![]() ![]() While this technology is undoubtedly dazzling, it is also worth noting that it may pose a potential military threat. ![]() As such, researchers continue to test design patents. Companies like Boeing and Airbus believe commercial hypersonic flight may be the future. A jet traveling at that speed could reach New York from Beijing in less than two hours. China already developed a jet prototype in controlled lab settings that reached 5,600 miles per hour. Hypersonic jet technology will undoubtedly be in our future soon. Roughly this speed corresponds to 3,836–7,673 miles per hour. When something approaches hypersonic speeds, it means it is already quicker than supersonic speeds - or the speed of sound. While electric engines promise a cleaner source of air travel, hypersonic jet engines promise a much faster one. Other companies, like Eviation Aircraft, Wright Electric, Ampaire, and Joby Aviation, are investing heavily in electric-only tech with promising and creative design schemes. Zunum Aero and Airbus E-Fan X created planes that operate on electric turbines for shorter trips but can switch to gas-powered turbines for extended trips. However, this problem should go away in the time since better-designed airplanes require less power each passing year.Īlready there are several essential companies offering hybrid and fully electric plane technology. Though useful in a trial, this power source currently is not able to store enough power for longer flights. Must prototype models run on solar-powered lithium batteries. The most significant problem is the battery itself. While electric air travel has a promising head start, it will still take a while before commercial airline companies adopt it as an economically viable solution. ![]() Electric engines also allow plane travel at higher altitudes than combustible engines, which translates to less turbulent, bumpy rides. Electric aircraft would mean reduced cost in the ticket price and far less noise pollution from airports. The concept of electric commercial airplanes does not just benefit the environment it also behooves the average flyer. Electrically-powered airplanes could be the answer to significantly reducing these emission levels. Traditionally fueled airplanes account for around 4% of greenhouse gas emissions worldwide. With climate change becoming an increasingly looming threat, any technology that reduces our dependence on ozone layer-destroying byproducts calls for a celebration. Combustible airline engines will not be sustainable in the future. ![]()
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