MicroTABI-640
Hyperspectral sensor
Applications: Environment and land management, Agriculture, Forestry
MicroTABI-640 is a high spatial and thermal resolution airborne thermal sensor, designed to provide stable and drift-free maps. Each pixel contains a calibrated temperature value and XYZ coordinates, making the data easily exportable to GIS environments for rapid analysis. Image acquisition is followed by a post-processing mapping phase. The system includes radiometric correction and, optionally, georeferencing software, based on 40 years of ITRES experience. Spectral range from 3.7 to 4.8 microns.
In collaboration with Research Institutions.
HySpex VNIR-1800
Hyperspectral sensor
Applications: Environment and land management, Agriculture, Forestry, Education and research
The HySpex VNIR-1800 is a high-end hyperspectral camera designed for field, laboratory and aerial survey applications. It uses an actively cooled and stabilized CMOS scientific sensor, ensuring high radiometric accuracy and exceptional signal quality even in low-light scenes. With a dynamic range of 20,000 and a speed of up to 260 fps, it offers high performance in terms of speed and sensitivity. The system is completed by aberration-corrected optics and f/2.5 aperture. Thanks to the 186 bands acquired in the spectrum between 400 and 1000 nm, the VNIR sensor offers a wide range of close-range targets, allowing the camera to be used at different aerial operating distances. Resolution from 10 to 100 cm.
CASI-1500
Hyperspectral sensor
Applications: Environment and land management, Agriculture, Forestry, Education and research
CASI-1500 is a high-performance VNIR hyperspectral sensor offering 1500 cross-sectional pixels, enabling the acquisition of large areas in a single pass or spatial resolutions down to 25 cm from conventional aerial platforms. Equipped with custom high-precision optics and a sub-pixel focus sensor, it ensures clear images even in low-light conditions. The system is fully calibrated, with high spectral and spatial resolution, integrated geo-correction and compatibility with Lidar, INS/GPS and DEM data. The spectral range, 670 nm interval, is adjustable between 380 nm and 1050 nm.
In collaboration with Reaserch Institutions.