Field of view diagram for Resonon’s hyperspectral imaging system in a UAV.

Schematic of Resonon’s imaging spectrometer (field of view indicated in red), data acquisition computer (red).

Airborne Imaging Spectrometers

Resonon’s compact and cost-effective airborne hyperspectral imaging system is suitable for a wide range of airborne platforms. The system includes an imaging spectrometer, a data acquisition computer, an interface for collecting GPS/IMU data, and system control software. Training and integration assistance are provided.

Features:

High Image Quality and Spectral Fidelity
Low Smile, Keystone, and Stray Light
Compact and Lightweight
Geo-Rectified Image Data using Attitude/Position Data
Easy to Use Data Aqcuisition and Interface Software
Flexible Form to fit into a Wide Variety of Payload Configurations
Self-Contained and Easy to Integrate
Non-ITAR GPS/IMU option available

Airborne Spectral Imager Spec Sheet


Airborne image of pine trees and juniper bushes Classification map (top) - Real color (bottom) Juniper (green) and Pine (red)	Manta UAV with a Resonon hyperspectral imaging system.

Download Sample HSI 3 Band Georectified Image (JPG)

Georeferencing

Resonon provides GeoReg post-processing software for hyperspectral data collected with our airborne system. This Windows based software uses GPS/IMU data collected during flight to provide latitude/longitude values for each pixel. Additionally, it creates IGM files for ENVI or kml files for Google Earth. Resonon’s airborne system interfaces with the Cloud Cap Piccolo Autopilot or with the Athena Micro INS to obtain GPS/IMU data.

Georegistered true color (top) and false color (bottom) images.
(Healthy vegetation is shown in red)

Contact us for more information or a quote.