Gaiasky-mini3-NIR near-infrared hyperspectral unmanned aerial vehicle system

High sensitivity InGaAs detectors can obtain very good signals with very small integration times. At the same time as high-speed data collection, accurate measurement of data can be ensured, and the detector frame rate can be increased through the Binning setting of the camera. Unique optical path structure design, efficient communication method, and friendly acquisition and control interface. Software and hardware triggering functions facilitate system control and user secondary development.

High sensitivity InGaAs detectors can obtain very good signals with very small integration times. At the same time as high-speed data collection, accurate measurement of data can be ensured, and the detector frame rate can be increased through the Binning setting of the camera. Unique optical path structure design, efficient communication method, and friendly acquisition and control interface. Software and hardware triggering functions facilitate system control and user secondary development.
Suitable for large-scale target image acquisition, with high spatial resolution, multiple spectral channels, and high spectral resolution;
Powerful calibration functions: spectral calibration, radiometric calibration, uniformity calibration, lens calibration, reflectance calibration, etc;
Powerful data stitching function: When obtaining information such as longitude, latitude, height, horizontal and vertical overlap rate of images, self-developed and designed stitching software can be used to complete image stitching of any area, obtaining highly accurate spatial and spectral test data.
The fixed wing push scan imaging and hovering built-in push scan imaging modes can be switched;