1X Technologies has started full-scale manufacturing of its NEO humanoid robot at a factory in Hayward, California, with ambitious plans to produce up to 100,000 units annually by the end of 2027. The announcement signals a major milestone for the company, which saw its initial preorder capacity of 10,000 units sell out within five days at a price of $20,000 per robot.

What Is the NEO Robot Designed to Do?

NEO is a general-purpose home assistant robot standing approximately 5 feet 6 inches tall and weighing roughly 66 pounds. The robot is equipped with cameras, sensors, and artificial intelligence to navigate household environments and perform everyday tasks. According to the company, NEO can handle cleaning, carrying items, and basic household support functions. The first units are scheduled to begin shipping in 2026, though some customers may receive theirs later depending on production capacity.

The robot's design reflects a practical approach to home automation. Rather than attempting to create a specialized machine for a single task, 1X Technologies built NEO to adapt to multiple household scenarios. This flexibility is central to the company's vision of creating a truly general-purpose robot that can learn and improve over time.

How Is 1X Technologies Scaling Production?

• In-House Component Manufacturing: The Hayward factory produces many of NEO's core components, including motors, batteries, and sensors, rather than relying entirely on external suppliers.
• Robot-Assisted Assembly: Early versions of NEO are already working on the factory floor to assist with basic tasks such as stocking parts and handling logistics, effectively contributing to their own production pipeline.
• Real-World Data Collection: Robots performing factory tasks gather performance data that engineers use to refine and improve future versions of the robot.

The decision to use robots in the manufacturing process itself represents an unconventional approach to scaling. Rather than waiting until production is perfected before deploying robots in the real world, 1X Technologies is using the factory as a testing ground. This strategy allows the company to identify problems and refine the robot's capabilities before shipping units to customers.

1X Technologies stated that over time, the roles NEO robots play in the factory could expand significantly. The company noted that future applications could include security operations and more complex manufacturing tasks, effectively allowing robots to contribute to building future versions of themselves.

Why Should You Care About This Production Approach?

The scaling challenge has become one of the most significant bottlenecks in the robotics industry. Many companies have demonstrated impressive prototypes, but moving from small-batch production to mass manufacturing requires solving countless unforeseen problems. By using NEO robots in the factory itself, 1X Technologies is tackling this challenge in a way that generates valuable real-world data while simultaneously increasing production capacity.

The company's long-term vision extends well beyond household assistance. 1X Technologies stated that the possibilities for NEO are substantial, suggesting future applications could range from household chores to building robots, supporting semiconductor manufacturing facilities, and powering data centers. This expansive view suggests the company sees NEO as a platform technology rather than a single-purpose device.

The preorder success, with 10,000 units reserved in just five days, indicates genuine consumer interest in home robotics. However, the real test will come when units begin shipping in 2026 and customers experience the robot's actual performance in real households. The data 1X Technologies collects from factory operations should help ensure that early customer units perform reliably.

For the broader robotics industry, 1X Technologies' approach signals a potential shift in how companies tackle the scaling problem. Rather than treating manufacturing and product development as separate phases, the company is merging them, using production itself as a development tool. If this strategy proves successful, it could become a template for other robotics companies facing similar scaling challenges.