DYNAMIXEL-P
DYNAMIXEL P-Series
The DYNAMIXEL P-Series is ROBOTIS’ premium high-power smart actuator platform designed for industrial robotics, humanoids, advanced manipulators, and full-scale Physical AI systems.
Built with high-performance motors, durable cycloidal gearing, precision feedback, and advanced current-based control, P-Series actuators deliver the torque, durability, and reliability needed for demanding robotic systems.
Designed for high-load robot joints, humanoids, manipulators, and large robotic systems.
Durable low-backlash cycloidal gearing improves precision, shock resistance, and lifespan.
Supports robot learning workflows, teleoperation, imitation learning, and force-aware interaction.
Position, velocity, PWM, current, and current-based position control for sophisticated robot behavior.
Built for High-Power Robotics & Physical AI
DYNAMIXEL P-Series actuators combine industrial-grade mechanical durability with rich feedback and modern robot control capabilities. Their high torque density and low-backlash cycloidal gear systems make them ideal for humanoids, robotic manipulation, mobile robotics, and large-scale automation systems.
- High-torque output for full-scale robotic systems
- Strong and durable cycloidal reduction gearing
- Integrated motor, controller, driver, encoder, and network
- RS-485 networking for scalable multi-joint robots
- Current-based control for compliant and force-aware robotics
Why Choose DYNAMIXEL P?
Premium smart actuators engineered for robotics platforms that demand precision, durability, and industrial performance.
Cycloidal gearing improves impact resistance, minimizes backlash, and enables smooth high-load operation for advanced robotics.
Deliver substantial torque output for humanoids, manipulators, exoskeletons, mobile robots, and automation systems.
Current sensing and current-based control enable compliant robot interaction and safer manipulation workflows.
Power Advanced Robots with DYNAMIXEL P
DYNAMIXEL P-Series actuators deliver the torque, durability, and intelligent control needed for industrial robotics, humanoids, and next-generation Physical AI systems.
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