Before the breakthrough, there were decades of first steps.

Watching a humanoid stand up or carry an object can make the field feel newly invented. A historical view changes the questions we ask. Which parts of the performance are new? Which depend on engineering ideas developed years earlier? What still needs to work outside a demonstration?

Putting the parts together

Waseda University dates WABOT-1 to 1973 and describes it as a full-scale humanoid. Its historical account also records WABOT-2, a music-playing robot, in 1984. These projects offer an early way into the field’s enduring challenge of combining several abilities in one body. Waseda’s historical record ↗

A humanoid is an integration problem. Legs have to support the actions of the torso. Hands have to reach objects without destabilizing the body. Sensors and controls have to turn measurements into useful motion. Looking only at the most visible movement can hide how much coordination the machine requires.

Learning to walk, one generation at a time

Honda’s archive begins with its E0 experimental walking machine in 1986, follows the P2 humanoid announced in December 1996, and reaches ASIMO in 2000. It documents a development process across successive machines, rather than a single leap from idea to finished assistant. Honda’s development archive ↗

This is a useful way to read robotics history. A prototype can answer a narrow engineering question and still matter enormously. Its significance may be the control approach, the packaging of components, or the experience it gives the next team.

From movement to work

In its 2024 electric Atlas announcement, Boston Dynamics described a transition from hydraulic research hardware toward an electric platform and customer application testing, beginning with Hyundai. The electric Atlas announcement ↗

That introduces a different historical question. How does a compelling machine become a dependable part of an operation? The answer includes maintenance, recovery from errors, workflow integration, and the people who operate the system.

How this archive will grow

This opening history follows a small set of documented milestones. It gives us places to begin deeper reporting on the people, laboratories, and machines behind them. Each new entry should explain both the accomplishment and the conditions in which it occurred. Dates for a prototype’s completion, public unveiling, and commercial deployment belong to different events.