ICRA 2026 | Global Debut of the Mini Pi plus Humanoid Robot Platform: Lightweight and High-Performance, Accelerating Scientific Research!

The Viral Marathon Robot Lands at Higher Education Expo

ICRA 2026 WBCD Challenge | Partnering with Shanghai AI Industry Association, Panthera-HT Officially Becomes the Official Standard Platform

April Hackathon Boom | Panthera-HT Emerges as the Go-to Platform! Open-Source Robotic Arm × Hackathon Model Ignites the Developer Ecosystem

Why We Build Humanoid Robots

High Torque Robotics Claims the Champion, Runner-up and Third Place in the RoboCup Finals! All Top 8 Teams Adopt the Mini Pi Plus Platform.

Hackathon Exclusive Pick: Panthera-HT, the Ultimate-Performance 6-Axis Robotic Arm Within 10,000 Yuan, Officially Open-Sourced!

Sweeping the Top 8! High Torque Robotics Pi+ Dominates the 2026 RoboCup China Competition!

Official Announcement! High Torque Robotics Officially Becomes an Official Partner of RoboCup (Open-source Ecosystem Platform Attached)

Claiming the Championship at RoboCup German Open: The Pi+ Platform Helps ZJU Team Win the Title

Amazing! Our Mini Pi plus has taken the stage at the 2026 World Humanoid Robot Games Launch Event

HighTorque Showcases Its Product Portfolio at Qualcomm Edge Intelligence Ecosystem Conference

High Torque Robotics December Event Review: Gaining Confidence on Various Stages, Gearing Up for Leap Forward in 2026

Mini Pi plus Claims Victory in Its Debut Fully Autonomous Soccer Match

High Torque Robotics' Mini Pi plus Debuts at the 18th Anniversary Art Festival of the National Centre for the Performing Arts

The "Showstopper" Surrounded by Kids: The Tiny Robot That Dances and Kicks Balls at the Robot Carnival

From Urban Villages to the Forefront of Smart Manufacturing | National People's Congress Deputies in Guangdong Visit High Torque on Inspection Tour

Human-Robot Co-Dance! Mini Pi plus Makes an Appearance at CMG's Robot Interactive Demonstration

High Torque November Event Review | Creative Cross-Border Integration: Connecting Culture, Science & Education, and Daily Life

Training Review | Mini Pi plus Mimic Baseline Training: Open-Source Dataset and Retargeting, Imitation Learning Training, and Sim2Real

High Torque Robotics October Event Recap | From Hong Kong Electronics Fair to Hangzhou IROS, Forging Ahead Continuously

Recap of IROS 2025 | The Second IROS Appearance Concludes Successfully, Unlocking Boundless Possibilities for Humanoid Robotics Research

ARTS 2025 Review | High Torque Robotics Showcases the Infinite Potential of Humanoid Robot Research Platforms

High Torque Robotics Makes Debut at Canton Fair: Robotic Products Draw Significant Attention

High Torque Robotics Debuts at 2025 Hong Kong Autumn Electronics Expo

High Torque Robotics Collaborates with CCTV: Robots Reach Daliangshan Schools

Exclusive Roundtable | Future Directions and Technical Pathways for Robot Motion and Perception

High Torque Robotics Exhibits at 2025 Inclusion・Bund Conference

Recap of High Torque Robotics' August Activities: Making Debuts Time and Time Again, Moving Forward Step by Step

The World Humanoid Robot Games concluded successfully, as Mini Pi and Mini Hi continue their journey forward.

Courageous Mini Pi: True Sportsmanship — Slow and Steady, Yet Always Arriving.

The 2025 World Humanoid Robot Games Have Officially Begun!

One Robot a Day: Not Just Fast — Unlimited Possibilities in Form and Motion.

Full immersive experience! High Torque’s Mini Pi plays soccer alongside young teammates at the WRC

The "Hi-Pi Brothers" Make a Return Appearance at WAIC 2025 in Shanghai

RSS 2025 Conference Report | Mini Pi and Mini Hi Shine on the Global Stage

The Hi-Pi Brothers Clinch Championship and Third Place at the Robotics Competition

How We Build Robots

HighTorque's Mini Robots Pi and Hi Debut at 2024 World Artificial Intelligence Conference

We're Here at the First Humanoid Robot Industry Conference!

Christmas Special: High Torque's Christmas Gifts Are Being Delivered!

The highly anticipated high-performance bipedal robot π is now on sale!

We have developed a bipedal robot