Distance Sensor | TW10S-UART Module | Precision Arduino I2C Ranging

This small laser distance sensor adds precise measurement to your projects. It uses Time-of-Flight (TOF) to figure out distances up to 2.4 meters, accurate to a millimeter. It works well for robots, drones, and interactive setups that need to know their surroundings. Features and Benefits - I2C and UART Interface - Connects to many microcontrollers, like Arduino, offering setup options. - TOF Ranging with ±10mm Accuracy - Measures precisely, so your robot can move in small areas. - 200Hz Update Rate - Sends distance data fast enough for moving platforms to avoid things in real time. - 13x28mm Size - This tiny laser sensor fits into small devices without adding much bulk. Applications - Helps drones with altitude control and landing. - Finds obstacles for robots that move on their own. - Senses closeness for interactive displays or automatic doors. What It Is The TW10S-UART Module is a laser distance sensor designed for precise ranging. This optical sensor utilises laser technology to accurately measure distances. It is specifically engineered for compatibility with Arduino systems, making it suitable for integration into various projects requiring accurate distance measurement. The module supports both UART and I2C interfaces, offering flexibility in how it connects and communicates with control systems. Its model designation is TWTOF240UI. Key Uses & Applications This laser distance sensor is ideal for applications requiring accurate distance measurement and ranging. Its Arduino compatibility means it can be readily integrated into robotics, automation projects, and custom sensing setups where precise position or proximity detection is critical. The sensor's ability to measure distance with a laser makes it suitable for tasks such as object detection, level sensing, and creating smart systems that react to changes in distance. The dual UART and I2C interfaces allow for versatile deployment. How to Choose When selecting a laser distance sensor, consider its intended application and required interface. This TW10S-UART Module offers both UART and I2C connectivity, making it versatile for Arduino projects. Ensure the sensor type, an optical sensor in this case, aligns with your environmental conditions and accuracy needs. For projects needing precise ranging, a laser distance sensor like this one is a strong candidate. Always verify compatibility with your existing control systems, such as Arduino. Grit / Spec Guide This laser distance sensor, model TWTOF240UI, operates using optical sensor theory to provide accurate distance measurements. Its core specification is its compatibility with Arduino platforms. The module offers two primary communication interfaces: UART and I2C, allowing for flexible integration into various electronic projects. The sensor's function is to measure distance with a laser, making it a precision ranging tool. There are no grit specifications applicable to this type of product. Care & Safety When handling the TW10S-UART Module, ensure it is protected from dust and moisture, as these can affect the performance of optical sensors. Avoid direct exposure of the laser to eyes. Always consult the Arduino documentation for correct wiring and power supply requirements to prevent damage to the module. Handle with care to avoid physical impact, which could compromise the internal components of the laser distance sensor. Disconnect power before making any changes to connections.