mimic robotics

Robotics · Industrial Automation · Physical AI

Launch

mimic robotics unveils M1 dexterous hand and U1 exoskeleton for factories

A wearable exoskeleton lets workers teach robot hands by demonstration, skipping slow manual programming entirely.

• Zurich-based mimic robotics launched the M1 tendon-driven robotic hand and the U1 wearable exoskeleton, forming a full-stack physical AI platform for industrial manipulation.
• mimic robotics, founded out of ETH Zurich's Soft Robotics Lab in 2024, builds dexterous hands and control software meant to attach to standard industrial robot arms rather than requiring a full humanoid body.
• The M1 has five fingers with 15 active degrees of freedom across 21 joints, motors housed in a forearm-like base driving tendons to the fingers, fingertip tactile sensing, and can lift over 25 kg while also detecting objects as light as 50 grams.
• The passive U1 exoskeleton is worn by a human operator to record hand demonstrations using the same sensor setup as the M1, generating training data without the lag and translation errors of traditional teleoperation.
• The launch follows mimic's FLUX-mimic Video-Action Model, built with Black Forest Labs and already being tested at Audi, which lets robots learn manipulation tasks from as little as 30 minutes of robot data instead of 30-plus hours.
• Pairing a human-shaped hand with a matching demonstration device attacks the core bottleneck in robot learning: scarce, expensive manipulation data, which could shrink deployment timelines from months to weeks.