Yusense MS200 multispectral camera

5-band, lightweight and compact 5-band multispectral Yusense MS200

With five 1.3M pixel multispectral channels, an innovative dual-lens multi-band design, a large aperture, low distortion, broadband transmission, and an all-glass lens, the MS200 is built with an aluminum alloy body and lightweight design to meet the needs of scientific research and industrial applications in precision agriculture, environmental protection, urban greening, and other fields.

• 5 multispectral sensors
• 1.3 million pixels
• 12-bit global shutter
• Type-C physical port, built-in WiFi antenna
• Spectral remote sensing device in the low-cost price range
• ≤3.5W@12V | PSDK powered
• Lightweight design, 100g total weight
• Easy web interface parameter settings with WiFi connection
• Compatible with M30/M30T and other third-party light and small drones

Typical application

Growth Assessment. Using vegetation factors such as NDVI and LAI, we quantitatively describe the consistency of vegetation canopy status at different spatial scales. This complements the characteristic spectra of vegetation in different health states, allowing for quantitative assessment of vegetation growth and providing data support for irrigation, fertilization, plant protection, and yield assessment.

Cover Assessment. Based on vegetation fingerprint spectra, we construct a vegetation index to statistically analyze the spatial distribution and area of ​​target vegetation within a specified area, providing quantitative vegetation cover data for scientific research and production in agriculture, forestry, grassland, and ecology.

Black and Odorless Water Monitoring. Based on the evaluation standards for surface black and odorous water bodies, we use characteristic spectra to construct a classification index, enabling hierarchical inversion and spatial information analysis of black and odorous water bodies. This assists in analyzing the impact of domestic sewage, industrial wastewater, and other wastewater on surrounding water bodies, facilitating pollution source investigation and water environment assessment.

Water Eutrophication Monitoring. Referring to eutrophication status assessment standards, this system uses characteristic spectra to construct a classification index, enabling hierarchical inversion and spatial information statistics of water eutrophication. This assists in analyzing the impacts of agricultural wastewater, fishery aquaculture, and other factors on surrounding water bodies, facilitating pollution source investigation and water environment assessment.