It can be treated as a Turing Test of sorts for humanoids. A humanoid robot from TARS Robotics in China achieved a world-first by performing live two-handed embroidery, stitching a logo with sub-millimeter precision on soft fabric—a task long deemed impossible for robots. TARS' humanoid robot demonstrated exceptional dexterity at a December 22, 2025, event, using both hands to thread a needle and embroider without errors.
What does this connote? This live feat overcame challenges like adaptive force control, visual perception under uncertainty, and handling deformable materials that shift shape unpredictably. Something unheard of so far. The robot leverages a "Data-AI-Physics" approach via the SenseHub platform, collecting real-world data to train the AWE 2.0 AI World Engine for general physical skills like balance, coordination, and force regulation.
What does these capabilities mean in the real world? Mastering fabric manipulation unlocks automation in textiles, wiring assembly, surgical suturing, clothing repair, and electronics—replacing skilled human labor in precision-heavy sectors. TARS aims for versatile robots deployable in factories and homes, minimizing the digital-to-physical gap for reliable real-world execution.
Founded in February 2025, TARS Robotics raised $120M in an Angel Round and $122M in Angel+ from investors like Lanchi Ventures. Chief Scientist Dr. Ding Wenchao noted data scaling has already lifted success rates across scenarios, targeting broader industrial and household adoption.
TARS DIDN’T JUST THREAD THE NEEDLE – IT STITCHED UP THE FUTURE OF ROBOTICS, ONE FLAWLESS LOOP AT A TIME.