Yusense MS600 V2 Multispectral Camera

6-band universal multispectral camera Yusense MS600 V2

• 6 multispectral
• 1.2 million pixels
• 12-bit global shutter
• Ethernet port/TTL serial port
• On-board real-time reflectivity calculation
• Millisecond-level synchronous imaging of all channels
• Standard Downlink Light Sensor (DLS)
• ≤10W@12V power supply, 64G TF card
• External, timing, overlap rate and other trigger modes
• Compatible with multiple rotary-wing and fixed-wing UAV platforms

Product advantages

Innovative Standard Double Red Edge Vegetation Sensitive Band
Independent customization of 400nm-1000nm band
Easy to use with DJI Pilot integrated control
Intelligent dimming with large aperture, low distortion and large dynamic range

Typical application

Vegetation coverage monitoring

Vegetation index was constructed based on the fingerprint spectrum of vegetation to complete the spatial distribution and area statistics of target vegetation in the designated area, and to provide quantitative vegetation canopy density data for scientific research and production inagriculture, forestry and grass, ecology and other fields.

Condition monitoring

By using vegetation factors such as NDVI and LAI, quantifying the consistency of vegetation canopy status at different spatial scales, and using characteristic spectra of vegetation in different health states to quantitatively assess ve-getation growth,which can prov-ide data support for irrigation, fe-rtilization, plant protection, yield evaluation and other work.

Discolored pine moni-toring

Using spectrum and texture information to achieve efficient suppression of the environmental background of soil, withered grass and other objects and high-precision identification of colorchange pine. By accurately extracting the location, spatial distribution and canopy area of color-changing pine trees, we can provide data support for the management of diseased trees.

River water quality monitoring

With reference to the relevant documents of national ecological environment standards, the classification index is constructed by using the characteristic spectrum to realize the hierarchical inversion of eutrophication/black and odorous water body on the water surface and the auxiliary analysis of spatial information statistics on the impact of domestic sewage, industrial wastewater, farmland wastewater, fishery and aquaculture on the surrounding water body, so as to assist the investigation of pollution sources