YDLIDAR X2 360° 2D LiDAR for robot navigation and obstacle avoidance

The YDLIDAR X2 is a high-performance 2D LiDAR sensor designed for precise and efficient environmental scanning. Utilizing triangulation technology, it delivers high-frequency and high-accuracy distance measurements while maintaining strong resistance to ambient light interference. Its 360-degree scanning capability continuously provides real-time point cloud data, making it an essential tool for robotics, automation, and research applications. Designed for robot navigation and obstacle avoidance, the YDLIDAR X2 enables autonomous systems to detect and map their surroundings with exceptional accuracy. It plays a crucial role in home robotics, including vacuum cleaners and service robots, ensuring efficient movement and environmental awareness. In research and education, it supports ROS-based development, offering a reliable tool for studying robotic perception and localization. The sensor is also widely used in environmental scanning and 3D reconstruction, providing detailed spatial data for mapping and modeling applications. Additionally, its capability to enhance regional security makes it suitable for surveillance and monitoring systems that require real-time spatial awareness. The YDLIDAR X2 integrates seamlessly into various systems, supporting UART communication for real-time data transmission. With a high-speed ranging frequency of up to 3,000Hz and an adjustable motor speed, it offers flexibility to meet diverse operational needs. Its compact and lightweight design ensures easy integration, while the Class I eye-safe laser technology guarantees user safety. The device is optimized for stable and consistent performance, even in challenging conditions. By combining advanced technology with versatility, the YDLIDAR X2 stands out as a reliable solution for robotics, automation, and intelligent system development. Its support for SDKs and ROS further enhances its adaptability, making it an essential component for applications requiring accurate environmental perception and mapping.