Areas of Application
This device can be installed on unmanned
aerial vehicle (UAV) for detection and
identifi cation of biological and chemical
agents, various toxins and viruses;
for gaging of soil contamination and air
pollution. Measurement results can be used
for detection of hazardous situations and for
risk assessment
Specifi cation
Grid-type hyperspectrometer;
sensor (detectors): CMOS or CCD camera;
sources of radiation: laser diode.
Spectral range, μm
Wavelength resolution, nm
ADC bit capacity, bits
1-2
14
0.45-1.1
Advantages
Similar systems have been developed in US
for NATO. There are no analogs in Ukraine.
The device uses optical and laser radiation
refl ected from vegetation to improve
identifi cation of dangerous biological
and chemical agents. The use of a group
of interacting UAVs enhances the identifi cation
of hazardous components
Stage of Development.
Suggestions for Commercialization
IRL3, TRL3
Manufacture, delivery, warranty service,
and staff training, upon request
IPR Protection
IPR3
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