Forbes Reports on $3,555 Humanoid, Describing Home Uses and Development by a Small Team

Forbes reported that it covered a $3,555 humanoid robot on September 30, 2026. The article says the robot is intended for home use and was developed by a small team in San Francisco.

If the $3,555 price is accurate, it can be seen as an attempt to move humanoids from “research equipment” closer to “potential home products.” However, the original is an opinion column, and the robot’s capabilities and ability to be mass-produced have not been verified, so its practicality should be treated as an open question.

The report appears to focus on efforts to shift humanoids from research and development toward low-cost machines intended for home use. However, the original is an opinion column, not primary information that substantiates the robot’s practicality or ability to be mass-produced. The claims about price and intended use should therefore be treated as points raised by the article. The key point is that the $3,555 price places it in a different category from traditionally high-priced humanoids, but publicly available information is not sufficient to fully verify its specifications or supply capacity. The evaluation should therefore focus not on whether it is “cheap,” but on how well it can ensure the safety, durability and maintainability needed for home use. See the original article on forbes.com for details. We have no previous coverage of this topic, but in the context of publicly available information, discussion of humanoids is advancing on both the competition for high-performance models and efforts to lower costs. The former raises issues such as computing resources and training data; the latter, simplification of mechanisms, limits on software capabilities and safety design for use in the home. The $3,555 figure is at least a price level aimed at consumers. The essential questions from here are “which functions have been cut” and “what tasks will it perform in the home.” If the price takes precedence while the technical approach remains unknown, the gap between apparent affordability and practical use could be substantial. Comparisons should therefore look at differences in functionality from existing general-purpose robots and dedicated home robots, rather than just other home robots. To discuss market size, it is first necessary to determine whether this machine is a one-off prototype or a product intended for ongoing supply. There are three points to watch. First is the range of tasks it can actually perform in the home. Second is the components and safety design that make the low price possible. Third is whether it will be sold to order or through mass production. Only once these points are disclosed will the significance of the $3,555 price become clear.