Mini Vibration Motor
50 EGP · In stock
### Overview Introducing the Mini Vibration Motor from MOKWN – a compact, low-cost solution for adding haptic feedback and vibration alerts to your projects. With an operating voltage of 3–5V, this motor is perfect for battery-powered devices, wearables, and IoT applications. Its small size and low power consumption make it an ideal choice for makers, students, and engineers looking to add a tactile dimension to their creations. ### Key Features - **Compact Design**: Ultra-small footprint fits into tight spaces. - **Wide Voltage Range**: Operates on 3–5V, compatible with common battery setups. - **Low Power Consumption**: Efficient operation extends battery life. - **Easy to Integrate**: Simple two-wire connection, ready for breadboard or PCB use. - **Durable Construction**: Built to withstand continuous operation. ### Technical Specifications - **Input Voltage**: 3–5V DC - **Motor Type**: Coreless vibration motor - **Rotation Type**: Unbalanced mass for vibration - **Dimensions**: 10mm x 3mm (approx.) - **Wire Length**: 30mm (approx.) - **Current Draw**: ~80mA at 3V (typical) ### Applications & Use Cases - **Haptic Feedback**: Add touch feedback to game controllers, remote controls, and touchscreens. - **Wearables**: Integrate into smartwatches, fitness trackers, and alert systems. - **Robotics**: Use for vibration-based sensors or as a simple actuator. - **IoT Devices**: Provide silent alerts for notifications and alarms. - **Educational Projects**: Teach electronics and motor control in classrooms and workshops. ### What's Included - 1x Mini Vibration Motor ### Compatibility - Works with Arduino, Raspberry Pi, and other microcontrollers via a motor driver or transistor. - Compatible with breadboards and perfboards. - Use with a motor driver module for PWM speed control. ### MOKWN Recommendation For most projects, we recommend pairing this motor with an NPN transistor (e.g., 2N2222) and a flyback diode to protect your microcontroller. For PWM-based vibration intensity control, consider using a MOSFET or a dedicated motor driver like the L293D. This motor is a great starter component for anyone exploring haptics and motion applications.