UAV Multispectral Lidar Machine

The ATHL9606 UAV multispectral LiDAR integrated system, introduced as Optosky Technologies' latest third-generation UAV multispectral imager, incorporates cutting-edge LiDAR technology. This advanced system features a series of compact, lightweight UAV-mounted micro multispectral imagers, including a hexacopter known for its stability and equipped with a stable gimbal. It integrates a hyperspectral imager, LiDAR module, large-capacity storage system, GPS navigation, ground receiving workstation, and ground control system.Expanding its capabilities in multispectral imaging, the ATHL9606 utilizes a line-scanning LiDAR to capture precise surface elevation data, enabling highly accurate orthorectification of images and providing detailed stereoscopic information about objects. Integrated spectral data analysis opens new avenues for research exploration.

Equipped with a high-resolution solid-state scanning LiDAR module, hyperspectral imager, and high-precision inertial navigation, the ATHL9606 system generates real-time true-color point clouds. A single flight mission can swiftly acquire point cloud data exceeding 2 km².

Optosky's series of UAV multispectral LiDAR machines are tailored for real-time measurement of spectral information from vegetation, water bodies, soils, and other land features, capturing spectral images for detailed analysis. This analysis establishes correlations with physicochemical properties of plants, facilitating studies such as plant classification and growth assessment.In the field of UAV multispectral LiDAR machines, current technical trends highlight advancements in spectral resolution and broadening applications in precision agriculture, environmental monitoring, and resource management. These machines are pivotal in advancing research capabilities, offering in-depth insights into natural and agricultural environments.

receiving workstation, ground control system, etc. On the basis of the hyperspectral imager, with the help of line scan lidar, the surface elevation can be obtained, and the image can be extremely accurately calibrated. At the same time, the three-dimensional morphological information of the ground objects can also be obtained and analyzed jointly with the spectral information.

ATHL9010 integrates a high-resolution solid-state scanning lidar module, a hyperspectral imager, and high-precision inertial navigation to generate true-color point clouds in real time, and can quickly acquire >2 km2 point cloud data in a single flight.

The ATHL9010 series UAV hyperspectral imager can be used to measure the spectral information of plants, water, soil and other surface objects in real time, and obtain spectral images. By analyzing the spectral images, it can establish a relationship with the physical and chemical properties of plants, etc., and be used for plant classification. Research on plant growth conditions, etc. The entire system is compact in design, and the main host of the imaging spectrometer has high spectral resolution. It also adopts an external push-broom imaging method. It can form an independent measurement system with a field rotating platform and an indoor linear scanning platform. It can also be mounted with a drone for aerial remote sensing operation.

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