#China #Shanghai #AI Robotics #TARS Robotics #Hand Embroidery

TARS Robotics Showcases an Embroidery-Performing Humanoid Robot

In a sweeping technological breakthrough, TARS Robotics, known for its embodied intelligence solutions, has successfully demonstrated a humanoid robot capable of executing hand embroidery—a task considered too complex for machines until now. During a live event, the audience witnessed the robot skillfully threading a needle and stitching a logo using both hands, showcasing a remarkable level of precision.

Overcoming Automation Barriers

The robot’s ability to perform such intricate tasks highlights a significant advancement in flexible manufacturing, thus overcoming what was long viewed as a crucial bottleneck in industrial automation. This unique capability enables robots to address complicated processes, such as delicate wire harness assembly, paving the way for smarter manufacturing systems.

Dr. Chen Yilun, the CEO of TARS Robotics, expressed excitement at this landmark achievement, noting that this capability was once deemed impossible to automate. The innovative construction of the robot involves a sophisticated system based on what they describe as the DATA-AI-PHYSICS trinity. TARS's proprietary SenseHub system plays a pivotal role by collecting valuable real-time operational data, which feeds into the TARS AWE (AI World Engine) 2.0.

The Technological Closed Loop

By implementing a comprehensive framework combining data acquisition, intelligent decision-making, and physical task execution, TARS Robotics has created a seamless technological closed loop. This system effectively minimizes the gap between digital commands and physical actions, enabling more reliable and stable robot performance.

Dr. Yilun elaborates, “This configuration not only ensures accuracy but also enhances the robot’s ability to adapt to various materials, making it suitable for a broader range of applications in manufacturing.” The TARS robots, namely the T- and A-Series, demonstrate an impressive capability to translate advanced AI into practical physical actions, achieving sub-millimeter precision.

Future Developments and Potential Applications

Dr. Ding Wenchao, TARS’s Chief Scientist, reiterated the potential implications of their achievement. He stated, “Utilizing the extensive data from SenseHub, and guided by the AWE 2.0 framework, we are witnessing significant improvements in task success rates across diverse scenarios. Our ambition is to scale these innovations and explore new frontiers in robotic intelligence.” With the goal of deploying their advanced robots in various industries and households, TARS Robotics aims to redefine the role of robotics in everyday life.

Since its inception on February 5, 2025, TARS has consistently delivered on its promise of innovative solutions. The company has secured substantial financial backing, including a $120 million Angel Round and an additional $122 million in its Angel+ Round.

Investors, including Lanchi Ventures, have shown strong confidence in TARS Robotics, betting on its vision to revolutionize the robotics landscape. The advancements witnessed thus far mark only the beginning of a series of promising developments that could influence multiple sectors.

As TARS Robotics continues to advance its technology, the world can expect to see more sophisticated robots designed to tackle complex tasks. The introduction of their hand-embroidering humanoid robot might just be a precursor to the myriad of possibilities ahead in intelligent and adaptable manufacturing solutions.