Hyperspectral Aerial Remote Sensing Imaging System - ELISA

Hyperspectral Aerial Remote Sensing Imaging System - ELISA
The company's AISA system is a professional solution developed for aerial remote sensing hyperspectral applications, covering VNIR (380-1000nm), SWIR (1000-2500nm), and LWIR (7.7-12.3) for thermal imaging μ m) Spectral range. Its unique integrated unmanned aerial vehicle hyperspectral system AFX series and AisaFENIX series imaging spectrometer that simultaneously collects VNIR-SWIR (400-2500nm) make the ASIA system a market leader in the aviation hyperspectral field with excellent performance. Nearly 200 systems have been used globally.

At the same time as similar products with small to medium size and light weight, the AISA series hyperspectral cameras have excellent signal-to-noise ratio (SNR) and imaging quality. This combination makes the AISA system an ideal choice for well-known research institutions, enterprises, and defense agencies in remote sensing applications. The complete system provided by SPECIM can be installed on all types of aircraft, including fixed wing, rotary wing, manned or unmanned aircraft.

Each AISA hyperspectral aerial remote sensing device is a complex system highly integrated from high-quality, fully tested components. For example, the accuracy of geographic reference frames is crucial for all aviation applications, therefore, the AISA system uses GPS components and inertial guidance systems (INS) for positioning and direction determination. And the initial trajectory (velocity, position, altitude) is determined by integrating the output data of inertial sensors and gyroscopes.
system composition
High performance hyperspectral imager
GPS/IMU sensors
• Data collector and power supply, as well as data acquisition software
Installation interface options
CaliGeoPro software for radiometric and geometric data processing
application area
Vegetation detection and forest research
Geological exploration and mineral exploration
Oil pollution detection
Hydrological research risk assessment
Precision agriculture
National Defense