Boston Dynamics has long impressed the world with robots capable of running, jumping, performing somersaults, and executing movements that once seemed impossible for a machine. Now, however, the company faces an entirely different challenge: it is not enough to simply build an extraordinary humanoid robot; they must also figure out how to manufacture these machines in large quantities, with consistent quality and at costs that make sense for the industry.

A new video released by Boston Dynamics offers a behind-the-scenes look at the development of Atlas, its fully electric humanoid. This time, the focus isn't on acrobatics, but rather on the workshops, mechanical components, assembly processes, and the professionals responsible for turning engineering designs into functional robots. According to the team, building a prototype—a task that once took much longer—can now be completed in about a day. The company has set an even more ambitious goal: to reduce that process to roughly one hour by 2027.

Achieving this objective could represent a pivotal shift in how humanoid robots are developed and manufactured. There is a vast difference between assembling a few experimental units and producing machines on an industrial scale. In a laboratory, engineers can fine-tune individual components, manually address issues, and spend days perfecting a single prototype. On a production line, by contrast, processes must be repeatable, parts must meet consistent tolerances, electronic systems must function reliably, and every stage of assembly must be carefully planned to minimize errors and waste.

It is precisely this transition that Boston Dynamics is seeking to accelerate. To achieve this, the company is bringing its engineering and manufacturing teams closer together; within the same facility, professionals produce high-precision components, assemble the robots, conduct tests, and repair any parts that develop issues. The video even shows the manufacturing of gears and the use of robotic arms to assist in the assembly process.

This integration allows a design modification to be rapidly transformed into a physical part; according to the team, an idea discussed early in the week can be incorporated into a robot before the week is out. There is a strategic reason for such urgency: in January 2026, Boston Dynamics unveiled the commercial version of Atlas, designed to perform industrial tasks. The first units were allocated for operations and research at Hyundai and Google DeepMind. The company is no longer just developing a robot for impressive demonstrations; it is preparing a platform that must be manufactured, used, repaired, and updated on an ongoing basis.

However, it is important to understand what this "one-hour" goal signifies: it refers to the time required to build a single robot within the process established by the team. It does not mean that Boston Dynamics is currently producing 24 humanoids per day, nor has it demonstrated a factory capable of delivering thousands of units per month—the target for 2027 has yet to be reached.