Commercial airlines often cruise in the stratosphere, albeit at its lower reaches. However, airplanes fly due to the lift created by air flowing over/under their wings. An airplane's engines provide thrust, which move its wings through the air (i.e., increases the flow of air over/under the wings). Once the lift thus created by this airflow exceeds the airplane's weight, the airplane climbs into the air.
At higher altitudes, there is less air. So, more thrust is required in order for the wing to create enough airflow and lift to keep the airplane flying. A practical altitude limit is reached when the airplane's engines cannot provide enough thrust and/or its wings cannot produce enough lift in order to offset the airplane's weight.
They Fly In the Stratosphere. The Stratosphere is the 2 Major Atmosphere
The stratosphere is the ideal layer of the atmosphere for flying airplanes due to its stability and smooth air currents, which minimize turbulence and provide more efficient fuel consumption. In the stratosphere, the jet stream can also help increase the speed of the aircraft.
Yes, aeroplanes fly in the troposphere
with in 48 hours u can fly in aeroplanes.
by raders
then there is no point of them
to fly
Fly aeroplanes and helicopters
Aeroplanes can fly at the same height as Mount Everest but they do not directly fly over the mountain but near by.
Yes. They can fly over anything.
You can fly planes with it, retard.
Helicopters are typically designed to fly in the troposphere, which is closer to the Earth's surface. The stratosphere begins at around 10 kilometers above sea level, and helicopters lack the necessary design and power to operate efficiently at that altitude.