The Future of Flight? All-Electric Passenger Plane Completes First Test Flight

Passenger Plane

On August 31, 2017, Zunum Aero completed the first test flight of its all-electric passenger plane, the Zunum Aero Electric Airplane (Zunum Aero E2). The successful test flight took place at Paine Field in Everett, Washington and marks an important milestone in the progress toward commercializing all-electric aircraft that can be used to fly passengers from city to city throughout the world. Here’s how it works and how it’s going to change the way you travel on airplanes moving forward.


A look at the future

In the future, people might be able to commute from New York to Los Angeles in just a few hours, thanks to this all-electric passenger plane. The new aircraft, dubbed the E-Fan, completed its first test flight on June 28th and is being developed by Airbus in collaboration with the U.K.’s BAE Systems and Rolls Royce. You can enjoy real money casinos australia while traveling as well.


Background on why Planes are Slow

In order to fly, an airplane needs to generate enough lift to overcome the weight. As a plane flies, it has to produce more lift and the faster it goes, the less air resistance there is. To produce this lift, traditional airplanes use air passing over their wings at high speeds. This is called ‘relative wind.’ This generates a force on the wings which then generates a force on the airplane’s body in order to keep it in flight.


Advantages of an all-electric Aircraft

An all-electric aircraft is not only environmentally friendly, but it also has a higher level of safety. This is because an electric motor doesn’t require the same amount of maintenance as an internal combustion engine and won’t stall if fuel runs out. Plus, the noise from an electric motor is much quieter than that from a traditional plane engine. Enjoy meilleur casino en ligne while traveling in plane.


Challenges to Overcome

This new plane is a result of the aviation industry’s first foray into electric propulsion. It is hoped that this will pave the way for lighter, quieter, and more environmentally friendly planes. However, there are several challenges to overcome before we see any commercial use. The batteries currently used in these planes need about 20 minutes of charging time for every 10 minutes of flying time. Safety is also a concern since lithium-ion batteries can be volatile if they’re not well managed.


How long until these planes take off?

Despite the successful test flight, it could be a decade or more before all-electric planes are ready for commercial use. There are many challenges to overcome, including the lack of charging stations and battery technology. But if these problems can be resolved, we may see electric planes at airports soon.


Will we see these planes in the future?

It’s only a matter of time before the entire airplane industry is turned upside down by electric planes. On July 26, 2018, the first all-electric passenger plane completed its first test flight. It was the E-Fan X, made by French aircraft maker Airbus in collaboration with Siemens and Rolls Royce. It took off from an airfield near Bordeaux in southwestern France and flew for around an hour at speeds up to 186 miles per hour (300 kilometers per hour) as it weaved between low buildings.


And finally, what are our Expectations for this Project in the long Run?

While the all-electric passenger plane was a success on its first test flight, there are challenges that need to be addressed. The plane’s battery is only designed to last for one hour at a time and will require more development before it can fly as far as fossil fuel airplanes. However, this is an exciting step towards future developments in aviation.