Single-Point Laser Distance Sensor | Lidar Module | 5V UART/IIC for Arduino

The TF-Luna is a small laser distance sensor. It measures distances up to 8 meters. This single-point ranging sensor uses Time-of-Flight (ToF) technology. This gives fast, correct readings. It's a small LiDAR module. It's for robotics, drones, and other automated systems. Features and Benefits - 8-meter detection range - The TF-Luna distance sensor has a useful range. It works for indoor navigation and altitude control. - ToF measurement method - It gives distance readings that are accurate to the centimeter. This is helpful for avoiding obstacles. - UART and I2C interfaces - It offers two common communication protocols. This makes it simple to connect the TF-Luna to Arduino or Pixhawk controllers. - Low power use - It draws less than 350mW. So, it won't drain batteries much in mobile or portable projects. Applications - Add a TF-Luna LiDAR obstacle avoidance system to a ground robot or automated cart. - Use the TF-Luna ranging sensor for drones. It helps them keep a steady altitude over the ground. - Build level-sensing devices or presence detectors. These are for industrial automation or interactive displays. What It Is This is a Single-Point Laser Distance Sensor, also known as a Lidar Module. It is designed to measure distance using a laser. The sensor emits a laser pulse and calculates the distance based on the time it takes for the pulse to reflect off an object and return. This Lidar Ranging Sensor operates at 5V and offers both UART and IIC interface options for integration into various projects. It can detect distances up to 8m, making it suitable for a range of precise measurement tasks. Key Uses & Applications This Lidar Module is ideal for projects requiring accurate distance measurement. Its compatibility with Arduino and Pixhawk makes it suitable for hobbyist electronics, robotics, and drone applications where precise ranging is critical. Examples include obstacle detection in autonomous vehicles, height sensing for drones, and creating interactive installations. The sensor's ability to measure up to 8m allows for effective environmental mapping and spatial awareness in various automated systems. How to Choose When selecting a laser distance sensor, consider the required operating voltage and interface. This particular module operates at 5V and supports both UART and IIC, offering flexibility for integration. The maximum range is another key factor; this sensor measures up to 8m. If your project demands compatibility with specific platforms, note its stated compatibility with Arduino and Pixhawk. The sensor type, Lidar Ranging Sensor, indicates its method of distance measurement. Grit / Spec Guide This Single-Point Laser Distance Sensor operates with an Operating Voltage of 5V. Its Range extends up to 8m, providing accurate distance measurements within this limit. The sensor offers two primary Interface options: UART and IIC, allowing for versatile connection to microcontrollers and other systems. It is compatible with popular platforms such as Arduino and Pixhawk. As a Lidar Ranging Sensor, it uses laser technology for distance detection, distinct from sensors that might use a ccd sensor for imaging. Care & Safety When handling the laser distance sensor, ensure the Operating Voltage does not exceed 5V to prevent damage. Protect the sensor's lens from dust and debris, as this can affect its accuracy and range up to 8m. Avoid pointing the laser directly into eyes or at highly reflective surfaces that could cause discomfort. When integrating with systems via UART or IIC, ensure correct wiring to prevent electrical shorts. Always consult the documentation for your specific Arduino or Pixhawk setup when connecting.