Airborne LiDAR hyperspectral imaging

GaiaSky-mini-VLidarAirborne LiDAR hyperspectral imagingProduct Introduction

The new generation of unmanned aerial vehicle hyperspectral imaging system enables the SCMOS detector with high acquisition frame rate to output hyperspectral data with high signal-to-noise ratio, high spatial resolution, and high precision under the front optical path with high light flux and high transmission efficiency.

High precision inertial navigation POS、 High definition cameras can also provide support for data stitching, calibration, and correction. The construction of auxiliary cameras can enable real-time transmission of the condition of the measured area on the ground through wireless image transmission. And the real-time calibration and inversion results of the data are also synchronized and quickly output in real time, and fed back to the ground. Assessment for precision agriculture; Environmental monitoring of water, oil spills, and land desertification; militaryWeizhuang identification; Provide complete solutions for the application needs of ecological diversity assessment and other aspects. Real time output of inversion analysis results of the target to be tested, quickly determining the distribution of target information.

Lidar technical parameters:

GaiaSky-mini-VLidarAirborne LiDAR hyperspectral imagingFunction Introduction:

Airborne hyperspectral HSI UAV

·Passive remote sensing detection

·Stable software functions, real-time calibration, inversion output, etc

·Forestry/geology/water quality/ecology/military, etc

·Expand more platforms for installation

Airborne LiDAR

·Active remote sensing detection

·Unrestricted by lighting and other imaging factors, it can be tested 24/7

·Large angle, long distance, fast speed, high resolution

·Strong resistance to active interference and penetration capability

·Three-dimensional spatial distribution

Airborne LiDAR

·Adopting a transmissive grating imaging structure;

·Active remote sensing detection

·Unrestricted by lighting and other imaging factors, it can be tested 24/7

·Large angle, long distance, fast speed, high resolution

·Strong resistance to active interference capability

·Capable of penetration

Integrated advantage

·Multiple platforms to choose from

·Synchronous collection, control, etc

·Data stitching, processing calibration, etc

·Powerful data processing capabilities, etc

·Data fusion of hyperspectral, LiDAR, and thermal infrared

Application:

Lidar (LIDAR) utilizes its main characteristics of fast speed and strong penetration to penetrate the atmosphere and some surface targets, obtaining three-dimensional structural features of ground objects and low altitude atmospheric features.

Hyperspectral NDVI and LiDAR data fusion

The development of LiDAR is of great significance for the study of vegetation with high coverage such as forests. It is an important technology that shifts remote sensing from two-dimensional to three-dimensional, facilitating the acquisition of more detailed information about land features.