Grove - Haptic Motor
Grove - Haptic Motor
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The Grove - Haptic Motor is a compact vibration feedback actuator module designed to provide tactile haptic responses in embedded systems and IoT applications. Professional developers, roboticists, and IoT engineers use this module to create immersive user experiences through precise vibration patterns and force feedback mechanisms. This product solves the critical challenge of adding physical feedback to digital interfaces, enabling applications from wearable devices to gaming controllers that require real-time haptic notifications.
Specifications
| Specification | Details |
| Product Type | Grove Haptic Vibration Motor Module |
| Brand | Seeed Studio |
| Origin | Original/Authentic |
| Operating Voltage | 5V DC |
| Current Consumption | 80mA (typical at maximum vibration) |
| Vibration Frequency Range | 10Hz to 300Hz adjustable via PWM |
| Motor Type | Eccentric Rotating Mass (ERM) with brushed DC motor |
| Interface | Grove connector (4-pin standard) |
| Dimensions | 20mm x 20mm x 15mm |
Why Choose Grove - Haptic Motor?
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Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.
Trusted by Makers - Used by students, hobbyists and professionals nationwide.
Key Features of Grove - Haptic Motor
- PWM Control: Full vibration intensity adjustment from 0-100% through 8-bit PWM signals, enabling smooth haptic feedback modulation for nuanced tactile responses
- Grove Connector: Standard 4-pin Grove interface eliminates soldering requirements and ensures reliable connections with minimal contact resistance
- Low Power Consumption: Optimized motor design draws only 80mA at maximum vibration, making it suitable for battery-powered IoT and wearable applications
- Wide Frequency Range: Adjustable vibration frequency from 10Hz to 300Hz allows developers to create distinct haptic patterns for different notification types
- Compact Design: Lightweight module measures just 20x20x15mm, enabling integration into space-constrained wearable devices and portable electronics
- Long Operating Life: Brushed DC motor rated for 10,000+ hours of operation ensures reliability in continuous-use applications
Perfect For
- Wearable Notification Systems: Integrate haptic feedback into smartwatches, fitness trackers, and smart rings to deliver silent notifications, alarms, and activity alerts without audio disturbance
- Gaming Controllers and Joysticks: Create immersive gaming experiences by providing force feedback during collision detection, weapon firing, and environmental interactions in Arduino-based game controllers
- Robotics and Autonomous Systems: Implement tactile feedback in robotic arms and mobile robots to indicate motor status, obstacle detection, and task completion through vibration patterns
- IoT Alert Systems: Deploy haptic feedback in smart home devices, industrial monitoring systems, and medical alert devices to provide urgent notifications with variable intensity levels
- Mobile Device Prototyping: Develop custom haptic feedback for Arduino-based mobile applications, drone controllers, and handheld measurement devices
- Accessibility Interfaces: Create inclusive user interfaces for visually impaired users by converting visual alerts into distinct haptic patterns through programmable vibration sequences
How to Use
To integrate the Grove - Haptic Motor into your project, connect the 4-pin Grove connector to any available Grove digital output port on your Arduino or compatible microcontroller. The module requires a single digital pin for PWM control and draws power directly from the Grove connector (5V and GND). Upload the provided Arduino library or use simple digitalWrite and analogWrite commands to control vibration intensity and duration. For basic operation, send PWM values from 0-255 to the connected pin, where 0 represents no vibration and 255 represents maximum intensity.
Advanced applications utilize pulse-train patterns to create distinctive haptic signatures for different notification types. For example, a rapid 50ms pulse followed by a 100ms pause creates a distinct "alert" pattern, while a smooth 200ms ramp-up followed by gradual decay produces a "confirmation" feel. The module responds instantly to PWM changes, enabling real-time haptic feedback synchronized with user interactions or sensor events. Refer to the Grove - Haptic Motor library documentation for pre-built vibration pattern functions and timing optimization techniques for battery-powered applications.
Product Overview
The Grove - Haptic Motor operates on the principle of electromagnetic induction, where controlled electrical pulses drive a miniature eccentric rotating mass (ERM) to generate vibrations at variable frequencies and amplitudes. The module integrates a dedicated haptic driver IC that manages power delivery and pulse-width modulation (PWM) control, allowing developers to create complex vibration patterns through simple digital commands. This design eliminates the need for external motor drivers, reducing circuit complexity and power consumption while maintaining precise control over haptic intensity and duration.
What distinguishes this module is its seamless integration with Grove ecosystem connectors, enabling plug-and-play compatibility with Arduino, Raspberry Pi, and Seeeduino platforms without soldering. The motor operates at 5V with current consumption optimized for battery-powered applications, making it ideal for wearable devices, mobile robotics, and portable IoT solutions. The compact form factor (approximately 20mm x 20mm) and lightweight construction ensure minimal impact on device design while delivering consistent haptic feedback across thousands of operation cycles.
Frequently Asked Questions
What is the maximum vibration intensity and how do I control it?
The Grove - Haptic Motor reaches maximum vibration intensity at 5V input with 100% PWM duty cycle (255 in Arduino analogWrite). You control intensity by varying the PWM value from 0-255 using the analogWrite() function. Values below 50 may not produce noticeable vibration due to motor startup threshold, while values 150-255 provide strong haptic feedback suitable for alerts and notifications. Experiment with different PWM values to find the optimal intensity for your specific application.
Can I use this motor with Raspberry Pi or other platforms besides Arduino?
Yes, the Grove - Haptic Motor works with any platform supporting PWM output through GPIO pins. Raspberry Pi users can control it via GPIO pins with PWM libraries like RPi.GPIO or gpiozero. The module is also compatible with Seeeduino, Intel Edison, BeagleBone, and other microcontroller platforms with Grove connectors. Simply connect the signal pin to any PWM-capable GPIO pin and control vibration through your platform's PWM functions.
How long can the motor run continuously without damage?
The Grove - Haptic Motor is rated for continuous operation up to 10,000 hours at rated voltage. For battery-powered applications, implement duty cycle management to extend operational life and battery runtime. The motor can handle continuous 100% PWM operation, but we recommend limiting continuous runtime to 5-10 minute intervals with brief rest periods to minimize heat buildup. For always-on applications, use low PWM values (30-50%) to reduce power consumption and motor stress.
What is the response time between PWM command and actual vibration?
The Grove - Haptic Motor responds to PWM changes within 5-10 milliseconds, making it suitable for real-time haptic feedback synchronized with user interactions. This low latency ensures that haptic responses feel immediate and natural, critical for gaming applications and interactive devices. The motor reaches peak vibration intensity within 20-30ms of receiving maximum PWM input, allowing developers to create smooth ramp-up effects for gentle haptic notifications.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
Order your Grove - Haptic Motor today and start building your next project.