New Hyper-Cam Airborne Nano

Exosens launches the Hyper-Cam Airborne Nano, redefining lightweight long wave hyperspectral infrared imaging

PRESS RELEASE
QUEBEC CITY, QUEBEC, CANADA – NOVEMBER 25^th, 2025

This new product combines ultra-lightweight design and exceptional spectral performance, bringing advanced hyperspectral intelligence to UAV and airborne missions.
Purpose-built for precision gas detection and environmental monitoring, the Hyper-Cam Airborne Nano enables reliable identification of emissions across defense, industrial and scientific applications.

Exosens, a high-tech company focused on providing mission and performance-critical amplification, detection and imaging technology, is proud to officially announce a new chapter for its renowned Hyper-Cam: the Hyper-Cam Airborne Nano.

Purpose-built for challenging environments, this new long-wave hyperspectral infrared solution is designed to detect and identify gaseous emissions with exceptional precision. Its applications span defense, major leak detection, environmental monitoring for the oil and gas industry, geological surveys, and mine analysis.

Lightweight, compact and optimized for UAV drone integration, the Hyper-Cam Airborne Nano brings advanced hyperspectral intelligence to airborne missions where size, weight and performance are critical.

Featuring high-spectral resolution down to 4 cm^-1, it enables highly accurate gas detection and mineral mapping. It can also target a single GPS coordinate or map extended areas, benefiting from Telops’ Advanced Permanent Calibration, ensuring consistent, reliable and repeatable data quality.

“The launch of the Hyper-Cam Airborne Nano represents a major step forward in our mission to deliver cutting-edge hyperspectral imaging technologies. By combining exceptional spectral performance with an ultra-lightweight design, we are enabling new airborne applications and giving operators the ability to detect, analyze and act with unprecedent accuracy” said Jean Giroux, General Manager of Exosens’ Instruments Business Unit.

With its ability to collect long wave hyperspectral infrared images across extended territories, building full hyperspectral mosaics, or repeatedly capture data from a single ground coordinate, the Hyper-Cam Airborne Nano sets a new benchmark for airborne hyperspectral sensing.

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Media relation:

Brunswick Group – exosens@brunswickgroup.com

Laetitia Quignon, + 33 6 83 17 89 13
Nicolas Buffenoir, + 33 6 31 89 36 78