Ecodrone^®UAS-8Hyperspectral unmanned aerial vehicle remote sensing platform

Ecodrone^®UAS-8The hyperspectral unmanned aerial vehicle remote sensing platform is a newly launched integrated, compact, high-throughput airborne hyperspectral remote sensing imaging system by Xi'an Yiketai Spectral Imaging and UAV Remote Sensing Technology Research Center, which is applied to large-scale and multi-dimensional precision agriculture research, forest vegetation resource investigation, ecological environment monitoring, geological and mineral exploration, environmental pollution control and impact assessment and other low altitude remote sensing applications. It has won the award“Top 10 Emerging Products in Instrumentation and Equipment”Title.

Ecodrone^®UAS-8Hyperspectral unmanned aerial vehicle remote sensing platform

This platform uses Ecodrone^®The UAS-8 professional level remote sensing unmanned aerial vehicle is used as a carrier, integrating the hyperspectral imaging instrument, positioning and attitude system, and data processing unit through a fast shock-absorbing pendant with independent intellectual property rights. It is currently one of the highest performing platforms for hyperspectral remote sensing technology of unmanned aerial vehicles in China. With Ecodrone^®The excellent flight performance of UAS-8, as well as the outstanding performance of the latest AFX hyperspectral imaging instrument and Trimble APX-15 high-precision POS system launched by hyperspectral imaging leader Specim, enable this platform to obtain high-quality and distortion free hyperspectral data without the need for a gimbal during remote sensing operations, providing an unparalleled and reliable solution for the field of low altitude remote sensing hyperspectral detection.

The main technical features are as follows:

1)8Rotorcraft professional unmanned aerial vehicle remote sensing platform, equipped with AFX hyperspectral imaging, onboard PC and RGB camera, capable of flight operation for more than 30 minutes, and collecting hyperspectral imaging data of over 50GB every 10 minutes

2)High performance push scan hyperspectral imaging technology, with a spatial resolution of 1024x in the 400-1000nm band, a spectral resolution of 5.5nm, and a band of 224 (Binning × 2)

3)Embedded data processing unit, integrated with web UI user interface, easy to install and operate

4)Centimeter level ground resolution, with a ground resolution of 7cm at 100m height and 2cm at 30m height

5)100mThe high single sample line flight operation can automatically collect and form a 72m wide sample strip hyperspectral imaging big data

6)Optional 900-1700 shortwave infrared band hyperspectral imaging

7)Optional Thermo RGB infrared thermal imaging and RGB imaging

8)Optional MWIR mid band infrared spectroscopy imaging

9)Applied to canopy ecology monitoring research, crop phenotype remote sensing, ecological observation, etc

Application case:

(1) Land use type monitoring

The partial results of hyperspectral data processing for different land types (artificial forests, newly constructed artificial forests, harvested wheat fields) are shown from left to right as normalized vegetation index, water band index, and thematic map overlay analysis of the study area (background map is RGB, and from left to right are NDVI, NGB, PRI)

(2) Phenotypic imaging analysis of rice seedlings during the seedling stage

The above figure shows RGB channel synthesis NDVI、VOG2， It can be seen that the overall NDVI of newly transplanted rice paddies in the experimental area is much lower than that of surrounding farmland, while the red edge index VOG2 is exactly the opposite, verifying its sensitivity to the comprehensive effects of expressing chlorophyll content, canopy, and water content

Yiketai Ecological Technology Company is committed to the research, development, and innovative application of ecology agriculture health,To provide comprehensive technical solutions for low altitude remote sensing applications such as precision agriculture research, forest vegetation resource investigation, ecological environment monitoring, geological and mineral exploration, environmental pollution control and impact assessment using unmanned aerial vehicles and near earth remote sensing

1)Ecodrone^®UAS-4/8Equipped with multispectral, infrared thermal imaging, multi-sensor synchronous imaging, one machine with multiple capabilities

2)Ecodrone^®UAS-8 ProEquipped with AisaKestrel high-end hyperspectral imaging, 2040 pixel ultra-high resolution

3)Light and small fixed wing unmanned aerial vehicle remote sensing technology solution, capable of mounting multispectral cameras, infrared thermal imaging, and RGB cameras, with a maximum takeoff weight (MTOW) of 1350g and a range of up to 75 minutes

4)DJI M600 is equipped with AFX hyperspectral imaging, with a battery life of up to 20 minutes

5)SpectraScanNear Earth Remote Sensing Technology Solution, Scalable and Customizable

6)AlgaTech^®High throughput plant/algae phenotype analysis platform, one-stop phenotype imaging big data analysis