NEW BIG ENGINE for A380 will CHANGE All Aviation FOREVER!
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#fligavia #boeing #airbus #a380
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NEW BIG ENGINE for A380 will CHANGE All Aviation FOREVER!
The development of aviation engines is an ongoing story of creativity and progress. It all started with the first piston engines, which produced a roar in the sky to today’s anti-noise turbofan engines. This evolution has been an extraordinary process, but it doesn't stop here, CFM Rise appears - the next-generation engine that not only builds on the strengths of its predecessors but also takes a giant leap forward in modern technology.
So, how will CFM Rise revolutionize aviation? What can we expect from this groundbreaking engine? Stay tuned!
What is RISE
But what is it and how was it born?
NEW BIG ENGINE for A380 will CHANGE All Aviation FOREVER!
Modern technology is driving the aviation industry to surpass old limitations, ushering in a new era of superior performance and greater sustainability. Engine manufacturers today are not only focused on improving fuel combustion efficiency but also paying special attention to reducing environmental impact. In the context of growing global pressure to reduce carbon emissions, breakthroughs in advanced materials, aerodynamic design, and smart control technologies are shaping the future of aviation.
NEW BIG ENGINE for A380 will CHANGE All Aviation FOREVER!
CFM Rise is a prime example of this wave of innovation. With its groundbreaking technology program, CFM Rise is ready to showcase the open fan design - a technology that has been researched and developed for over 40 years - in a real-world environment for the first time. This design promises a leap in fuel efficiency, reducing fuel consumption and carbon dioxide emissions by more than 20% compared to current engines. Advancements in composite materials, state-of-the-art manufacturing technologies, and accurate aerodynamic simulations have made the open fan design more feasible than ever. This is not only a technical achievement but also a necessary step toward achieving net-zero emissions by 2050.