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Multispectral camera FS-500 600 620

Multispectral camera

FS-500 600 620

FigSpec® series multispectral cameras of CHNSpec Technology . include FS-500, FS-600 and FS-620. FS-500 is composed of 4-channel multispectral and 1 RGB, and the effective pixel of RGB is up to 11.9 million. FS-600 has 6-channel multispectral, and the effective pixel can reach 1.3 million pixels. FS-620 is composed of 4-channel multispectral, 1 RGB and 1 channel thermal infrared LWIR.

Product features

· Support 18 wavelength combinations and customization · All channels can be synchronized in 100ms at the fastest · DJI X-Port power supply, 512G solid-state drive · DJI M400 drone customization, plug and play

· Innovative standard dual red-edge vegetation sensitive bands · 400nm~1000nm range bands can be customized · Using DJI Pilot integrated control, easy to use


Technical parameters
ModelFS-500FS-600FS-620
Assembly method4 channels multispectral + 1 RGB6 channels multispectral4 channels multi-spectral + 1 RGB + 1 channel thermal infrared LWIR
Target sizeMultispectral: 1/2″; RGB: 1/3”1/2”Multispectral: 1/2″; RGB: 1/3”
Effective pixelsMultispectral:1.3Mpx; RGB: 11.9Mpx1.3MpxMultispectral:1.3Mpx；RGB:11.9Mpx；LWIR:0.3Mpx
Shutter typeMultispectral: Global; RGB: RollingGlobalMultispectral: Global; RGB: Rolling
Quantization bit numberMultispectral:12bit; RGB:8bit12bitMultispectral:12bit；RGB:8bit
Field of viewMultispectral:54.2°×44.5° ;RGB:49.1°×40.5°54.2°×44.5°Multispectral:54.2°×44.5°；RGB:49.1°×40.5°
Ground resolution

Multispectral:9.6cm@h120m;

RGB:2.86cm@h120m

9.6cm@h120mMultispectral:9.6cm@h120m；RGB:2.86cm@h120m
Coverage Width

Multispectral:123m×98m@h120m;

RGB:109m×88m@h120m

123m×98m@h120m

Multispectral:123m×98m@h120m;

RGB:109m×88m@h120m

Spectral channel[1]

555nm@27nm, 660nm@22nm,

720nm@10nm,840nm@30nm,RGB

450nm@30nm,555nm@27nm, 660nm@22nm,720nm@10nm,

750nm@10nm, 840nm@30nm

555nm@27nm, 660nm@22nm,

720nm@10nm, 840nm@30nm,

RGB；LWIR：8μm~14μm

Optical WindowSapphire optical glass window
Host size182mmx169mmx129mm(With PTZ)
Host weight≤900g (including gimbal)≤940g (including gimbal)≤1000g (including gimbal)
Mounting interfaceX-Port
Powered byX-Port
Power consumption≤43W
Image Format

Multispectral: 16-bit raw TIFF (including GPS);

RGB: 8-bit JPEG (including GPS)

16bit raw TIFF (including GPS)

Multispectral: 16-bit raw TIFF (including GPS);

RGB: 8-bit JPEG (including GPS);

LWIR: 16-bit TIFF (including GPS)

Storage MediaStandard 512G solid state drive
Processing softwareFigSpec UAV-MS,FigSpec MS-PreMerge，FigSpec Studio
Parameter settingsDJI Pilot
Shooting triggerTiming trigger
Shooting frequencyMaximum support 10HZ
Operating temperature-10℃~+50℃(Relative wind speed≥1m/s)
Storage temperature-30℃~+70℃
Ambient humidityRH(%)≤85%(non-condensing)


Typical applications

Crop growth assessment


FigSpec Studio software is built with NDVI and other vegetation factors to accurately quantify the state of vegetation canopy at different spatial scales, quantitatively assess the health, stress and growth of crops and vegetation, and provide data support for crop growth assessment, yield prediction, disease and pest detection, etc.

Coverage evaluation


Based on the spectral fingerprint information of plants, accurate classification of plants in the region and crop area statistics are carried out to provide quantitative vegetation canopy data to provide data support for scientific research and production of agriculture and forestry ecological industry.

Water quality analysis and monitoring


Using the spectral data and chemical analysis results, the analysis model is constructed to realize the inversion of the classification and water quality parameters of black and odorous water bodies. Combined with spatial information to monitor the impact of domestic sewage and industrial wastewater on surrounding water bodies, help pollution source investigation and water environment assessment.

Water eutrophication monitoring


Spectral data are used to form a classification index to monitor water eutrophication and conduct spatial information statistics. Following the evaluation standards of water eutrophication status, it assists in analyzing water pollution sources such as farmland, aquaculture and fishery, and provides data and powerful data collection tools for pollution source investigation and water environment assessment.