
LiDARs · RoboSense
EMX
EMX is built on RoboSense’s advanced digital automotive-grade front LiDAR platform—the EM Platform. It delivers real 192-beam and 2.88 million pts/s of high-definition point clouds, with a maximum frame rate of 20Hz, a detection range of upto 300 meters, and a wide horizontal FOV of 140°.
Specifications
Technical Specifications
Product Features
| Feature | Value |
|---|---|
| High-beam | 192-beam |
| Ultra-high frame rate | 20Hz |
| Ultra-high point rate | 2.88 Million pts/s |
| Intelligent | Gaze Function |
| Global Angular Resolution (H × V) | 0.08°×0.10° |
| Digital architecture | SPAD+VCSEL |
| Longest ranging | 300m |
| Compact Design (L × W × H) | 120×80×30 (mm) |
Overview
RoboSense EMX High-Resolution LiDAR for Robotics & Autonomous Applications
The RoboSense MX LiDAR is an advanced 3D LiDAR sensor designed for autonomous driving, ADAS, vehicle perception, and intelligent mobility applications. Its high-performance sensing technology delivers accurate environmental perception, real-time object detection, and detailed point cloud generation for next-generation transportation systems. Built for applications requiring long-range object detection, vehicle perception, obstacle detection, collision avoidance, and autonomous navigation, the RoboSense MX provides reliable sensing performance and enhanced situational awareness. Its advanced digital LiDAR architecture helps improve driving safety, navigation accuracy, and intelligent decision-making. The RoboSense MX LiDAR is well suited for autonomous vehicles, advanced driver assistance systems, intelligent transportation projects, and smart mobility platforms. Its sensing capabilities support real-time environmental monitoring, traffic awareness, path planning, and autonomous operation in complex environments. With precise spatial awareness, dependable sensing performance, and advanced 3D LiDAR technology, the RoboSense MX enables safer autonomous driving, enhanced ADAS functionality, and improved transportation intelligence across a wide range of mobility applications.