Human-Level Hands? 1X Just Gave Humanoid Robot Neo Something Close

1X gave its Neo humanoid robot hands that are almost as dexterous as a human's. The company released full technical details on July 9, 2026, revealing a breakthrough in robotic manipulation.

1X Robotics, a leader in humanoid robots headquartered in Norway and with operations in the US, has equipped its Neo robot with advanced hands that approach human-level dexterity. This announcement comes as the robotics industry pushes toward general-purpose humanoids capable of performing a wide range of physical tasks.

The development of dexterous robot hands has been a major bottleneck in robotics for decades. Most humanoid robots have simple grippers or limited hand capabilities, restricting them to basic tasks like picking up boxes. 1X's new hands promise to change that by enabling fine manipulation, such as using tools, handling fragile objects, or performing assembly tasks.

The Neo robot hands feature over 20 degrees of freedom, integrating 10 motors per hand to control movements with precision. They incorporate tactile sensors across the palm and fingers, allowing the robot to sense pressure, texture, and slip—mimicking human proprioception. The fingers also include integrated force feedback, enabling adaptive grip strength. According to 1X, the hands can exert up to 50 Newtons of force while delicately handling an egg. The company shared videos of Neo tying a knot, threading a needle, and assembling a small gearbox. These demonstrations show unprecedented dexterity for a commercially oriented humanoid robot.

1X CEO Bernt Øivind Børnich stated in the release that the hands represent "a generational leap in what robots can do with their hands." The hands were developed in-house over several years, leveraging 1X's experience with previous generations of robotic limbs. The company has applied advanced materials and manufacturing techniques to keep the hands lightweight and durable. Each hand weighs less than 500 grams yet contains intricate wiring and sensors. The hands are controlled by a custom real-time OS that processes sensor data at 1000 Hz for high-speed adjustments.

The implications are far-reaching. Dexterous hands are critical for humanoid robots to work alongside humans in unstructured environments like homes, hospitals, and factories. This development could accelerate automation in industries such as logistics, healthcare, and manufacturing. Competition is fierce: other companies like Tesla, Boston Dynamics, and Figure are also working on humanoid robots with advanced hands, but 1X's Neo appears to have taken a significant lead. Robotics experts have praised the hand design for its modular architecture, allowing repairs and upgrades without replacing the entire hand.

Looking ahead, 1X plans to integrate the new hands into all Neo units produced later this year. The company expects to begin limited commercial deployments in warehousing and assembly applications by Q4 2026. If the hands prove reliable in real-world environments, it could open the door to broader adoption of humanoid robots in service roles. 1X also plans to license the hand technology to other robot manufacturers. The race for human-level robot hands is on, and 1X just made a bold move.