turbulence, It usually coincides with their flights, as a surprise for those who have a fear of flying. This event, which seems like a threat, is actually completely normal.

While you float deep in the air You may have felt that the plane suddenly shook and that it was going to crash right then and there. Even though people fear an accident at such times, can the turbulence really be so strong that a plane can crash?

Let’s start at the beginning. What causes the turbulence that shakes the plane and scares us so much?

Because the air is constantly moving, airplanes benefit from these air currents while flying. They stay in the air well It is equally important that the airflows under and above the wings are regular.

However, some weather conditions can disrupt these currents at such times Fluctuations occur that we call turbulence.

There are many factors that can cause turbulence. And depending on these factors, different types of turbulence arise, such as clear air turbulence, turbulence caused by temperature changes, or turbulence caused by sudden changes in wind speed.

Depending on the severity, it can last a long or short time Seat belt saves lives.

Let us reassure you, because turbulence does not have an effect like an airplane crash.

Many times when the plane shakes and the pilot “fasten your seat belts” when you make the announcement “Oh no, we’re falling!” We get caught up in the thought. Now you can rest easy, because turbulence only causes a shock.

Aircraft, such as wind and vibrations that may occur in the air, They are designed to withstand extreme situations. Perhaps the severity and duration of the turbulence could be of concern to passengers. The most reliable way to prevent unwanted injuries is to wear a seat belt. Because slippage may occur during shaking.

There can be many reasons why airflow becomes irregular.

Contrary to popular belief, there is no space in the structure of the atmosphere. That’s why we hear it often “the plane crashed in the air gap” These kinds of statements are wrong. Ripples and swirls can also occur in the air, but we cannot speak of the existence of a real air gap.

Allows the aircraft to stay in the air Lifting powerrequires smooth and uninterrupted airflow. When this flow is disrupted, the lift force is negatively affected. In this case, a jerky flight is experienced.

This jerky flight is the turbulence we know. In other words, this situation is not due to the aircraft falling into the air gap; sudden changes in altitude It comes from life.

In general, pilots predict turbulence and try to prevent it by monitoring it with radar systems.

Agree How can pilots predict turbulence?

For information about turbulence, pilots can contact various reliable sources. First of all, it is very easy to make a prediction by looking at the weather forecast. If the weather is cloudy, there is a good chance that the plane will experience turbulence. Another source of information is other aircraft flying in front of them. In this way, pilots can continuously exchange information with each other.

During the flight they have contact with a flight attendant who constantly monitors the weather conditions.

Made with artificial intelligence.

Major airlines meteorological teams It informs the flight crew by providing current weather data via . In addition, various special tools that help predict or identify turbulence in advance support pilots in this regard.

So during the flight The turbulence experienced can be controlled in the shortest and easiest way. The main thing is not to panic at that moment and follow the necessary instructions.

According to the information obtained from aviation literature There are no modern passenger plane crashes due to turbulence. Now you can fly in comfort!

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