Chinese startup Matrix Robotics unveiled its third-generation humanoid automaton, MATRIX-3. The platform, according to its creators, marks a notable advance in the field of physical artificial intelligence, as it shifts from executing strictly defined scenarios to adaptive engagement with the tangible world.
MATRIX-3 is engineered as a secure, independent, and versatile system, integrating biomimetic sensing, precise manipulation capabilities, natural human-like motion, and a cognitive engine capable of zero-shot learning. The company asserts the robot is purposed for operation not only in industrial settings but also across daily commercial, medical, and domestic environments.
A central feature of MATRIX-3 is its novel biomimetic “skin.” This is constructed from a pliable fabric embedded with a sensor array. This structure cushions physical contact and records the force of touch instantly, enhancing safety during human interaction. Tactile sensors positioned in the fingertips can detect pressure as low as 0.1 newtons. This input merges with data from the machine vision system, producing visual-haptic feedback that enables the robot to gauge material properties, object geometry, and grip stability.
The new 27-degree-of-freedom MATRIX-3 hand replicates human hand anatomy and employs a lightweight cable drive for swift and accurate movement. This allows the robot to utilize standard implements, handle delicate items, and manipulate soft substances.
Natural human-like locomotion is facilitated by a holistic motion control model trained on extensive datasets of human movement capture. Integrated linear actuators deliver high power density with reduced noise, supporting steady, rapid, and synchronized whole-body motion.
Underpinning these capabilities is a new cognitive core developed by the Matrix Robotics division. The neural network allows MATRIX-3 to grasp fundamental physical laws and execute unfamiliar tasks based on natural language directives without explicit training. The algorithm independently plans grasps, adjusts force dynamically, and navigates around obstacles using coordinated arm and eye action.
Despite the touted specifications, the capabilities of MATRIX-3 have thus far only been shown in video demonstrations. Independent verification of the robot’s performance under actual conditions has yet to occur. Matrix Robotics has announced an early access program for select collaborators, with initial deployments of MATRIX-3 scheduled for mid-2026.
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