Distance Sensor | 60m Infrared Ranging | High Precision Module

This laser distance sensor measures distances up to 60 meters. It does this quickly and accurately. It uses Time-of-Flight (ToF) technology. It finds distance by timing a laser pulse, which gives you millimeter-level exactness. It's a small unit made for robotics, drones, and industrial measuring jobs. Features and Benefits - Millimeter exactness - It gives distance readings with an accuracy of ±1.5 mm. This works for jobs that need exact measurements. - 60-meter measuring range - The long range works well for large spaces, outside areas, and industrial settings. - Tiny size - Its very small and light body makes it simple to put on drones or mobile robots. It won't affect how they work. - Standard serial output - The TTL serial interface lets it connect easily to microcontrollers like Arduino for custom projects. Applications - Robotics and Automation - Use it to avoid obstacles, find objects, and for exact placement in self-moving machines. - Unmanned Aerial Vehicles (UAVs) - Put it into drones for accurate altitude hold, following terrain, and automatic landing help. - Industrial Measurement - Install it to check liquid levels in tanks or measure material stock on pallets. What It Is This is a Laser Distance Measuring Module designed for precise distance measurement. It uses an Optical Sensor to determine distances up to 60 metres. The module functions as a high precision infrared ranging device, providing accurate readings for various applications. It is a type of Laser Distance Sensor, offering a reliable method for non-contact distance measurement. The infrared ranging capability ensures consistent performance across its specified measurement range. Key Uses & Applications This Laser Distance Measuring Module is suitable for tasks requiring high precision distance sensing. Its 60m measurement range makes it ideal for surveying, construction layout, and interior design projects where accurate dimensions are critical. It can be integrated into automation systems for object detection and positioning. Robotics, drone navigation, and industrial process control can benefit from its reliable optical sensor theory for distance calculations. This module provides a versatile solution for numerous professional and technical applications. How to Choose When selecting a laser distance sensor, consider the required measurement range; this product offers 60m. Evaluate the precision needed for your application. Understand that these sensors operate by emitting a laser beam and calculating the distance based on the time it takes for the beam to reflect back, or by phase shift. For very high accuracy, some sensors may incorporate a CCD sensor. Ensure the product type, a Laser Distance Measuring Module in this case, fits your integration needs. Always verify the sensor type and underlying theory to match project demands. Grit / Spec Guide This product is a high precision module with a 60m Measurement Range. Its Product Type is a Laser Distance Measuring Module, and it functions as a Laser Distance Sensor. The Theory of operation is based on an Optical Sensor. It provides Infrared Ranging capabilities. When integrating, consider the physical dimensions and power requirements, although these are not specified here. Ensure compatibility with your system’s interface for data output. Its 60m range is a key specification for project planning. Care & Safety To ensure longevity and accurate performance of this Laser Distance Measuring Module, keep the optical sensor clean and free from dust or debris. Avoid exposing the module to extreme temperatures or direct impact. While specific safety guidelines for this particular product are not provided, always treat laser devices with caution. Do not look directly into the laser emitter. Store the module in a dry environment when not in use. Regular checks for any physical damage will help maintain its high precision functionality.