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Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)
Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)
Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)
Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)
Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)

Robosense RS-Lidar-M1 Plus 3D Laser Rangefinder (Solid State)

Robosense RS-Lidar-M1 3D Laser Rangefinder (Solid State)
Robosense | A-000000-04570
€3,540.00
20 perc. French VAT inc.

The RoboSense M1 Plus is a long-range automotive LiDAR designed for 3D perception, obstacle detection and autonomous mobility projects.

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A long-range LiDAR for 3D perception and intelligent vehicles

  • Range up to 200 m: with 180 m at 10% NIST reflectivity.
  • Field of view: 120° horizontal and 25° vertical.
  • Average angular resolution: 0.2° horizontally and 0.2° vertically.
  • Optimized ROI area: average vertical resolution down to 0.1°.
  • Point rate: up to 787,500 pts/s in single return and 1,575,000 pts/s in dual return.
  • Typical accuracy: 5 cm.
  • 905 nm laser: Class 1 for eye safety.
  • Compact form factor: 111 × 110 × 45 mm.
  • Weight: 690 g.
  • Protection rating: IP67 and IP6K9K.

The M1 Plus is designed for applications where point cloud quality, long-range detection and operational robustness are important. It features a GAZE function that dynamically increases vertical resolution in the region of interest to improve distant obstacle detection.

Obstacle detection, embedded perception and vehicle integration

The RoboSense M1 Plus LiDAR is well suited to projects requiring a reliable sensor for embedded 3D perception, obstacle detection and vehicle integration. It can be used in advanced driver assistance systems, autonomous mobility platforms or testing and validation environments.

  • Long-range 3D perception: to detect obstacles earlier and improve scene understanding.
  • ADAS / autonomy development: a sensor suited to embedded perception systems.
  • Validation and testing: architecture designed for constrained environments and test campaigns.
  • Ethernet transmission: data sent via 1000Base-T1 and UDP packets.
  • Functional safety: a platform designed to meet high reliability requirements.

Technical specifications of the M1 Plus LiDAR

Wavelength905 nm
Laser safetyClass 1
Horizontal field of view120°
Vertical field of view25°
Average horizontal angular resolution0.2°
Average vertical angular resolution0.2°
Vertical ROI resolution0.1° on average
Maximum range200 m
Range at 10% NIST180 m
Blind zone≤ 0.5 m
Frequency10 Hz
Typical accuracy5 cm
Accuracy± 5 cm
Point rate (single return)787,500 pts/s
Point rate (dual return)1,575,000 pts/s
Ethernet connection1000Base-T1
Data outputUDP packets over Ethernet
Output dataSpatial coordinates, intensity, timestamp, etc.
Operating voltage9 to 16 V
Power consumption15 W
Dimensions111 × 110 × 45 mm
Weight690 g ± 20 g
Operating temperature-40 °C to +85 °C
Storage temperature-40 °C to +105 °C
Time synchronizationgPTP
Protection ratingIP67 / IP6K9K
Scanning chip reliabilityAEC-Q100
Functional safetyM platform certified ISO 26262 ASIL B

Resources for the M1 Plus LiDAR

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