Mobias offers a wide range of Robosense LiDAR sensors, perfect for applications in ADAS and robotics. These high-performance sensors provide precise and reliable detection, enhancing vehicle safety, navigation, and automation. Whether for autonomous vehicles or robotic systems, Mobias ensures access to cutting-edge LiDAR technology.

Ruby Plus 128 

RS-Ruby Plus is a new 128-beam mechanical LiDAR specifically designed for L4+ autonomous driving. Compared with RS-Ruby, it has reduced volume by 50%, weight by 52%, and power consumption by 33% for greatly improved performance.

 

  • 128 Beams
  • 0.1H X 0.1V High resolution
  • 240m range
  • 40° vertical FOV (-25°  +15°)
  • 2.304.000 pts/s (Balance mode)
Screenshot 2025-03-12 093124

Bpearl Blind Spot 

RS-Bpearl is a new type of short-range LiDAR explicitly designed for the detection of blind spots. Loaded with RoboSense’s innovative signal processing technology, RS-Bpearl can detect objects within a few centimeters. With the 360° × 90° super-wide field of view, RS-Bpearl can precisely identify obstacles around the vehicle surface like pets, children, roadbeds, and much more.

 

  • It overcomes blind spots of Ruby LIDAR.
  • 32 Beams
  • Blind Spot<10cm
  • 100m Range
  • 90°V X 360°H FOV
  • 576.000 pts/s
  • 0.2°H X 2.81°V  High resolution
Screenshot 2025-03-12 093320

Helios Series 

Robosense helios Lidar. ADAS Forward Collision Warning

The RS–Helios is a new generation of 32–beam LiDAR that designed for robots, autonomous vehicles, V2X, and mapping applications.

The RS–Helios–5515 adopts a design that arranges dense laser beams in the middle part of the FoV and sparse laser beams on both ends in order to obtain denser high–precision 3D point cloud of environment in front of the vehicle. Combined with a customized 70° ultra–wide vertical FoV tilting downward of 55° below horizon, it greatly reduces the near–field blind zone, and allows for both long–range perception and blind spots detection at the same time. This design will greatly facilitate a simpler vehicle sensor setup. On the other hand, the RS–Helios–1615 adopts an uniform beam layout to provides point cloud within the 31° vertical FoV, which is more friendly for surveying & mapping.

Screenshot 2025-03-12 093559

M1 Plus

Robosense M1 Lidar. ADAS Forward Collision Warning

The M series deliver highly reliable 3D environment perception performance to ensure the safety of ADAS and AD systems.

The M series has passed more than 36,000 hours of high–temperature durability tests, 24,000 hours of high–temperature and high–humidity tests and other test verifications. M series achieved an annual output of one million units at the RoboSense’s smart manufacturing cluster.

The M series has a unique “GAZE” function to improve the perception of the intelligent driving system, which can dynamically adjust the resolution and frame rate based on different driving scenarios. The M series has been nominated by nearly 20 leading OEM, including BYD, GEELY, Great Wall, Lotus, SAIC, FAW, BAIC, and Lucid.

Screenshot 2025-03-12 094116

Airy 

Robosense Airy Lidar. Robotic

Airy is the first digital hemispherical LiDAR on the R platform, featuring a chip-based transceiver solution and a high-sensitivity digital detection scheme. Compact in size, comparable to a ping-pong ball, it delivers an ultra-wide hemispherical FOV with 360° horizontal and 90° vertical coverage, encompassing a 60-meter radius range. With 1.72 million points per second and ±1cm detection accuracy, Airy provides real-time detection of object size, contour, and distance. Its well-structured, algorithm-friendly point clouds enable exceptional performance in obstacle avoidance, mapping, and navigation tasks.

Airy supports a wide variety of robots operating seamlessly in diverse lighting conditions, enabling all-weather continuous operations and advancing the intelligent application of robots across all scenarios.

E1R

Robosense E1R Lidar Robotic

E1R is a new-generation, fully solid-state digital LiDAR based on the automotive-grade E platform. Equipped with a 120°×90° ultra-wide FOV and proprietary solid-state architecture, it combines high performance, compact design, and automotive-grade reliability. Capable of real-time detection of object size, contour, and distance, E1R empowers robots to excel in obstacle avoidance, mapping, and navigation tasks.

E1R has been mass-produced and is already in practical applications, supporting various types of robots operating seamlessly in diverse lighting conditions. It enables robots to perform tasks from close-range precision sensing to wide-area environmental detection, significantly enhancing their operational efficiency and safety across a wide range of scenarios.