Mimic Robotics Launches M1 Hand and U1 Exoskeleton for Industrial Automation

Mimic Robotics has unveiled its M1 dexterous robotic hand and U1 wearable exoskeleton, introducing a full-stack physical AI platform designed to bring human-level manipulation capabilities to industrial robots.

Developed for factory automation, the platform combines the tendon-driven M1 robotic hand with the passive U1 exoskeleton, allowing operators to demonstrate complex hand movements that can be accurately replicated by the robot hardware.

The system is fully supported by mimic robotics' proprietary real-time software, tying hardware directly to artificial intelligence models for low-latency, end-to-end learning and control.

The M1 robotic hand features five fingers, 15 active degrees of freedom across 21 joints, and advanced sensing capabilities including high backdrivability and fingertip tactile sensors.

Its tendon-driven architecture positions motors in the forearm, reducing friction while improving strength, precision, and overall reliability across contact-rich environments.

The company states that the hand can lift payloads exceeding 25 kilograms while maintaining precision and resilience in challenging industrial shop floors.

Unlike conventional robotic grippers, the M1 hand is designed for contact-rich industrial applications requiring fine, force-aware manipulation that traditional end effectors struggle to automate.

The passive U1 wearable exoskeleton enables human operators to record demonstrations using their natural hand movements, creating precise training data for the robotic hand.

By combining human demonstrations, advanced sensing, and AI-driven control into a unified platform, mimic robotics aims to address one of industrial automation's biggest challenges: scalable general-purpose robotic manipulation.