TARS
TARS is an advanced humanoid robot developed by Tars Robotics, a Chinese startup specializing in embodied AI for precision manufacturing. Standing at 167 cm with 35 degrees of freedom, it excels in bipedal locomotion and bi-manual dexterity, demonstrated by world-first achievements like hand embroidery and wire harness assembly requiring sub-millimeter precision and adaptive force control. Equipped with stereoscopic RGBD cameras, IMU for balance, and tactile sensors, TARS integrates the SenseHub platform and TARS 2.0 Zero AI World Engine for learning general physical skills from real-world data. Its electric servo actuators and harmonic gears enable stable manipulation of flexible materials, while 5G-A connectivity supports low-latency teleoperation. Designed for industrial automation, it bridges AI decision-making with physical execution, targeting logistics, manufacturing upgrades, and scalable production with human-safe collaboration.
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Chinese Robot Masters Hand Embroidery, Tackles Wire Harness Assembly
TARS Robotics, a Shanghai-based innovator founded in early 2025, just shattered automation barriers with its humanoid robot executing flawless hand embroidery using both hands. This world-first demo, revealed in a recent press event, showcases sub-millimeter precision on flexible fabrics, a feat long deemed impossible for machines. Investors poured over $240 million into the startup, fueling rapid advances that position TARS to redefine flexible manufacturing. Meanwhile, the robot eyes wire harness assembly next, promising to streamline electronics production where human dexterity reigns supreme.
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Frequently Asked Questions
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Q1. What is TARS, and what problem is it designed to solve?
TARS is a humanoid robot developed by TARS Robotics, a Shanghai-based company. According to the manufacturer, it addresses challenges in precision manufacturing through AI-driven fine-motor control for tasks like bi-manual manipulation.
Q2. What are the main capabilities and key features of TARS?
TARS features AI integration for dexterous physical control, demonstrated in tasks such as two-hand stitching. It supports connectivity options including 5G-A, Ethernet, and Wi-Fi, with a Linux-based operating system.
Q3. Who is TARS built for, and which industries can benefit from it?
TARS targets industrial automation, logistics, and manufacturing sectors. The manufacturer positions it for environments requiring precise manipulation and human-safe operation.
Q4. Is TARS a commercial product or still a research prototype?
As of 2025, TARS is classified as a prototype. It has been showcased with demonstrations but lacks verified commercial deployment.
Q5. Is TARS currently available for purchase, and when is it expected to ship?
TARS is listed at $95,000 but remains in prototype stage. Shipping timelines are not specified, pending transition from prototype to commercial availability.
Q6. How does TARS actually work in real-world environments?
TARS operates using electric servo actuators and AI for low-latency response in human-safe settings. It employs RGB-depth cameras and onboard processing for tasks in industrial spaces.
Q7. When was TARS announced or officially launched?
TARS was unveiled by TARS Robotics around 2024. No official commercial launch date has been confirmed as of 2025.
Q8. How is TARS different from other robots in the same category?
TARS emphasizes AI-powered precision for fine tasks like stitching, distinguishing it in the humanoid segment focused on industrial dexterity. It competes with models using similar servo and gear technologies.
Q9. Does TARS require additional development or customization after purchase?
As a prototype, TARS likely requires integration and customization for specific applications. The manufacturer indicates potential for external LLM and system adaptations.
Q10. What is the future roadmap or planned upgrades for TARS?
TARS Robotics has announced plans to advance from prototype demonstrations toward commercial industrial use. Details on specific upgrades remain undisclosed as of 2025.
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