Cellen has announced the successful integration of the AerialOGI Neutrino Optical Gas Imaging (OGI) sensor on its H2-6 hydrogen-powered multirotor drone, creating a powerful new platform for advanced aerial emissions monitoring and industrial inspection.
Cellen H2's H2-6 Unmanned Aerial System, a hydrogen-fueled hexacopter, was designed for extended flight times. Using a fuel cell system that uses reverse electrolysis, the H2-6 can fly for more than 130 minutes. As a result, operators can survey multiple locations simultaneously and with minimal downtime. Mechanical complexity, noise, and potential failure points are reduced by the fully electric propulsion system. The aircraft's modular payload architecture makes it ideal for a variety of industrial and environmental applications because it enables quick field swapping between sensors like EO/IR, LiDAR, and high-resolution visual cameras.
Important Points Hydrogen power for a long time (more than 130 minutes) OGI methane detection with high precision Modular, Made-in-USA system for industrial and environmental missions.
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