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lidars

LIDARS

We offer a wide range of LIDAR sensors from which you can choose products that will fit exactly your needs. Depending on the required ranging radius, fields of view, or protection rate, LIDAR technology integrated into your autonomy solution will upgrade its performance.

LIDARRange (accuracy)Vertical FoVHorizontal FoVIP
rating
LDR01Slamtec RPLIDAR S1 (End-of-Life)40 m (±5cm)0.5° (1 x 0.5°)360.0° (1024 x 0.35°)IP5X
LDR06Slamtec RPLIDAR S340 m (±3 cm)Single laser beam360.0° (3000 x 0.12°)IP65
LDR10Ouster OS0-3250 m (±1.5 - 5.0 cm)90.0° (32 x 2.81°)360.0° (2048 x 0.18°)IP68
LDR11Ouster OS0-6450 m (±1.5 - 5.0 cm)90.0° (64 x 1.41°)360.0° (2048 x 0.18°)IP68
LDR12Ouster OS0-12850 m (±1.5 - 5.0 cm)90.0° (128 x 0.70°)360.0° (2048 x 0.18°)IP68
LDR13Ouster OS1-32120 m (±0.7 - 5.0 cm)45.0° (32 x 1.41°)360.0° (2048 x 0.18°)IP68
LDR14Ouster OS1-64120 m (±0.7 - 5.0 cm)45.0° (64 x 0.70°)360.0° (2048 x 0.18°)IP68
LDR15Ouster OS1-128120 m (±0.7 - 5.0 cm)45.0° (128 x 0.35°)360.0° (2048 x 0.18°)IP68
LDR16Ouster OS2-32240 m (±2.5 - 8.0 cm)22.5° (32 x 0.70°)360.0° (2048 x 0.18°)IP68
LDR17Ouster OS2-64240 m (±2.5 - 8.0 cm)22.5° (64 x 0.35°)360.0° (2048 x 0.18°)IP68
LDR18Ouster OS2-128240 m (±2.5 - 8.0 cm)22.5° (128 x 0.18°)360.0° (2048 x 0.18°)IP68
LDR20Velodyne Puck (16 beams)100 m (±3.0 cm)30.0° (16 x 1.88°)360.0° (3600 x 0.10°)IP67
LDR22Velodyne Alpha Prime (128 beams)245 m (±3.0 cm)40.0° (128 x 0.31°)360.0° (3600 x 0.10°)IP67

Slamtec RPLIDAR S1 (End-of-Life)

Slamtec RPLIDAR S1 - uses ToF technology, it can detect up to 9,200 white objects per second at a distance of up to 40 m and in a 360° range. Typical scanning frequency is 10 Hz and can be adjusted. The scanner is enclosed in a tight housing that protects it against external conditions. It communicates via the UART interface.

Slamtec RPLIDAR S3

Slamtec RPLIDAR S3 - small and portable, single beam LiDAR which adopts TOF (Time of Flight) ranging technology which guarantees stable ranging resolution with changing distance. With 40 m of ranging radius it can work in highlighted areas and it delivers high-resolution mapping performance in outdoor environments.

LDR10-18 - Ouster LIDARs

Ouster products combine great performance, reliability, size, weight, and strength which makes them one of the industry-leading products. They are designed for indoor and outdoor use in all weather conditions while ensuring a long service life. They can be easily integrated into autonomous vehicles, heavy machinery, robots, drones, and environmental mapping solutions.

LDR10-12

Ouster OS0 series (32, 64, 128) - are LIDARs with an ultra-wide 90° vertical field of view with 50 m of ranging. The great combination of price, performance, reliability, size, weight (447 g), and strength makes it one of the industry-leading products. IP68 and IP69K rate of protection ensures a long service life. OS0 can be easily integrated into heavy machinery and environmental mapping solutions.

LDR13-15

Ouster OS1 series (32, 64, 128) - are mid-range LIDARs with a 45° vertical field of view with 120 meters of range. Weighting only 447 g this series is designed for indoor and outdoor use (IP68, IP69K). OS1 can be used with multiple solutions such as robots or drones.

LDR16-18

Ouster OS2-series (32, 64, 128) - are a long-range 22.5° vertical field of view with 240 m of ranging LIDARs designed for all weather conditions (IP68, IP69K). With built-in IMU for SLAM algorithm support, OS2 can be used in speed autonomous robots and high-altitude drones.

LDR20-22 - Velodyne LIDARs

LDR20

Velodyne PUCK - is a small, high precision, 16-beam LIDAR with 100 m of range. The Dual Returns feature enables Velodyne’s sensors to deliver precise 3D image capture details of complex environments. Its reliability, power efficiency, and surround view make it the ideal solution for affordable low-speed autonomy.

LDR22

Velodyne Alpha Prime - is a high-precision 128 vertical beam, LIDAR with up to 245 m of range. High resolution (0.2° x 0.1°) and point density at full frame rate generates high-quality perception in a wide variety of light conditions, with advanced sensor-to-sensor interference mitigation, power efficiency, and thermal performance.