1X Launches NEO Bionic Tendon-Driven Robotic Hand
1X has launched tendon-driven hands for the NEO humanoid robot, featuring 25 degrees of freedom, referred to as the "API to the physical world." This design significantly enhances dexterity and fine manipulation capabilities, providing a key hardware breakthrough for the practical deployment of humanoid robots in industrial and service scenarios. This move accelerates the transition of humanoid robots from demonstration to practical application, promoting deep interaction between the physical world and AI Agents.
Source: Public Information
ABAB AI Insight
1X has previously focused on the overall platform development of humanoid robots, and the release of the 25-degree-of-freedom tendon-driven hand continues its focus on bionic design, similar to the iterative attempts by Boston Dynamics or Figure in dexterous end effectors.
In terms of capital strategy, 1X aims to attract more industrial capital into the application layer of humanoid robots through breakthroughs in high-degree-of-freedom hand hardware, motivated by the goal of realizing the concept of "API to the physical world". This is specifically achieved by enhancing grasping and operational precision to unlock high-value scenarios such as industrial assembly and service robots, expanding commercialization pathways.
Similar to competitors like Tesla's Optimus in end effector development, 1X is currently at a critical stage of upgrading humanoid robot hardware capabilities from basic mobility to fine manipulation, with the 25-degree-of-freedom design providing a significant differentiated advantage.
Essentially, this represents a technological substitution: high-degree-of-freedom bionic robotic hands are replacing the limitations of traditional industrial robotic arms, with the mechanism being that the flexibility and dexterity brought by tendon drives greatly expand the operational range of AI Agents in the physical world, driving capital towards humanoid platforms with complete "digital-physical" interface capabilities.
ABAB News · Cognitive Laws
- The degrees of freedom of robotic hands determine the bandwidth of AI Agents to the physical world.
- Making dexterous manipulation an API is the true starting point for the commercialization of humanoid robots.
- Hardware breakthroughs often open new market structures more effectively than model upgrades.