1X has revealed a new five-fingered hand for its NEO home humanoid, presenting it as a near-human manipulation system designed for varied household tasks. The hardware is commercially relevant because dexterous, durable hands are necessary for operating tools and objects designed for people. However, the available evidence primarily establishes a company-controlled technology demonstration. It does not show that NEO can perform these tasks autonomously, repeatedly, or reliably in customer homes.
The company says each hand has 25 degrees of freedom and uses motors in the forearm to operate tendon-like cables in the fingers. 1X also describes the design as water-resistant, force-sensitive and capable of handling tasks including pouring liquid, sorting small objects and inserting a USB-C connector. Its launch material shows a broad range of movements and interactions.
Those specifications and demonstrations support the conclusion that 1X has built a sophisticated anthropomorphic end effector. They do not independently establish the company’s stronger claim of near-human dexterity. Degrees of freedom describe the number of controllable movements, not the system’s accuracy, reliability, manipulation speed or ability to recover from errors.
The autonomy boundary is particularly important. A 1X representative told Business Insider that the launch footage used a mixture of autonomous operation and remote control to demonstrate the hardware’s upper capabilities. The company did not disclose which actions were autonomous, how often intervention was required or whether the tasks were completed continuously rather than selected from multiple attempts.
Hardware progress still needs system-level proof
Moving the motors into the forearm may reduce hand weight and make the fingers more compliant around people and fragile objects. The design could also be easier to assemble than earlier prototypes. 1X says it has built hundreds of hands and that its California facilities could eventually support much higher robot production volumes. These remain company disclosures rather than verified output, delivery or operating data.
The commercial question is not whether the hand can complete an impressive set of individual actions. It is whether the full robot can execute useful sequences, such as identifying dishes, loading a dishwasher, correcting misplaced objects and finishing the workflow safely without extensive human support.
That distinction matters more in homes than in structured factories. Household objects, lighting, layouts and human behavior vary considerably. Remote assistance may help early products operate, but frequent intervention would weaken the economics and introduce privacy, staffing and scalability constraints.
The next meaningful evidence would be continuous, independently observed task trials in occupied homes, with intervention rates, completion times, failures and operating hours disclosed. Customer deliveries would strengthen the commercial signal, but only repeated autonomous performance would show that the new hand has improved NEO’s readiness for useful household work.
Sources:
1X, “NEO’s Hands | An API to the Physical World” (company-controlled source): https://www.1x.tech/discover/neos-hands
Business Insider, “1X’s Product Head Says Its New Humanoid Hand Has Solved One of the Toughest Problems in Robotics”: https://www.businessinsider.com/1x-neo-robotic-hand-solves-hands-problem-2026-7
Wired, “The 1X Neo Robot Has Freaky Fast Fingers”: https://www.wired.com/story/the-1x-neo-robot-has-freaky-fast-fingers