Mini Vibration Motor 3mm×10mm📳

The 3 mm × 10 mm Mini Vibration Motor is a compact, robust DC motor designed to generate reliable vibration feedback in space-constrained designs. Ideal for haptic feedback, alerts, and tactile signaling, it delivers impressive performance relative to its size—perfect for Arduino, Raspberry Pi, and other microcontroller-based projects.

⚙️ Key Features

• Ultra-compact footprint: Measures just 3 mm × 10 mm, well-suited for tight enclosures and miniature modules.
• High vibration-to-size ratio: Provides substantial tactile feedback despite its small dimensions.
• Easy two-wire interface: Simple to integrate into electronics projects and prototypes.
• Durable construction: Built with quality materials for long-lasting operation in embedded systems.

📐 Technical Specifications

• Dimensions: 3 mm × 10 mm
• Voltage: 1.5–3 V DC
• Current: Maximum 70 mA
• Speed: 12,000 ± 2,500 RPM
• Vibration Strength: 0.6 G

🔧 Integration Tips (Arduino / Raspberry Pi / Microcontrollers)

• Drive the motor via a transistor or MOSFET (or a motor driver IC). Do not power it directly from a GPIO pin due to the up to 70 mA current draw.
• Add a flyback diode across the motor terminals to protect your microcontroller from inductive voltage spikes.
• Use PWM control for adjustable vibration intensity when powered from a suitable supply within 1.5–3 V.
• Power from a stable source; ensure your voltage stays within the specified range for consistent performance.

🚀 Potential Applications

• Mobile devices: Haptic feedback for notifications and alerts.
• Game controllers: Immersive tactile feedback for enhanced user experience.
• Medical devices: Discrete vibration alerts and status cues.
• Robotics: Tactile signaling in compact robots and embedded systems.

📦 Package Includes

• 1 × 3 mm × 10 mm Mini Vibration Motor

Ideal for engineers and hobbyists working with electronics components, modules, and embedded microcontroller designs, this motor brings dependable haptic functionality to projects built around Arduino, Raspberry Pi, ESP32, and more.