Laser Distance Sensor | IIC Module | VL53L0X VL53L1X Compatible

This is our line of TOF laser ranging sensor modules. They come in different detection ranges to fit your project. This sensor uses the Time-of-Flight method for accurate readings. It communicates with a simple IIC output, making it easy to use with Arduino. Features and Benefits - Multiple Range Options - Pick from 50 cm (TOF050C), 200 cm (TOF200C), or 400 cm (TOF400C) versions. This lets you get the right sensor for your application's size. - Millimeter-Level Accuracy - This module measures distance down to the millimeter. This provides the detail needed for positioning tasks. - Simple IIC Protocol - Connecting a VL53L0X-type sensor to an Arduino is simple. The IIC output protocol only needs two wires for communication. - Low Power Use - It uses little current. This makes it a good choice for battery-powered devices. Examples are drones or portable sensors where every milliamp matters. Applications - Drone Altitude Control - Put it in a drone to keep a steady height above the ground. - Gesture Sensing - Build a simple system to recognize hand movements. This lets you control devices without touching them. - Liquid Level Sensing - Place it above a tank or container. It will give a continuous, non-contact reading of the liquid level. What It Is This is a Laser Distance Sensor, designed as an IIC module. It operates using Time-of-Flight (ToF) technology to measure distances accurately. The sensor is compatible with Arduino systems, making it suitable for various DIY and professional projects. It features chipsets such as VL6180, VL53L0X, and VL53L1X, and is available in models like TOF050C, TOF200C, and TOF400C. The output interface is IIC, ensuring straightforward integration into compatible electronic circuits. Key Uses & Applications This Laser Distance Sensor is ideal for applications requiring precise distance measurement. Its Time-of-Flight (ToF) sensor type allows it to accurately determine distances by measuring the time it takes for a laser pulse to travel to an object and return. This makes it suitable for robotics, automation, and proximity sensing tasks. For example, it can be used in obstacle detection for autonomous vehicles or for level sensing in industrial processes. Its Arduino compatibility further broadens its use in educational projects and rapid prototyping. How to Choose When selecting a laser distance sensor, consider its compatibility and intended application. This particular sensor offers compatibility with Arduino, which is a key factor for many users. The chipset, such as VL6180, VL53L0X, or VL53L1X, dictates some performance characteristics, while models like TOF050C, TOF200C, or TOF400C may indicate different ranges or features. The IIC output interface is standard for easy integration. Understanding how laser distance sensors work, specifically their ToF method, helps in matching the sensor to the required precision and environmental conditions. Grit / Spec Guide This Laser Distance Sensor module has a standard power dissipation. It is compatible with Arduino platforms, which is a crucial specification for integration. The sensor incorporates chipsets including VL6180, VL53L0X, and VL53L1X, ensuring reliable performance. Available models are TOF050C, TOF200C, and TOF400C. The output interface is IIC, providing a digital communication method. As a Time-of-Flight (ToF) Laser Ranging Sensor, it measures distance by calculating the travel time of light, offering a precise way to measure distance with a laser sensor. Care & Safety When handling this Laser Distance Sensor, ensure proper electrostatic discharge (ESD) precautions are taken to prevent damage to the sensitive electronics. Always connect the module to compatible power sources and ensure correct wiring for the IIC output interface. Although it uses a laser, typically these are low-power devices, but direct eye exposure to any laser should always be avoided. Keep the sensor lens clean and free from dust or debris, as this can affect its accuracy and performance in measuring distances. Store the module in a dry, stable environment.