1X opens a California factory, aims to build 10,000 home robots in its first year

The Norwegian startup 1X, backed by OpenAI, has opened a new factory in Hayward, California. The company has set an ambitious goal: build 10,000 home humanoid robots there in the first year and become one of the first players to try to bring this class of device to the mass consumer market.

A new factory in the US

1X's new site covers 58,000 square feet, or about 5,400 square meters. For a young robotics company, this is no longer a lab or a pilot workshop but a full production base designed for serial assembly. The factory is in Hayward, in the San Francisco Bay Area, where engineers, suppliers and teams working at the intersection of hardware and artificial intelligence are concentrated. The launch of such a site shows that 1X is betting not on rare demonstrations but on shipping a product in noticeable volumes.

The market the company is targeting matters too. Most discussion around humanoids usually concerns industry, logistics or warehouse scenarios, where the environment is more predictable. 1X, by contrast, talks about robots for the home. That is a harder goal: a home is chaotic, full of small objects, narrow passages and unpredictable human behavior. So opening a factory in the US is not just an expansion of presence but a signal that the company wants to speed up the path from prototypes to real deliveries.

A bet on scale

The plan to build 10,000 robots in the first year sounds like one of the boldest production targets in the humanoid segment. At this stage it is no longer only about mechanics, grippers or stable walking, but about the whole operating system of the business: component procurement, quality control, safety testing, service and the cost of each unit. When a startup puts out such numbers, it effectively moves the conversation from "look what the robot can do" to "can this be built in series at a predictable price."

To deliver on this plan, the company will have to set up several processes in parallel, and a failure in any of them would quickly hit schedules and unit costs. Mass production of a consumer robot always means synchronizing hardware, software, logistics and support at every stage. On paper, 10,000 looks like a neat target, but in reality it rests on a long chain of technical and operational decisions.

• a stable supply chain for actuators, sensors, batteries and electronics;
• a production line where robots can be assembled quickly and with minimal defects;
• a testing system that confirms the device is safe for a home environment;
• a service model, without which a mass-market consumer robot quickly turns into an expensive experiment.

This is usually where the hardest part begins for hardware startups. A polished prototype can be shown on a stage or in a video, but mass production demands a very different discipline. The device has to work the same way not in one demo home but for thousands of different users. For a home robot this is an especially tough test, because people's expectations are higher: such a product must be not merely high-tech but reliable, safe and useful enough in everyday tasks.

Why it matters

The fact that OpenAI backs 1X raises attention on the project. For the market, it means the bet is placed not only on the body, actuators and mechanics but also on the software layer: spatial perception, understanding commands, adapting to a changing environment and more natural interaction with people. In the home humanoid segment, the combination of a physical robot and a strong AI model may be the main difference between an impressive demo and a product people actually use.

If 1X can come even close to the stated volume, it will change the tone of the whole discussion around consumer robotics. Investors, competitors and potential buyers will start looking not only at demo videos but also at production rates, failure rates, maintenance costs and which household tasks the robot actually handles. In other words, the humanoid market is gradually leaving the stage of promises and entering a phase where production, economics and operation become the key factors.

What it means

The factory launch and the plan for 10,000 units show that the humanoid race is shifting from concepts to production. If 1X delivers even a significant part of this plan, home robots will stop being a distant showcase of the future and become a much more tangible consumer product.