Laser Rangefinder Module for Arduino Integration
Our Laser Rangefinder Module is the perfect solution for anyone looking to integrate precise and reliable distance measurement capabilities into their Arduino-based projects. This compact module, measuring just 42x17x7mm, packs powerful features that make it ideal for use in space-constrained environments without compromising performance.
With a measuring range from 0.03m to 10m, 20m, or even 40m (depending on the model), this module is versatile enough for both short and long-range applications. Whether you’re working on close-range sensing or need to measure objects farther away, this Laser Rangefinder Module delivers reliable and accurate results across a wide range of distances.
Key Features:
- Compact Size: 42x17x7mm – Perfect for tight spaces and embedded systems.
- Clear Laser Visibility: Red/Green laser beam ensures easy point tracking.
- Wide Distance Options
Wide range of selectable distances, making it suitable for various applications. - Fast Response Speed
Rapid data acquisition capabilities, completing distance measurements within milliseconds. - Multiple Communication Interfaces
Supports various communication interfaces and protocols,including RS232, RS485, Bluetooth, Modbus and UART,facilitating integration with existing control or data. - High Measurement Precision
With precision typically in the millimeter range, this sensor meets the high accuracy requirements of applications such as geodetical and construction engineering scenarios. - Stable Performance
The sensor maintains a narrow range of data fluctuations and exhibitsvery low repeatability error. - Non-Contact Measurement
The sensor is capable of non-contact measurement, suitable for detecting moving objects, high or low-temperature objects, liquids, and irregularly shaped objects.
Easy Integration with Arduino
One of the biggest advantages of our Laser Rangefinder Module is how easily it integrates with Arduino. The module supports multiple communication interfaces, including I2C and serial communication, making it simple to connect to your Arduino board and get started quickly. Whether you’re using an Arduino Uno, Nano, or any other compatible board, the setup is straightforward, and programming is made easy with available libraries.
Connecting the Module to Arduino
For example,you would typically connect it as follows:
- VCC to 5V (or 3.3V, depending on the model)
- GND to GND
- SCL to Arduino’s A5 (I2C clock)
- SDA to Arduino’s A4 (I2C data)
Once connected, you can begin reading distance data through your Arduino’s serial interface or display it on an LCD, depending on your project needs.
Applications:
- Arduino Robotics: Use this module for obstacle detection, path planning, and precise navigation.
- Industrial Automation: Integrate into production lines or systems requiring precise distance sensing for positioning or object detection.
- Engineering Projects: Ideal for creating accurate measurement tools, 3D scanners, or custom distance-sensing applications.
- Smart Systems: Perfect for integrating with Arduino-based smart systems, such as automatic doors, proximity sensors, and more.
Simplified Programming with Arduino
To get started with your Arduino and the Laser Rangefinder Module, you can easily use the available libraries that support I2C or serial communication. With just a few lines of code, you can start receiving distance measurements in real-time, displaying the results on a screen or using them to control other devices in your system.
