High quality LiDAR.
High-quality and Cost-effective LiDAR Solutions and Modules
Established in 2015, Shenzhen EAI Technology Co., Ltd. better known as YD LiDAR, is a producer of high-quality, cost-effective LiDAR components and solutions. As one of the leading providers of LiDAR solutions, YD LiDAR offers reliable, high-quality products to suit a variety of applications.
Headquartered in Shenzhen, YD LiDAR’s extensive range of sensors, scanners, and components see use in autonomous vehicles, robotics, and a variety of other industries, and are designed to be able to suit any and all scanning needs you may have.
Our Range Of YD LiDAR Products
GS2/GS1/GS5 Series
Solid State LiDAR System
The YDLiDAR GS2/GS1/GS5 Series is an ultra-wide FOV solid-state LiDAR system that is designed for obstacle avoidance and small-scale robotic applications. With a compact form factor and flexible installation, the GS2 sees various applications in the robotics industry, utilised in a variety of ways.
Spec Sheet
X2
360-Degree Omnidirectional Scanning LiDAR Sensor System
YD LiDAR’s series of LiDAR sensor packages includes the X2. A reliable 360-degree high-speed mechanical LiDAR system that rotates all around, the X2 is an extremely power-efficient sensor with an extremely small footprint, while also offering solid performance and scanning ranges.
The X2, like other products in YD LiDAR’s range, is compliant with FDA Class 1 Laser Safety Standards.
Spec Sheet
G2
360° Triangulation LiDAR
YD LiDAR’s triangulation series of standard, compact LiDAR sensor packages includes the G2. The G2 is an ultrathin/ultra-compact laser rangefinder with a range frequency up to 5000HZ and a range distance of 12m. It is a high-fidelity sensor capable of measuring its surroundings precisely with a fine level of detail. A capable sensor in the G series, it is able to do all-around scanning similar to other YD LiDAR G series products.
Spec Sheet
G4/G6
360° Triangulation LiDAR
YD LiDAR’s triangulation series of standard, compact LiDAR sensor packages includes the G4/G6. The G4/G6 is a 360° laser rangefinder with a range frequency up to 9000HZ and a range distance of 16m. It is a high-fidelity sensor capable of measuring its surroundings precisely with a fine level of detail.
Spec Sheet
X4 Pro
360-Degree Omnidirectional Scanning LiDAR Sensor System
YD LiDAR’s series of LiDAR sensor packages includes the X4 Pro. A reliable 360-degree high-speed mechanical LiDAR system that rotates all around, the X4 Pro is equipped with a USB serial interface, and SDK open source tools to ensure ease of data transfer through USB to a computer, with no extra coding needed. This ensures highly stable and reliable performance and ease of use.
The X4 Pro sees applications in autonomous vehicles, ADAS, smart transportation, robotics, logistics, amongst others.
Spec Sheet
T-Mini Pro/ T-Mini Plus
General Purpose LiDAR
The T-Mini series is a general-purpose LiDAR sensor system from YD Lidar. The system comes in a compact package, and is highly accurate, lending itself to a variety of applications.
Spec Sheet
TIA
TOF LiDAR
The TIA is an obstacle avoidance LiDAR system that applies TOF methodology to provide reliable 360-degree surrounding perception for robots. The sensor comes in a compact package and is IP65 dustproof and waterproof. The highly integrable system lends itself to a variety of applications.
Spec Sheet
TEA
TOF LiDAR
The TEA is an obstacle avoidance LiDAR system that applies TOF methodology to provide reliable 360-degree surrounding perception for robots. The sensor comes in a compact package and is IP65 dustproof and waterproof. The highly integrable system lends itself to a variety of applications.
Spec Sheet
TG15/30/50
TOF LiDAR
The TG15/30/50 series is an obstacle avoidance LiDAR system that applies TOF methodology to provide reliable 360-degree surrounding perception for robots. The compact package and integrated system lend themselves to a variety of applications, especially in robotics.
Spec Sheet
HP60C
Depth Camera
YD LiDAR’s HP60C is a camera that is both compact and modular, utilising structured 3D light imaging technologies to obtain deep images which can satisfy a variety of human-machine interface functions, such as obstacle avoidance and navigation– as well as depth perception.
Spec Sheet
