Have you ever marveled at the subtle vibrations of your smartphone or the immersive feedback from game controllers? These tactile sensations are powered by miniature vibration motors - seemingly insignificant components that pack remarkable energy. At the heart of this haptic revolution lies a precision DC vibration motor measuring just 11.6×4.6×4.8mm.
When your fingertip glides across a screen or presses a button, the perfect vibration response creates more than just notification - it establishes a new dimension of information transfer. This motor delivers exceptional haptic experiences through its 10,000 RPM rotational speed and eccentric axis design, converting kinetic energy into nuanced yet powerful vibrations.
As electronic devices become increasingly compact, space optimization has become paramount. This vibration motor weighs a mere 0.8 grams with dimensions of 11.6×4.6×4.8 mm, yet delivers impressive performance. Its miniature form factor allows seamless integration into smartphones, wearables, IoT sensors, and smart home controllers without compromising internal space.
Designed for stable operation, the motor performs optimally between 2.4V to 3.5V, with 3V as the recommended operating voltage. Notably, it operates without polarity sensitivity - maintaining consistent vibration output regardless of rotational direction. This simplifies circuit design and installation processes significantly.
The motor includes 1.5-inch (38mm) leads for easy circuit board connection and features a removable rubber casing. This casing provides a flat mounting surface while dampening operational noise, ensuring quiet performance and enhanced user experience.
Beyond this micro vibration motor, alternative models with fully enclosed shaft designs are available in multiple configurations:
This micro vibration motor enables innovative designs across multiple industries, including smartphones, gaming controllers, VR/AR devices, wearables, medical equipment, and robotic haptic feedback systems. As a critical component for enhancing user experience, it represents a significant advancement in interactive technology.
