Robosense's M1 Completes Mass Production and Delivery for North American Project

RoboSense’s LiDAR RS-LiDAR-M1 has successfully met the North American mass-production delivery project.

FREMONT, CA: RoboSense LiDAR announces that the second-generation intelligent solid-state LiDAR RS-LiDAR-M1 ("M1") completed mass production and delivery to a North American designated project for the first time. This is the first mass production of solid-state LiDAR globally and marks the advent of an era of mass production for LiDAR.

Since July 2020, M1 has successively secured designated cooperation orders for several mass-produced models around the world. This mass-production delivery project is the first designated manufacture among them.

As the world's leading Smart LiDAR Sensor provider, RoboSense has completed iterations of five major and dozens of smaller versions on the smart solid-state LiDAR project in the past five years. Not only was it the first to implement the SOP version globally, but after the SOP was launched in Q2 2021, it led the industry and achieved the first mass production delivery of the second-generation smart solid-state LiDAR.

M1 has unique software and hardware intelligence features under its small size appearance. M1 can be equipped with mature and embeddable point cloud AI perception algorithms in terms of hardware intelligence. At the same time, M1 guarantees the safety and reliability of point cloud data quality in various driving scenarios through a series of patented technologies, eliminates thorny problems in the industry from the product side, and built-in complete supporting functions, such as OTA upgrade, stain detection, smart cleaning, smart heating, performance detection, power management, network management, and many more.

RoboSense will provide clients with continuously upgraded smart LiDAR system product solutions, jointly advance the evolution of smart driving experience, and accelerate the transformation and innovation of smart vehicle ecology. Promoting automated driving and advanced assisted driving passenger vehicles, commercial vehicles, logistics vehicles, robots, smart public transportation, and vehicle-road collaboration to achieve large-scale commercial use steadily and quickly.