The FS60 unmanned Superspectral Survey system used a high
signal-to-noise ratio and a high-speed CCD imaging device to ensure
highly stable spectral imaging. The independently developed
low-efficiency image processing calculation method greatly
increased the flight time of finished products and lowered the
system's energy consumption.
♦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