Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Motion Direction Recognition Module

Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Module Description

The Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Module is a versatile sensor designed for detecting hand gestures and motion direction without physical contact. The APDS-9960 sensor uses RGB and proximity sensing to recognize gestures, making it perfect for creating touchless user interfaces for smart home systems, automation, or interactive displays. The unsoldered version allows for flexibility, as users can customize the module for their specific project requirements. This module operates at 3-5V, and is ideal for integration with microcontrollers such as Arduino or ESP32 for gesture-controlled applications.

Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Module Features

• Gesture and Motion Recognition: Recognizes hand gestures and movement direction without physical contact, ideal for touchless user interfaces.
• RGB and Proximity Sensing: Features RGB color sensing and proximity detection, providing comprehensive motion tracking capabilities.
• Unsoldered Version: Unsoldered for flexible use, allowing customization and soldering based on specific requirements.
• Low Power Consumption: Operates efficiently with 3-5V power supply, making it suitable for battery-operated systems.
• Easy Integration: Compatible with popular microcontrollers such as Arduino, ESP32, and others, for easy integration into custom projects.

Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Module Specifications

• Sensor Type: APDS-9960 RGB and proximity sensor
• Operating Voltage: 3-5V
• Interface: I2C communication interface for easy integration
• Assembly: Unsoldered version for customization

Unsoldered GY-9960-LLC 3-5V APDS-9960 RGB Touchless Gesture Sensor Module Applications

• Touchless Interfaces: Ideal for building touchless user interfaces for smart home systems, automation, or consumer electronics.
• Gesture Control: Perfect for DIY projects that require gesture-based control, such as interactive displays or gesture-driven devices.
• Wearables: Can be integrated into wearable technology for gesture-controlled devices such as smartwatches and health monitoring systems.
• Robotics: Useful in robotics for gesture control and motion sensing applications, offering more intuitive interaction.