Figure AI is one of the most promising companies developing humanoid robots designed for industrial and commercial environments.
The company focuses on building robots capable of performing human tasks such as material handling, assembly, and logistics.
At the core of these robots is a sophisticated actuator system powered by advanced electric motors.
Electric Joint Actuators
Figure AI humanoid robots rely on electric actuators integrated into their joints.
Each actuator typically includes:
-
High-efficiency electric motor
-
Gear reduction system
-
Position encoder
-
Control electronics
This design enables compact and powerful joint modules.
Brushless Motors in Humanoid Robots
Most modern humanoid robots use brushless motors because they offer:
-
High efficiency
-
High reliability
-
Long lifespan
These motors are often combined with gear reducers to increase torque output.
High Torque Joint Modules
Humanoid robots must generate high torque to support body weight and manipulate objects.
High torque actuators allow robots to perform tasks such as:
-
Walking
-
Lifting items
-
Operating tools
These actuators are designed to deliver strong torque while maintaining compact size.
Future Development of Humanoid Actuators
The next generation of humanoid robots will focus on:
-
Higher torque density
-
Smaller actuator modules
-
Improved energy efficiency
Advances in motor technology will continue to drive the development of humanoid robots.
Conclusion
Figure AI robots demonstrate the growing importance of advanced electric actuator systems in humanoid robotics.
With integrated motors, gear systems, and sensors, these actuators enable robots to perform complex tasks in real-world environments.