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Weight2.1kg
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Target EchoesUp to 5
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Accuracy5cm@100m
The LiAir 250 Pro lightweight UAV LiDAR system is a lightweight professional equipment developed for multi-rotor platforms, integrating a cutting-edge high accuracy lidar sensor, inertial navigation and control systems, collecting high-precision point cloud data and rich image information, which can be widely utilized in surveying and mapping, electric power, forestry, agriculture, land planning, geological disasters, mine safety and other fields to obtain three-dimensional spatial information.
Simple operation interface, one-click start of equipment and data acquisition. The
engineered data storage mode supports one-time copy of data such as lasercamera, one-click processing of imported software, and ultra-efficient operation
process.
The maximum ranging can reach 330m, and the highest rate of 100,000 points/s in the
field of view of 120° can be achieved at the maximum point frequency of 300kHz,
and the error in the elevation of the system at 100m altitude is less than 5cm.
Intelligent judgment of flight altitude, automatic start of data collection in the air,
automatic stop of collection on the ground, highly automated while minimizing
data redundancy.
Map solutions include data acquisition, data fusion, object detection, vectorization, mapping, and so on.
Leverage LiDAR360 processing software to generate geospatial products from mobile, terrestrial, UAV or airborne systems that meet critical needs of foresters.
Solution using GVI LiBackpack DGC50H and LiDAR360 that allow clients to quickly and accurately measure the volume of sand barge cargo load in various and sometimes difficult operating environments.
Using LiAir Series and LiPowerline to detect hazardous vegetation overgrowth along the transmission lines and pylons.
A previous article showcased GVI solutions using UAV LiDAR for high-voltage transmission line survey. We now turn to another question, what about using LiDAR to inspect power distribution lines in urban neighborhoods?
Data set alignment also referred to as co-registration, can be quickly carried out using LiDAR360 point cloud processing software.