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Ultra High Speed Spectral Scanning Imaging Device With High Signal To Noise Ratio

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Address: No. 166 of Wenyuan Road,Jianggan District,Hangzhou City, Zhejiang Province, China

Contact name:Winnie Luo

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Ultra-High Speed Spectral Scanning Imaging Device With High Signal-To-Noise Ratio

FS-63 UAV near-infrared

hyperspectral measurement system

♦Dji M300RTK (DJI M600Pro optional) is used as the flight bearing platform.

♦Ultra-high speed spectral scanning imaging device with high signal-to-noise ratio provides high stability of

spectral image acquisition.

♦A self-developed high efficiency and low power image processing algorithm is adopted to greatly prolong the

flight time of the whole machine and reduce the power consumption of the system.

♦Through real-time measurement of spectral image information of plants, water, soil and other ground objects, it

can be applied to precision agriculture, crop growth and yield assessment, forest disease and insect pest

monitoring and fire monitoring, coastline and marine environmental monitoring, lake and watershed environ

mental monitoring and other applications.

♦The system design is compact and the main spectral resolution of the imaging spectrometer is up to 2.5nm.

Components: high stability head, hyperspectral imager, embedded data acquisition and processing storage

unit, wireless image transmission system, GPS-RTK navigation system, ground receiving workstation, ground

control system, reflectance calibration board.

Applications

Technical parameters

Flight unit parameters(M600 Pro)

Symmetrical motor wheelbase	1133 mm
Weight(Including 6 TB47S batteries)	9.5 kg
Weight(Including 6 TB47S batteries)	10 kg
Recommended maximum takeoff weight	15.5 kg
Overall dimension	1668 mm × 1518 mm × 727 mm
	(Propeller, boom and GPS support are all deployed with landing gear)
	437 mm × 402 mm × 553 mm
	(The boom and GPS bracket are folded without landing gear)
Hover accuracy(P-GPS)	Vertical: ± 0.5 m, horizontal: ± 1.5 m
Maximum rotation angular speed	Pitch axis: 300 °/s, heading axis: 150 °/s
Maximum pitch angle	25°
Maximum rising speed	5 m/s
Maximum descent speed	3 m/s
Maximum allowable wind speed	8 m/s
Maximum horizontal flight speed	65 km/h(Windless environment)
Maximum takeoff altitude	2170 slurry:2500 m,2195 slurry:4000 m
Hover time (6 TB47S batteries)	No load:32 min,Load 6 kg:16 min
Hover time (6 TB48S batteries)	No load:38 min,Load 5.5 kg:18 min
Operating ambient temperature	-10 ~ 40℃

Hyperspectral camera parameters

Spectroscopic method	Transmission grating spectroscopy
Spectral range	900-1700nm
Number of spectral channels	254
Spectral resolution	8nm
Slit width	25um
Transmission efficiency	＞60%
Stray light	＜0.5%
Number of spatial pixels	320
Pixel size	30um
Imaging speed	200fps
Detector	InGaAs
SNR(Peak)	600/1
Output	Gigabit network interface
Interface	C-Mount
Parts	USB3.0 or Gigabit network
ROI	Single area
Software interface	The instrument can communicate with PLANTEYE ®, FIGSPEC ®, SCICHROMA ® One of the software carries out data communication and provides it in the annex of the response document. The authorization document of the brand owner and the trademark registration certificate of the brand owner. With ROI function, it can achieve ROI in multiple regions






Technical certification	※ Relevant technologies and products have won relevant awards and certificates of national instrument industry association ※ Relevant technologies and products have won relevant awards and certificates of national industry-university-research association ※ Relevant technologies and products have won the third prize (including) of the Provincial Science and Technology Progress Award ※ Relevant technologies have obtained domestic invention patents and American invention patents to ensure the international scope It has independent intellectual property rights.