Able to detect over 14 common combustible gasses with a resolution of 0.1% lower explosive limit (LEL), the sensor is designed to detect both the gas class it is exposed to and its concentration. While Flyability believes this adds an important layer of safety, it does not certify the drone as ATEX rated. According to the press release, the sensor is designed to be a safety marker, complementing existing flammable gas safety measures. The live in-flight reading gives the pilot critical data for making an informed decision.
Patrick Thévoz, CEO of Flyability, said, “The new sensor is a way for us to help pilots of the Elios 3 fly more safely. When our drones are flown into hazardous spaces they can be faced with combustible atmospheres that are not easy to detect from outside. The flammable gas sensor means that we can give pilots real-time awareness they fly in complex environments – and help make their missions safer.”
Karl Roberts, the European sales director of NevadaNano, said, “We are thrilled to partner with Flyability in bringing our advanced gas detection technology to their innovative Elios 3 drone. The MPS(TM) sensor’s accuracy in detecting a wide range of combustible gases and its immunity to saturation and poisoning are key to increasing safety in hazardous environments. By combining our state-of-the-art sensor with Flyability’s cutting-edge drone technology, we’re setting new safety standards for high-risk industries, ensuring that workers can rely on precise real-time data in some of the most dangerous confined spaces.”
The new flammable gas sensor will be available for users of the Elios 3 by the end of 2024. Flyability is hosting a webinar on November 12th at 16:00 CET featuring demonstrations of the sensor and a presentation from Flyability’s product team.
More information on Flyability and the Elios 3 is available here.
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