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TOPODRONE LiDAR scanners with high-precision IMU and multi-system L1/L2 GNSS receiver for aerial LiDAR survey and mapping with an 3-5 cm XYZ accuracy without using GCPs. These systems are suitable for creating 1:500 topographic maps, accurate measurement of volumes, engineering and other surveys. The main difference between aerial LiDAR survey and aerial survey is the ability to obtain terrain under tall grass and high trees.
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Industrial survey drones with TOPODRONE LiDAR scaners with high-precision IMU and multi-system L1/L2 GNSS receiver for aerial LiDAR survey and mapping with an 3-5 cm XYZ accuracy without using GCPs. These systems are suitable for creating 1:500 topographic maps, accurate measurement of volumes, engineering and other surveys. The main difference between aerial LiDAR survey and aerial survey is the ability to obtain terrain under tall grass and high trees.
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TOPODRONE LiDAR with high-precision IMU and multi-system L1/L2 GNSS receiver for aerial LiDAR survey and mapping with an 3-5 cm XYZ accuracy without using GCPs. These systems are suitable for creating 1:500 topographic maps, accurate measurement of volumes, engineering and other surveys. The main difference between aerial LiDAR survey and aerial survey is the ability to obtain terrain under tall grass and high trees.