The industry's first omnidirectional ultra-wide-angle bionic 4D laser radar
In order to accelerate high-performance mobile robots into the public life of the goal. Unitree Robotics released the latest bionic 4D Lidar L1 to accelerate the process of the era of mobile intelligence. Take technological innovation as the cornerstone to optimize and improve the process and cost. L1 has omnidirectional ultra-wide-angle scanning capability, minimal blind area and stable operation to enable infinite scenes.
Open Source SLAM solution available
SLAM based on Unitree 4D LiDAR L1, only use its pointcloud & built-in IMU, do not use other positioning sensors.
Completely meets the needs of small, conventional mobile robots in applications.
The top-of-the-line automotive-grade LiDAR generates a point cloud density of approximately 1.5 million points/s. At speeds of up to 200 km/h (55 m/s), the corresponding point cloud density is only 27,000 points/s when traveling 1 meter (and this is in scenarios that involve personal safety).
In contrast, small conventional mobile robots typically move at speeds far below 1 m/s. When equipped with L1 LiDAR, the corresponding point cloud density when traveling 1 meter is comparable to that of an automotive-grade system. Therefore, the point cloud density of the L1 LiDAR system is more than adequate for the needs of small and medium-sized mobile robot applications.
Dynamic scanning of the whole house
Through omnidirectional ultra-wide-angle non-repetitive scanning, L1 can obtain high-precision and high-density point cloud data, achieving a scan effect at the image level.
Non-repetitive static scanning
Close range dynamic scanning
L1 has ultra-low blind area, the minimum detection distance as low as 0.05m, easy to realize close detection and recognition
Believe in Light Unitree L1 is not afraid of challenges
Ultra Wide Angle
Large omnidirectional FOV (field of view)
360°×90°
Compact size
Compact size 75×75×65mm
Weighs only 230g for more flexible installation
Highly transparent object detection (glass)
Can detect under complex lighting conditions,
suitable for a wider range of applications.
*The scanning effect differs under different angles and radar parameters configuration, please refer to the actual.
Anti-ambient light
Effective resistance to indoor ambient light and outdoor glare interference.
Achieve stable ranging and high accuracy map building under 100Klux outdoor light.
Features
Precision Measurement
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Scanning distance: 20m(@90% reflectivity); 10m(@10% reflectivity)
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Measurement accuracy: ±2.0cm
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Nearbyblind area: 0.05m
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Sampling frequency: 43200points/s
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Effective frequency: 21600points/s
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Circumferential scanning frequency: 11Hz
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Vertical scanning frequency: 180Hz
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Communication interface: TTL UART
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IMU: 3-axis acceleration +3-axis gyroscope
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Human eye safety level: Class 1(IEC60825-1:2014) Human eye safety
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4D data: 3D position +1D grayscale
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Anti-glare capability: >100KIux
Remote Measurement
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Scanning distance: 30m(@90% reflectivity); 15m(@10% reflectivity)
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Measurement accuracy: ±2.0cm
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Nearbyblind area: 0.05m
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Sampling frequency: 43200points/s
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Effective frequency: 21600points/s
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Circumferential scanning frequency: 11Hz
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Vertical scanning frequency: 180Hz
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Communication interface: TTL UART
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IMU: 3-axis acceleration +3-axis gyroscope
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Human eye safety level: Class 1(IEC60825-1:2014) Human eye safety
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4D data: 3D position +1D grayscale
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Anti-glare capability: >100KIux
