Elevate Experience Small Vibration Motor NFP-ELV081530 Perfect For Brilliant Sole Insole

LRAs are a type of vibration motor that produce motion in a single direction. This characteristic makes them ideal for creating precise and controlled haptic feedback, which is essential in various applications, including wearable technology like smart insoles or footbeds.

Brilliant Sole™ is poised to enhance user experiences in virtual reality, fitness, and beyond, paving the way for innovative applications of smart footwear technology.



Integration in Brilliant Sole™ insoles, LRAs NFP-ELV081530 are integrated to provide users with real-time feedback through vibrations. This feedback can be tailored to various applications, including:

⚙️Virtual Reality (VR) and Gaming: Enhancing immersive experiences by simulating physical sensations, such as walking on different surfaces or receiving feedback from virtual environments.
⚙️Health and Fitness Monitoring: Providing cues or alerts for posture correction, stride adjustment, or signaling to the wearer when it’s time to increase or decrease their physical activity.
⚙️Navigation: Offering discreet, direction-based cues to the wearer, enabling navigation without the need for visual or audio guidance.

Exploring The Role Of Linear Resonant Actuators In Brilliant Sole™Footbeds

The integration of linear actuator haptics into Brilliant Sole™ footbeds opens up a multitude of applications, from enhancing user interaction with virtual environments to providing valuable health-related insights through gait analysis. Furthermore, the use of LRAs can significantly contribute to the development of assistive technology, aiding individuals with visual impairments through haptic navigation cues.



High Quality Affordable Motor LRA Vibration Motor Parameters

The use of LRAs in Brilliant Sole™ insoles presents several advantages:

  • Precision: LRA offer precise control over vibration intensity and pattern, which can be crucial for conveying specific information or sensations to the user.
  • Energy Efficiency: Compared to other types of motors, linear haptic motor is more energy-efficient, making them suitable for battery-operated wearables like smart footbeds.
  • Durability: linear resonance has fewer moving parts, leading to increased durability and a longer lifespan, which is essential for wearables that undergo frequent and varied use.
  • Compact Size: Small insoles of linear vibrator allows them to be easily integrated into footbeds without compromising the comfort or design of the footwear.
Motor Model NFP-ELV081530
Motor Length 15 ± 0.1 mm
Motor Width 8 ± 0.1 mm
Motor Height 3.0 ± 0.05 mm
Rated Voltage 0.9Vrms AC
Work Voltage 0.1Vrms-1.0Vrms AC
Overdriver Voltage 9Vp AC Motor quick start voltage
Rated Current Max 130 mArms
Resistance 9 ± 1Ω
Rated Vibration 0.9 ± 0.15Grms
Resonance Frequency 170 ± 8 Hz
Rising Time Max. 100 msec
Falling Time Max. 130 msec
Mechanical Noise Min 10MΩ @100VDC
Weight 2.1 ± 0.1 Gram
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