SteadyWin WK10025 Frameless Outrunner Robot Motor 36V 4 N m High-Torque Frameless Motor for Robotics Systems

Overview

The SteadyWin WK10025 is a frameless outrunner Robot Motor designed as a high-torque Frameless Motor solution for compact robotic joints and direct-drive actuators. With a nominal torque of 4 N m at 36 V and high power density, it supports precise, zero backlash motion control in advanced humanoid, mobile and industrial robotic systems.

Key Features

• Frameless outrunner Robot Motor for direct integration into robotic joints and mechanisms
• 36 V nominal voltage with 3.8 A nominal current for efficient operation
• High torque capability: 4 N m nominal torque and 8.5 N m stall torque
• Nominal speed of 168 rpm with up to 330 rpm maximum speed
• High pole count (21 pole pairs) for smooth low-speed control
• Stator inner diameter of 78 mm and outer diameter of 109 mm for compact, high power density designs
• Wide working temperature range from -20 to 80 C with 120 C maximum demagnetization temperature
• Lightweight 576 g construction for weight-sensitive robotic applications
• Available 2D installation drawings and 3D STEP models to simplify mechanical and system integration

For engineering support, integration guidance or after-sales service, please contact [email protected] or visit https://rcdrone.top/.

Specifications

Applications

• Humanoid robots
• Robotic arms
• Exoskeletons
• Quadruped robots
• AGV vehicles
• ARU robots

Manuals

• WK10025 installation drawing (PDF)
• WK10025CH installation drawing (PDF)
• SteadyWin WK10025 motor 3D model (STEP)
• SteadyWin WK10025CH motor 3D model (STEP)