Advanced 3-Axis Force/Torque Sensor for Humanoid Robots | AIDIN ROBOTICS

The 3-axis force sensor (3-axis F/T sensor) from AIDIN ROBOTICS is a high-precision force and torque measurement system engineered to enhance the stability, balance, and motion control of humanoid robots. Designed for integration into robot ankles, feet, joints, or other key structural points, this sensor delivers robust triaxial force and torque feedback essential for natural, stable humanoid locomotion.

What Is a 3-Axis Force/Torque (F/T) Sensor?

A 3-axis F/T sensor measures forces and twisting torques (torque moments) along three axes—typically vertical force (Fz) and two torque axes (Mx, My). These measurements give robots precise information about how forces are distributed through a joint or contact point with the environment, enabling more adaptive and stable motion.

Key Features and Capabilities

• Three-Axis Sensing for Real-World Motion: The sensor captures force and torque across three axes (Fz, Mx, My), providing critical data for balance control and motion precision. This 3-axis capability is vital for tasks like walking, posture adjustment, and ground reaction recognition.
• Designed for Humanoid Robot Ankles: Primarily mounted on the ankle or foot area of humanoid robots, this sensor delivers real-time feedback on ground interaction forces and body posture, supporting dynamic gait control and reducing instability.
• High Load Capacity: Despite its compact size, the 3FT1000/2000 series can measure forces up to approximately 2000 N, making it suitable for robust humanoid applications that experience strong load variations during walking or movement.
• Versatile Integration: While ideal for ankle mounting, the 3-axis F/T sensor can also be applied at other robotic joints or structural points where multidirectional force measurement improves control and safety.

Why This Sensor Matters for Humanoid Robotics

• Enhanced Balance and Gait Control

Accurate force and torque data lets humanoid robots dynamically adjust to real-world terrain, maintain balance during gait transitions, and respond effectively to unexpected disturbances or changes in surface contact.

• Stable Walking and Posture

By measuring ground reaction forces and torques, the sensor supports stable walking patterns and precise posture guidance, vital for humanoid robots navigating uneven surfaces or performing complex maneuvers.

• Reduced Mechanical Stress

Accurate force feedback allows control systems to detect and compensate for sudden load changes, helping prevent structural stress, damage, or slips during operation.

If you are looking for a 3-axis force sensor, you can find it at AIDIN ROBOTICS.

Click here to learn more about AIDIN ROBOTICS products.

View more: Advanced 3-Axis Force/Torque Sensor for Humanoid Robots

Global Marketing,Consulting,IT and SEO company