in differing ways. Last April, Figure announced that its facility dubbed “Boot Q” produces one robot every hour, a figure representing production line flow rate rather than the time to build a single robot from scratch. Conversely, The Information reported that Tesla was building several hundred “Optimus” robots weekly last August.
Interesting Engineering pointed out that these figures measure different stages of the manufacturing process and therefore cannot be directly compared without additional details regarding assembly, automation, and testing operations.
The shift of humanoid robots from lab prototypes to industrial production lines
The documentary released by Boston Dynamics proves that global competition in the humanoid robotics sector is no longer limited to showcasing motor skills and software intelligence, but has actually shifted into the arena of manufacturing engineering, internal supply chains, and reducing assembly and testing times.
With the company committed to delivering its entire 2026 production to Google DeepMind and Hyundai Motor Group, and with Hyundai preparing to deploy “Atlas” robots in its Georgia factory in 2028 and build a U.S. plant with a capacity of 30,000 robots annually, the sector is moving at a rapid pace toward an era of mass production alongside prominent competitors such as Tesla and Figure.
Frequently asked questions
Question: What is the time target set by Boston Dynamics to assemble the Atlas robot?
Answer: Building a single Atlas robot currently takes about a full day, and the company aims to cut this time to one hour next year and then to a few minutes later.
Question: Why did the company resort to manufacturing spare parts and gears inside its headquarters?
Answer: Because external manufacturing shops were refusing to execute orders due to the strictness and precision of the required engineering standards, prompting the company to manufacture them internally to accelerate modifications and assembly.
Question: Who booked the entire production of Atlas robots for 2026?
Answer: The entire 2026 production run was booked for Google DeepMind to develop Gemini Robotics models, and Hyundai Group, which will deploy the robots in its Georgia factory in 2028.
Question: How does Boston Dynamics’ production metric differ from Figure and Tesla?
Answer: Boston Dynamics’ figure focuses on the build time for a single robot, whereas Figure’s figure of one robot per hour indicates the production line flow rate, and Tesla builds hundreds of Optimus robots weekly.
