YDLIDAR TIA 360° 2D ToF LiDAR for robot navigation, obstacle avoidance,and environmental mapping applications

The YDLIDAR GS2 is a compact and high-precision solid-state LiDAR designed for applications that require accurate obstacle detection and environmental perception. Utilizing triangulation technology, it delivers high-resolution distance measurements across a 100-degree field of view with no blind zones when used in combination. The sensor continuously captures real-time point cloud data, making it an essential component for robotics, smart automation, and intelligent navigation systems. Optimized for robot obstacle avoidance, the YDLIDAR GS2 ensures precise spatial awareness, enabling autonomous systems to navigate complex environments with enhanced safety and efficiency. It is widely used in home service robots and vacuum cleaners, where accurate detection of small objects as tiny as 3mm improves navigation and collision avoidance. In industrial and smart equipment applications, it supports precise positioning and control, ensuring seamless integration into automated systems. Its capability to detect objects at a minimum distance of 25mm and a maximum of 300mm makes it ideal for close-range sensing tasks that demand high accuracy. With a fast-ranging frequency of up to 28Hz and a fine angular resolution of 0.6 degrees, the YDLIDAR GS2 delivers stable and responsive performance in dynamic environments. It features strong resistance to ambient light, operating reliably in conditions up to 25,000 lux. The sensor’s compact design, lightweight build, and low power consumption make it highly adaptable for space-constrained applications. Equipped with a 3.3V UART communication interface, it ensures seamless data transmission and easy integration into various platforms. Designed to support advanced automation and intelligent systems, the YDLIDAR GS2 provides long-term reliability with a service life of 10,000 hours. Its combination of precision, efficiency, and compact design makes it a trusted solution for next-generation robotic sensing and environmental mapping.