DFRobot Hybrid Stepper Motor Bipolar 5V DC 10mm

This DFRobot hybrid stepper motor is a compact 10mm micro motor designed for precise motion control in DIY and prototyping projects. It operates on a 2-phase, 4-wire configuration, delivering a step angle of 18° with a bipolar drive method. The motor works directly with popular microcontrollers such as Arduino and ESP32, eliminating the need for a dedicated driver board—simplifying your project setup.

A standout feature is the metal slider on the slide rod, making it ideal for linear motion applications. This stepper motor is suitable for projects like automatic door locks, camera propellers, and smart home automation. With a driving voltage range of 3.5V to 5V DC and a coil resistance of 20Ω ±10%, it is energy-efficient and easy to integrate.

Key Specifications:

• Step Angle: 18° per step
• Excitation: 2-2 phase
• Driving Method: Bipolar
• Max Auto-start Frequency: 1500PPS
• Withstand Voltage: 100V AC for 1 second
• Insulation Resistance: 1.0MΩ (DC100V)
• Insulation Grade: Class E
• Motor Size: 10mm
• Number of Wires: 4
• Weight: 15 grams
• Dimensions (H × W × D): 43mm × 33mm × 15mm

This stepper motor is engineered for reliability and consistent performance, catering to makers, hobbyists, and engineers looking for a compact actuation solution. Its dual-phase operation ensures smooth and accurate stepping, making it a versatile component for your next build.