Core Viewpoint - Hesai Technology has launched its JT Series of mini hemispherical 3D lidars, specifically designed for robotics applications, featuring advanced technology and mass production capabilities [1][9]. Product Features - The JT series includes the JT16 (16 channels) and JT128 (128 channels), with the JT128 offering the world's widest hyper-hemispherical field of view (FOV) at 360° x 187° [1][5]. - The series supports high-quality resolution up to 256 channels and provides ultra-clear 3D environmental perception covering an area equivalent to two football fields [2]. - The compact design of the JT series has a minimum bottom diameter of only 55 mm, making it approximately 30% smaller and 70% less voluminous than similar products [4]. - Each unit weighs between 200-250 g, which is 47% lighter than comparable products, and operates with a power consumption as low as 4 W, a 40% reduction compared to similar offerings [7]. Technological Innovations - The JT series features a fully rotational horizontal scanning method, achieving a 360° horizontal FOV and a vertical FOV of 187° [5]. - The hyper-hemispherical FOV is 60% larger than traditional 3D lidars, enhancing perception range and improving positioning accuracy and obstacle recognition [6]. - Hesai's patented anti-interference technology allows for high-quality perception in low-light conditions and under intense sunlight [8]. Market Applications - The JT series is designed for various robotic applications, including AGVs/AMRs, delivery robots, robotic lawn mowers, cleaning robots, and agricultural vehicles [3]. - The series has already received orders from multiple robotics customers globally, with notable praise from companies like MOVA and Agtonomy [11]. Industry Impact - Hesai has delivered over 100,000 lidar units in December, marking a significant milestone in the lidar market [15]. - The company continues to expand its global reach, serving customers in over 40 countries and holding over 1,700 patents worldwide [16].
Hesai Unveils Mini Hyper-Hemispherical 3D Lidar Series for Robotics at CES