CHN FS-500 Multispectral camera

FigSpec® series multispectral cameras of CHNSpec Technology. include FS-500. FS-500 is composed of 4-channel multispectral and 1 RGB, and the effective pixel of RGB is up to 8.3 million.

Features

• DJlX-Port, real-time reflectivity calculation on the Pilot control machine
• All channels can be synchronized in 100ms at the fastest
• DJIX-Port power supply, 512G solid-state drive
• DJIM300/M350 RTK drone customization, plug and play

Product Advantages

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

Typical application

Crop growth assessment

FigSpec Studio software has built-in NDVI and other vegetation factors, which can accurately quantify the status of vegetation canopy at different spatial scales, quantitatively evaluate the health, stress and growth of crops and vegetation, and provide data support for crop growth assessment, yield estimation, pest and disease detection, etc.

Coverage Assessment

Based on the plant spectral fingerprint information, the plants in the region are accurately classified and the crop area is counted, providing quantitative vegetation density data to provide data support for scientific research and production in the agricultural and forestry ecological industries.

Water quality analysis and monitoring

The analysis model is constructed using water spectral data and chemical analysis results to achieve classification of black and odorous water bodies and inversion of water quality parameters. The impact of domestic sewage, industrial wastewater, etc. on surrounding water bodies is monitored in combination with spatial information to assist in the investigation of pollution sources and water environment assessment.

Water eutrophication monitoring

Spectral data is used to form a classification index, conduct water eutrophication monitoring and spatial information statistics, follow the water eutrophication status evaluation standards, assist in the analysis of water pollution sources such as farmland, aquaculture, and fisheries, and provide data and powerful data collection tools for pollution source investigation and water environment assessment.