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This Why Airbus' Next Aircraft Is The END of Boeing & Its Shocked Everyone!
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#fligavia #boeing #airbus #aviation
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00:00 Intro
00:30 The Birth of Airbus Zero E
02:31 How do these three designs shape the future?
04:39 Why Zero E Shocks Boeing?
07:08 Challenges to Hydrogen Adoption
09:16 Future in Flight 2035
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This Why Airbus' Next Aircraft Is The END of Boeing & Its Shocked Everyone!
Do you know what the future of aviation will look like when hydrogen has the potential to become a key fuel source? Similar to how vehicles worldwide are gradually shifting to electric power, hydrogen promises to revolutionize air transport. To realize this ambition, Airbus is working towards commercializing hydrogen-powered aircraft. What impact will this project have on the future of aviation? Why has Airbus placed such high hopes and ambitions on this project? Let's explore together!
The Birth of Airbus Zero E
This Why Airbus' Next Aircraft Is The END of Boeing & Its Shocked Everyone!
What if the future of flying produced no emissions at all? In recent years, Airbus has developed the A3 21 XLR, considered the future of long-range narrow-body flights due to its exceptional range and excellent fuel efficiency. With a range of up to 4,700 nautical miles, the jet offers a solution for nonstop direct routes connecting major and smaller cities, creating a new hallmark for flexibility and cost optimization in the global network. This aircraft not only meets the demands of airlines in the new era but also contributes to the sustainable development of aviation by significantly reducing emissions. But while the XLR redefined efficiency, Airbus was already looking further ahead toward an even bolder vision: flying with zero emissions In 2020 when Airbus launched the ambitious Zero E project, setting out to pioneer the future of aviation with hydrogen propulsion. In the early phases, the team explored two promising technologies: hydrogen combustion and hydrogen fuel cells, each presenting a potential path to zero-emission flight. Over the years, intensive research and testing took place, including building prototypes and experimenting with complementary technologies like cryogenics to manage hydrogen fuel efficiently..
This Why Airbus' Next Aircraft Is The END of Boeing & Its Shocked Everyone!
By 2025, the analysis of test results and prototype performances indicated that hydrogen fuel cell technology held stronger promise. The successful powering-on and testing of a fuel cell prototype delivering 1 point 2 megawatts, supported by complementary technologies such as cryogenics for hydrogen storage, provided substantial evidence of viability. This led Airbus to channel efforts toward a fully electric propulsion system powered by multiple fuel cell stacks, each driving individual propellers, thus combining environmental sustainability with the operational needs of commercial flight. The next logical step was to translate this technology into tangible aircraft designs that could shape the future of commercial aviation.
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