Summary:

 

TARS Robotics is a Beijing‑based embodied‑AI startup specializing in precision humanoid manipulation. Founded in 2025, the company focuses on solving some of the hardest automation challenges in manufacturing, particularly wire‑harness assembly, fine‑fabric handling, and other tasks involving soft, deformable materials.

 

TARS gained global attention after demonstrating a humanoid robot capable of autonomous hand embroidery — a world‑first achievement that showcased sub‑millimeter precision, adaptive force control, and coordinated bimanual manipulation. The company positions itself as a leader in high‑precision industrial humanoids rather than general‑purpose robots.

 

Editorial:

 

TARS represents a new category of humanoid robotics:robots built not for walking demos, but for delicate, high‑value industrial work.

 

While many humanoid companies focus on locomotion, warehouse tasks, or general household manipulation, TARS is attacking the most technically demanding bottleneck in automation — flexible‑material manipulation, where precision, force sensitivity, and long‑sequence planning are essential.

 

Precision as the brand identity

 

TARS robots are engineered for tasks that require extremely fine control: threading needles, routing cables, stitching fabric, and assembling wire harnesses. These tasks have historically resisted automation due to their complexity and variability.

 

Embroidery as a proving ground

 

The company’s embroidery demonstration wasn’t a gimmick — it was a deliberate showcase of the robot’s ability to handle soft materials without tearing, deforming, or misaligning them. The same skills transfer directly to high‑value manufacturing processes.

 

Industrial focus over general‑purpose hype

 

TARS is not trying to build a household robot or a warehouse picker. Its strategy is to dominate the precision manufacturing segment, where the economic value is high and the technical barriers are steep.

 

A veteran technical team

 

The founding team includes leaders from China’s top robotics and AI organizations, bringing deep expertise in machine vision, force control, and autonomous systems.

 

A major early funding signal

 

The company secured one of the largest early‑stage investments in China’s embodied‑AI sector, signaling strong confidence in its industrial‑first strategy.

 

Specifications:

 

Dimensions & Build

- Height: 167 cm  

- Weight: Not published  

- Design Intent: Precision manipulation of flexible materials  

- Construction:  

  - 35‑DOF humanoid architecture  

  - Harmonic‑gear electric servo actuators  

  - Structural design optimized for stability + fine control  

 

Mobility

- Locomotion: Bipedal walking  

- Capabilities:  

  - Obstacle avoidance  

  - Stand‑up‑from‑fall  

  - Running 100 m  

  - Walking stairs  

  - Jumping + landing  

 

Degrees of Freedom

- Total DOF: 35  

- Arms/Hands: Bimanual dexterity optimized for fine‑material manipulation  

- Legs: Humanoid locomotion DOF (not fully published)  

 

Actuation

- Actuator Type: Electric servo actuators + harmonic gears  

- Capabilities:  

  - Sub‑millimeter precision  

  - Adaptive force control  

  - Stable manipulation of deformable materials  

 

Manipulation

- Breakthrough Capability:  

  - Autonomous hand embroidery (world‑first)  

  - Threading a needle  

  - Long‑sequence stitching  

  - Wire‑harness assembly  

  - Fine‑fabric handling 

 

- Sensors:  

  - Tactile sensors  

  - Force‑torque feedback  

  - High‑precision bimanual coordination  

 

Perception & Sensors

- Stereo RGB‑D cameras  

- IMU for balance  

- Tactile sensors  

- SenseHub perception platform  

 

Compute & AI

- AI System: TARS 2.0 Zero AI World Engine  

- Capabilities:  

  - Learning general physical skills from real‑world data  

  - Adaptive manipulation  

  - Precision motion planning  

  - Real‑time perception‑action loops  

 

Battery & Power

(Not published.)

 

Connectivity

- 5G‑A low‑latency teleoperation  

- Integrated cloud + local control stack  

 

Applications

- Wire‑harness assembly  

- Textile and flexible‑material manipulation  

- Precision manufacturing  

- Electronics assembly  

- Research in dexterous robotics  

 

Pricing

- $95,000

 

TARS Robotics has NOT published:  

- Torque curves  

- Joint‑speed specs  

- Payload capacity  

- Battery capacity  

- Environmental ratings  

- API documentation  

 

Image: @XRoboHub

 

Company Source:

 

- TARS Robotics – Official Launch Announcement:

Embodied AI startup TARS Robotics showcased its humanoid embroidery robot in December 2025.  

 

Key News & Coverage:

 

- 36Kr Japan –刺繍ができる人型ロボット、中国TARSが世界初実演  

https://36kr.jp/452258/   

 

- Zum News Korea – 손자수 놓는 휴머노이드 등장  

https://news.zum.com/articles/103368381   

 

- KM Journal – 뜨개질까지 해내는 휴머노이드 로봇 등장  

https://www.kmjournal.net/news/articleView.html?idxno=6926