Laser Distance Sensor | VL53L1X Precision Ranging | 4m MCU Module

This laser distance sensor uses Time-of-Flight (ToF) technology. It gives you fast, accurate measurements. You can get it in three models: VL6180X, VL53L0X, and VL53L1X. Each model offers a different range. The I2C interface connects easily to a Raspberry Pi or Arduino. Features and Benefits - Three Ranging Options - Pick the VL6180X for up to 50cm. The VL53L0X goes up to 2m. The VL53L1X measures up to 4m. Choose the one that fits your project. - Millimeter Accuracy - The ToF laser sensor measures how long light takes to return. This gives precise readings. It's good for robotics and automation. - Simple I2C Communication - It needs only two wires to connect. This simplifies wiring and code. It works well with an Arduino Uno or other microcontrollers. - Small Module - The board is small. It fits into tight spaces. This makes it a good choice for embedded systems and small devices. Applications - Robotics - Add a VL53L0L I2C sensor for obstacle avoidance. Use it in drones and ground robots. - Gesture Control - Use the VL6180X ToF sensor for gesture recognition. This works in interactive displays or smart home devices. - Inventory Management - Build systems to sense liquid levels. Or use it for automatic stock counting. This laser module helps with that. What It Is This is a Laser Distance Sensor, specifically a VL53L1X Precision Ranging module. It uses Time-of-Flight (ToF) technology to measure distances. An integrated microcontroller handles the processing. The sensor principle is Hall Sensor based. It is designed for precise ranging applications, suitable for various projects requiring accurate distance measurement up to 4 metres. Key Uses & Applications This VL53L1X Precision Ranging module is ideal for applications requiring accurate distance sensing. Its 4m measurement range makes it suitable for robotics, automation, and level detection. It can be integrated into systems that need to detect presence, measure object dimensions, or navigate. The integrated microcontroller simplifies its use in various electronic projects, providing a direct measurement output for further processing. How to Choose When selecting a laser distance sensor, consider the required measurement range. This particular sensor offers ranges including 50cm, 2m, and 4m. Evaluate if an integrated microcontroller is beneficial for your project, as this model includes one. The sensor principle, a Hall Sensor, and Time-of-Flight (ToF) technology are key performance indicators. Also, consider the specific model, such as VL53L1X, VL53L0X, or VL6180, based on your precision and environmental needs. Grit / Spec Guide This VL53L1X Laser Distance Sensor offers a measurement range up to 4 metres. Other available ranges for similar sensors in this category include 50cm and 2m. It operates using Time-of-Flight (ToF) technology, which calculates distance by measuring the time it takes for a laser pulse to travel to a target and return. The sensor principle is a Hall Sensor. An integrated microcontroller simplifies its use, providing a direct digital output of the measured distance. Care & Safety When handling the Laser Distance Sensor, avoid direct contact with the sensor lens to prevent damage or obstruction. Ensure the operating environment is free from excessive dust or moisture, which can impair performance. While using, avoid looking directly into the laser emitter. Although these are typically low-power lasers, good practice dictates minimising direct eye exposure. Always refer to the specific module's datasheet for detailed safety guidelines and operating parameters.