TH
Tsinghua Multi-Operation System

Buildrobotsthatplay football

A student-led humanoid robotics team at Tsinghua University, advancing mechanical systems, motion control, perception, and autonomous soccer strategy through RoboCup.

Learn more about our team
TH-MOS 2026 Tianjin China photo
2026 Tianjin China - 2026-06-03
motion controlperception onlinemulti-robot strategyrobocup
2004Founded at Tsinghua
22+Years competing
200+Alumni network
2ndRoboCup 2025 Kid-Size
Humanoid platformKid-size / adult-size
Low latency stackC++ IPC architecture
Perception layerVision and localization
Match intelligenceAutonomous strategy
2050 Objective

Vision and Mission

The THMOS Robot Soccer Team is driven by a long-term vision aligned with the ultimate goal of the RoboCup competition: to develop a fully autonomous humanoid robot soccer team capable of defeating the human FIFA World Cup champions by 2050. The team's mission is to push the boundaries of robotics and artificial intelligence by mastering the complete technical chain from mechanical design and embedded control to machine vision and autonomous decision-making. Operating under a student-led, autonomous management model, THMOS is committed to technical excellence while fostering innovation and inspiring the next generation of roboticists.

RoboCup long-term goal2050

A fully autonomous humanoid team capable of competing with the human world champions.

Mechanical design

Robot structure and platform integration

Embedded control

Real-time actuation and locomotion

Machine vision

Perception, recognition, and localization

Autonomous decisions

Match strategy and multi-robot coordination

Technical Manifesto

Mechanics, code, perception, and strategy move as one.

THMOS is a student system of mechanics, code, perception, and competition pressure. Every season turns lab experiments into a robot that must think, walk, see, and play in public.

01

Mechanical & Electrical

Mechanical structure, electronics, power systems, and platform integration.

02

Motion Control

Humanoid locomotion, gait control, balance, and motion planning algorithms.

03

Perception

Sensor integration, vision, localization, and robot-environment awareness.

Competition Record

Key Achievements and Future Goals

  1. 2026
    RoboCup Asia-Pacific Tianjin InvitationalMiddle Size
    2nd Place
  2. 2026
    RoboCup China NationalSmall Size
    3rd Place
  3. 2025
    RoboCup Brazil InternationalKid Size
    2nd Place
  4. 2025
    RoboCup Brazil InternationalAdult Size
    4th Place
  5. 2025
    RoboCup China NationalSmall Size
    1st Place
Selected Media

A short visual signal before the full archive.

The homepage keeps only a curated image strip. The complete media library now lives on the Gallery page.

Open gallery
TH-MOS 2026 Tianjin China photo
2026 Tianjin China - 2026-06-03
TH-MOS 2026 Tianjin China photo
2026 Tianjin China - 2026-06-03
TH-MOS 2026 Tianjin China photo
2026 Tianjin China - 2026-06-03
TH-MOS 2026 Tianjin China photo
2026 Tianjin China - 2026-06-03
Latest Events

Competition results and complete event stories.

Open an event to read its match record, technical progress, and official links on a dedicated page.

Sponsors

Partners supporting THMOS.

XPENG logo
High Torque logo
Booster Robotics logo
Fourier logo
Master of Soccer
thmos@mails.tsinghua.edu.cn
Tsinghua University Lee Shau Kee Science and Technology Building, Beijing 30 Shuangqing Road, Haidian District, P.R. China