In a sudden air crash, a Boeing 747 plane full of passengers lost control in the sky and kept falling to the ground. Panic and despair permeate the cabin, but imagine if, at this moment, passengers were able to escape the out-of-control giant metal bird and escape the trauma of falling to the ground by parachuting, would more people choose to take the risk?Let's unravel this mysterious mystery, the logic and considerations behind it, and why passengers don't choose to skydive when faced with a life-or-death decision.
Why don't civil airplanes release parachutes?The survival rate of parachuting in the event of a plane crash is extremely low
With the rapid development of the aviation industry, people's demand for flying is also increasing. Although we are getting safer and safer in the airplane, the chances of surviving an accident are still very low. So, why don't civil aircraft put parachutes?
In the case of a high-altitude crash of an aircraft, it is difficult for a parachute to function. Due to the low pressure of the high air, the oxygen is thin, which may cause passengers to quickly lose consciousness or even fall unconscious. At the same time, the temperature at high altitude is extremely low, which can cause severe frostbite to passengers. The cockpit interior is complex and the space is small, making it difficult to properly operate the parachute in an emergency. Even if you can successfully skydive, it is easy to cause serious injuries when landing due to the influence of wind speed and flight speed. These are all reasons for the low survival rate of passengers.
Placing a parachute poses a number of other problems. First, there is the question of weight and space. Taking into account the weight limits of the aircraft itself and the luggage carried by each passenger, equipping everyone with a parachute will significantly increase the total weight of the aircraft. The safety factor and fuel consumption of the aircraft will also be subject to additional challenges. The space requirements resulting from the storage and custody of passenger parachutes will have a negative impact on the layout and design of the cabin.
To ensure the safety of passengers, airlines and aircraft manufacturers have put in place a number of other important safety measures. The aircraft is equipped with emergency slipways and lifeboats to help passengers evacuate as quickly as possible in a forced landing or water landing, and these measures have proven to be relatively effective. The interior of the aircraft is also equipped with emergency breathing apparatus and life-saving equipment to provide assistance in the event of an emergency.
Plane crashes are relatively rare, and airlines and aircraft manufacturers are constantly working to improve the safety of their aircraft and their chances of survival in an emergency. This includes improving the design and materials of the aircraft, improving the skills and training of pilots, and improving procedures and equipment for emergency evacuation.
The refusal of parachutes on civil aircraft is due to a combination of reasons. Parachutes are difficult to function in the event of a high-altitude crash, which increases weight and space pressure, while other effective safety measures are already in place. Although it is true that the survival rate of a plane crash is low, we are better able to ensure the safety of our passengers by continuously improving and strengthening the safety of our aircraft.
Why don't civil airplanes release parachutes?Skydiving requires a high level of skill and training
In our daily lives, we often take civil airplanes to our destinations. If we are in an airplane accident, will we be able to parachute to escape?Why aren't civil aircraft equipped with parachutes?The main reason for this is that skydiving requires a high level of skill and training.
Restrictions on the altitude and speed of civil aircraft are a major challenge when using parachutes. According to the data, civil aircraft can generally reach tens of thousands of feet in flight and can reach speeds of hundreds of kilometers per hour. At such altitudes and speeds, the air is thin, oxygen is scarce, the temperature is extremely low, and the slightest vibration can cause significant damage to the human body. Such an environment is quite dangerous for skydiving, and it is almost impossible for passengers to successfully skydive in the air in a safe and controlled manner.
Using a parachute requires specialized skills and experience. Skydiving is a very dangerous activity that requires rigorous training and consistent practice to master. Skydivers must be aware of various meteorological conditions such as airflow, wind direction, and speed, and need to master proper skydiving posture and technique to minimize the risk of injury. The average passenger is not trained in this area, and most of them have little understanding of the skills and knowledge required to skydive, and it is difficult to deal with the unexpected situation of flying.
Equipped with a parachute increases the safety risk. If every passenger is carrying a parachute, it can cause an imbalance in the aircraft's center of gravity. At the same time, if a passenger tries to parachute in a dangerous situation on the plane, it can lead to a chaotic and dangerous situation, increasing the risk of surviving rather than improving safety.
In contrast, modern civil aviation aircraft employ a range of advanced safety measures and designs to ensure the safety of passengers. For example, airplanes are often equipped with seat belts and oxygen masks, and emergency slides can also be used for evacuation in case of an emergency. The cabin structure of civil aircraft is designed to protect passengers as much as possible in the event of an accident. During the flight, the pilots and crew are also professionally trained to respond to various emergencies and find the best solutions.
The main reason why civil aircraft are not equipped with parachutes is that skydiving requires extremely high skill and training. The altitude and speed limitations of civil aircraft, as well as the lack of professional knowledge and skills of passengers, make the use of parachutes an impractical option. In contrast, modern civil aircraft employ a range of advanced safety designs and measures to ensure the safety of passengers during the flight. We should trust the strict management and control of flight safety by airlines and relevant authorities.
Why don't civil airplanes release parachutes?Parachuting from an airplane will pose even greater danger
In our daily life, with the development of the aviation industry, civil aircraft have become one of the main means of transportation for people to travel. There has been controversy about whether civil aircraft should be equipped with parachutes. Some people believe that having a parachute on a civil aircraft can improve the safety of passengers, but in fact, doing so can lead to greater danger.
The altitude and speed at which civil aircraft fly is extremely disadvantageous for humans. Generally speaking, civil aircraft often fly at altitudes of more than several thousand meters and travel at speeds of hundreds of kilometers per hour. Such altitudes and speeds make skydiving extremely dangerous, and even specially trained skydivers require specific equipment and techniques to land safely. What's more, ordinary passengers have not been trained to skydive, lack the relevant knowledge and skills, and the act of skydiving will cause serious injuries or even death. Even with a parachute, the average passenger cannot safely parachute.
The emergencies that a civil aircraft may face during a flight are varied. Skydiving is just one response, and it doesn't always work in all situations. For example, if an aircraft has an engine failure or damage to the fuselage, skydiving will not solve the problem.
Skydiving can expose passengers to greater danger as they land in an uncertain location, which may be a body of water, a forest, or a high mountain. On the ground, it is difficult for rescuers to find these scattered passengers in time, which increases the difficulty of rescue. Skydiving on civil aircraft will only bring greater unavoidable factors and risks.
Parachutes take up a lot of space and weight, which will have a serious impact on the safety and performance of civil aircraft. Civil aircraft are designed and manufactured through rigorous procedures and tests to ensure their safety and stability. If equipped with a parachute, it will be necessary to change the structure of the aircraft and add additional equipment, which can lead to an increase in weight, affecting the balance and flight performance of the aircraft.
Parachutes also need to occupy space for passengers and luggage, limiting the number of seats and passenger comfort. To sum up, for the sake of aviation safety and passenger comfort, it is a reasonable choice not to place a parachute on a civil aircraft as standard equipment.
While some believe that having a parachute on a civil aircraft can improve passenger safety, given the complexity of flight altitude, speed, and emergency situations, as well as the impact on aircraft safety and performance, doing so can actually trigger greater danger. The current approach is reasonable, relying on the safety equipment of the pilot and the aircraft itself to keep passengers safe. At the same time, we should strengthen pilot training, aviation safety management, and aircraft maintenance to ensure the safety and stability of civil aviation flights.
Why don't civil airplanes release parachutes?Dropping a large number of parachutes creates air congestion and collision hazards
With the rapid development of the aviation industry, people are paying more and more attention to the safety of civil aviation. In daily travel, taking civil aircraft has become the main choice for people. Some people may wonder why civil aircraft do not release parachutes in case of an emergency. In fact, there are multiple factors involved in this.
The design and structure of modern civil aircraft is not suitable for placing a large number of parachutes. Parachutes are much larger than the aircraft itself and take up a lot of dimensional space. If you want to equip each seat with a parachute, the capacity of the aircraft will be significantly reduced. This will not only result in airfare*** but will also limit the profitability of the airline. The placement of a large number of parachutes creates an additional economic burden on the civil aviation industry.
Mass dropping of parachutes can also lead to air congestion and collision hazards. Consider the altitude and speed of the aircraft during the flight, if each passenger opens his parachute and prepares to parachute, then there will be a large number of parachutes in the air. This will dramatically increase the risk of air congestion and collisions, which can lead to more serious accidents. Imagine thousands of parachutes landing on the ground at the same time, which not only causes chaos in ground traffic, but can also cause fires and other emergencies.
Parachutes are not suitable for all emergencies. In most cases, emergencies that may occur on board an aircraft cannot be solved by skydiving. In fact, through design and technical means, modern civil aircraft have achieved highly reliable emergency escape systems. For example, airplanes are equipped with emergency slides that can quickly guide passengers out of the aircraft. There are also fire extinguishing systems, emergency lighting and life-saving equipment on board to ensure the safety of passengers in the event of an emergency.
The use of parachutes also requires professional training and skills. Simply placing a parachute on an aircraft does not guarantee the safety of passengers, as passengers may not have been trained to use parachutes properly. What's more, in an emergency, passengers can experience panic and confusion, which increases the risk of accidents. In contrast, it is easier for passengers to keep them safe by following the instructions of the crew and using pre-prepared escape equipment on the plane.
For the sake of flight safety and the profitability of airlines, civil aircraft do not place large numbers of parachutes. This involves a number of factors, including the space constraints of parachutes on modern civil aircraft, air congestion and collision hazards, the inability of emergency situations to meet all demands, and the lack of relevant skills among passengers. Compared with parachutes, modern civil aircraft have provided more reliable and effective emergency escape systems through aircraft design and technical means to protect the safety of passengers.
Why don't civil airplanes release parachutes?When the plane crashes, there is limited space to support the parachute and it is difficult to survive in bad weather conditions
Civil aircraft are not designed to be equipped with a parachute due to a number of considerations. Parachute space is limited, and even if enough parachutes are placed, it may not be possible to ensure a safe landing for every passenger. It's not just about space, it's also about the many difficulties that make it difficult to survive in bad weather conditions.
Limited space for parachutes is a major difficulty. In the event of a plane crash, passengers call for an emergency evacuation, which means they need to escape from the plane as soon as possible. The limited space in the cabin of the average commercial aircraft, especially the dense seating arrangement and complicated equipment in the cabin, makes it impossible to place enough parachutes. In addition, parachutes require a certain safety distance during parachuting, and if passengers evacuate intensively, parachutes may become entangled with each other, affecting safe evacuation. Given the limited space in the parachute, placing a parachute does not ensure the survival rate of passengers.
It is also difficult to use a parachute in adverse weather conditions. In the event of a plane crash, bad weather may occur, including high-altitude turbulence, bad weather, etc. These conditions can negatively affect the use of parachutes by passengers. For example, strong winds and turbulence can cause passengers to lose their balance and not be able to land steadily in the air. Bad weather can cause passengers to become disoriented or crash into obstacles when landing. All of these factors will increase the risk to passengers surviving when using a parachute.
Compared to the placement of parachutes, modern commercial aircraft have implemented a variety of safety measures to ensure the survival rate of passengers in the event of an emergency. For example, commercial aircraft are equipped with equipment such as emergency slides and lifeboats, which can be used by passengers to quickly evacuate from the cabin in an emergency. Flight attendants are rigorously trained to ensure that passengers are guided through an emergency evacuation in a swift and orderly manner.
Placing a parachute is not a practical solution for civil aircraft. Limited space and the difficulty of surviving in adverse weather conditions are the main reasons for not using parachutes. On the contrary, by equipping emergency equipment, crew training and other measures, modern commercial civil aircraft pay more attention to the survival safety of passengers.
Proofreading: Swallow.