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What is an Aircraft Fuselage?

What is an Aircraft Fuselage?

Types of Airplane Fuselage

The fuselage of an airplane, is part of the assembly of the wings, the tail, the landing gear and the cabin.

Meaning: Did you know that the term fuselage comes from the French word "fusele" ?, which ... means "in use form".

Many people associate this term with the person in charge of maintaining or storing fuel, however, more broadly, fuselages are characterized by having a long and vertical spindle shape, which holds all the parts of an airplane together.

The fuselage of the plane, we can also call it or identify it as the body of the plane, it is also hollow, to reduce its weight and can be wide or narrow.

Like most other parts of the aircraft, the shape of the fuselage is generally determined by the mission of the aircraft.

What Exactly is the Aircraft Fuselage?

Knowing the plane's fuselage in detail is very important. 

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The fuselage is the large outer layer that comprises the main body of an airplane, it has a hole in which the seats and other related equipment are placed, such as cargo and accessories.

Said in detail:

  • On the sides the wings.
  • In the front the cabin.
  • In the rear the tail.  
  • The landing gear at the bottom.

Types of Fuselages

There are several types of fuselages designed and used in airplanes, each one with a different construction and characteristic depending on its components.

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Fuselage of an airplane.


The Celosia fuselages, They are characterized by using welded metal tubes, which are light, inexpensive and offer a high level of resistance and durability.

The Geodesic Fuselages, which are known for the use of braces to achieve a basket-like construction.

They are designed to resist localized structural damage without jeopardizing the rest of the integrity of the fuselage.

There are also other types of aircraft fuselages that are much more common, such as the monocoque shell and semi-monocoque shell.

La monocoque shell, is a design that is fundamentally based on the resistance of the aircraft shell to carry different loads.

La semi-monocoque shell, has the carcass reinforced by a complete frame of structural members.

These elements help in the construction of a aerodynamic fuselageor, increasing its strength and rigidity for a monocoque design.

Although a typical semi-monocoque airframe can sustain considerable damage, it can still hold together.

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Some Fuselages Materials

Most airplanes have aluminum fuselages; for being a strong, light metal and naturally resistant to rust, although there are some exceptions.

This material used in the fuselages is a versatile and effective option, due to its characteristics.

The aluminum and steel fuselages, They provide more stability and greater protection against the elements.

They also contain various elements in their structural parts such as the steel exterior.

Today, many military and reconnaissance aircraft are made of titanium or carbon composite materials, due to its great advantages.

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Aluminum Fuselages

Aluminum as an aircraft material is always mixed with other metals to make it stronger and lighter.

It is used on the surface of many supersonicSince the heat generated by friction when flying at such speeds causes the resistance of aluminum to decrease.

The Steel Fuselages

Aircraft made of steel are stronger and stiffer, but heavier, this prevents it from qualifying as one of the most popular airframe materials.

However, it is used to build parts of an airplane. Its strength and rigidity is ideal for use in landing gear.

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Titanium Fuselages

Titanium has the same resistance than steel but much lighter.

Titanium and its alloys are ideal materials for building airplanes. These metals also have better corrosion resistance than aluminum and steel.

However, making aircraft made of titanium is very expensive, significantly limiting the wide commercial use of most titanium aircraft.

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Carbon Compound Fuses

Carbon composites such as graphite epoxy or carbon fiber reinforced polymer have become a broad alternative to modern commercial aircraft.  

Carbon composites can be accommodated in a number of ways to meet the demands of maintaining integrity during high-speed flight.  

Carbon fiber materials are almost as strong as aluminum, but half the weight.

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It's important to know …

The fuselage, as we already know, is the outer shell of the body of an airplane, therefore, it is exposed to significant stress, this implies that it must be made with strong and durable materials.

If for some reason the fuselage breaks, the cabin of the plane can lose air pressure, it can create a dangerous environment for both the crew and the passengers.

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When the cabin of the airplane loses pressure, the oxygen levels decrease, in addition to the loss of pressure in the cabin, it can cause the airplane to lose control. However, collisions related to loss of pressure in the cabin are rare or infrequent, but they have occurred.

It is also important to know that aerodynamics primarily determines the size and layout of the various compartments in the fuselages of conventional aircraft.

Only modern, highly specialized aircraft such as the SR-71 Blackbird vary markedly from conventional aircraft with respect to their design and the materials used to build them.

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Aeronautica - 4 Schools in Mexico

Aeronautica - 4 Schools in Mexico

Aeronautics Schools

Do you know some aeronautical schools in Mexico? For these and other questions, read about some study options in the aeronautical world.

In the field of aviation you can take different training options, this will depend on the type of license you want to obtain, for this, you must enter an authorized school or academy.

In Mexico, there is a small group of aeronautical schools, these have very well equipped training facilities.

Most of these schools only offer training instruction in Spanish. Anyone considering studying at a Mexican flight school will need to be fluent in Spanish.

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The flight schools in Mexico establish in their study program, comprehensive theoretical and practical flight courses, pilot training, face-to-face classes, simulators and flight exams in real airplanes.

Students who complete the courses prepare for jobs or jobs in the aviation and aerospace fields and find work in international companies.

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Aeronautical schools

4 Mexican Aeronautical Schools

Some of these schools are located in Mexico City, Yucatán, Monterrey, among others.

The curricula of aeronautics schools are designed to acquire knowledge in aircraft maintenance, air traffic controllers and piloting airplanes. In addition to engineering and aircraft mechanics.

Students learn aerodynamic knowledge and solid hands-on training. Among these schools we have:

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The Latin American Academy of Aviation

This flight school is located in Yucatán Mexico and offers a pilot training study program Private and commercial.

Their training courses for flight attendants and operators do not offer a visa for international students.

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The Latin American Academy of Aviation

This distinguished school, establishes theoretical classes, trainings and flight simulators; For this, it has various aircraft that apply in simulated and real flight training with official certification.

Integral Regional Aviation

The Integral Regional Aviation School is located in Mexico City, at the Atizapan airport.

The Study Program offers comprehensive flight courses for private and commercial pilots. These courses focus on teaching students flight knowledge, procedures, and flight training with a minimum average of 40 hours.

Courses include air traffic control, communication, airframes and aerodynamic engines, navigation, meteorology, aerodynamics, aircraft operations, and air regulations.

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Models of training aircraft used by this school

  • 150 Cessna
  • Aerobat Cessna 150
  • Cessna 172 Skyhawk

Professional Training Center (CPAA)

This professional aeronautical school is located in Mexico City, and offers the career of private pilot, commercial pilot and flight attendant. Perform face-to-face modalities, in classrooms, flight simulators and real airplanes.

This school provides classes for foreigners with a student visa, most of the pilots in Mexican airlines are trains in the CPRAA (professional center for air training).

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The Autonomous University of Nuevo Leon

This university is located in Monterrey, and offers educational programs in aeronautical engineering, it is a state-of-the-art educational institution forming part of the growing teaching of the aerospace industry in Mexico.

This school has laboratories equipped to carry out practices. There, students learn the repair, design and construction of aircraft.

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Autonomous University of Nuevo Leon

Study Aeronautics

In this case, the Aeronautical Schools direct studies of aerodynamics and flight mechanics.

These schools guarantee learning that ranges from meteorology, air navigation, traffic control, telecommunications, to the practical principles of flying.

Students will learn professional skills, and complete rigorous training programs for a pilot profile within the aviation industry.

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How to Choose your Airplane Seats at Volaris

How to Choose your Airplane Seats at Volaris

Volaris Seats

Knowing how to choose your airplane seats in volaris is getting the perfect seat for a pleasant trip.

Learning which are the best seats on a plane of this airline for your travel style and your priorities will help you make your next flight more pleasant.

Whether you are going to Cancun, Mexico City, Monterrey, or any other city in Mexico or the rest of the world, it is important that the seat selected is the most suitable for you.

Learn to Select your Airplane Seats in Volaris according to your Preferences

Exit rows, aisle or window seats, and anywhere near the front are typically considered the best seats on an airplane. You may want a seat located on the aisle, toward the front of the plane, so you can get out as quickly as possible, or this may not worry you.

At Grand Hotelier we know that every traveler is different. Some of us fall asleep before the plane takes off, and others travel with children or fight with long legs. That is why we will tell you how to choose the best seat according to the type of passenger you are, and your preferences.

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Airplane seats

The Best Airplane Seat for a Peaceful Travel

Turbulence is unavoidable while flying, but choosing a seat near the center of the plane, over the wing, will make a bumpy ride less noticeable. The further you feel from the wings, the more noticeable the turbulence will be.

Larger Airplanes Have Less Turbulence

Similarly, if you have the option of choosing between multiple planes on the same route, selecting a larger plane usually means a smoother ride. Heavier aircraft tend to react less to rough air.

The Most Comfortable Airplane Seat to Sleep

Do you fall asleep before the Volaris plane takes off? If so, you've likely experienced the horror of waking up mid-flight to the realization that you are drooling at the friendly passenger next to you.

Maybe they woke you up abruptly so someone could get out of line to go to the bathroom, or they hit you over the head with the drink cart that was passing by.

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Window Seat

If you want to fall asleep, choose a window seat near the front, and preferably on the left side of the plane.

Being at the window means that the people in your line don't need to wake you up to go to the bathroom, and the stewardess doesn't need to come up to you to give the other people in your line a snack. In addition, leaning on the window is more comfortable and you can control the lighting.

Why are the Front and Left Side Airplane Seats the best?

The front of the plane is less noisy, and the windows on the left side tend to be off-center due to the position of the front door. This allows you to rest your head against your spine between the windows, for a more comfortable rest.

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Airplane seats at Volaris

The Ideal Airplane Seats for People with Long Legs

We know the difficulties involved in carrying long legs for these flights. This is why you should try to get a seat in the emergency exit row, preferably an aisle seat. Many aircraft have two rows of departure on the wing, with the second row being the best.

This row is usually the most suitable for you because you can stretch your legs under the front seat, which gives you much more space.

The Best Seat for a Quick Exit from the Plane

You may have spent hours on the flight already, but sometimes the last 15 minutes while you wait to get off the plane can seem like the longest of all.

Choosing a seat closer to the front of the plane will mean faster getting off the plane. If you are flying a Volaris aircraft with two aisles, choose a seat in the front with aisle access on the left. The boarding gate of the plane is always on the left, so the aisle tends to move faster than the aisle on the right side.

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How to choose your airplane seats

The Seat Indicated for Traveling with Children

If you are traveling with children, you know the fear of getting stuck in the center seat, with the children squirming and fussing. It can be embarrassing, but the right seat can make things easier.

When traveling with children, try to get a line behind a wall. These rows offer extra space in the front, so children can stand up a time, and to prevent them from moving from time to time. This also means that children will not disturb the front row, reducing the number of stares you will receive.

Where to Sit on the Plane to Go Quick to the Bathroom

Seats of this type are also usually close to the toilets, making last-minute emergencies with children a bit easier.


The Best Airplane Seats for Children

Once you get your airplane seats at Volaris, it is best to place the children against the window or the middle seat (when traveling with two children), avoiding the aisle seat (or reserving it for yourself).

The window is a healthy distraction for children and, more importantly, it prevents them from being run over by drink carts, by passengers running to the bathroom, or from falling into the hallway.

Taking into account what we have explained to you, you will be able to select your airplane seats very easily.

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Parts of a Commercial Plane

Parts of a Commercial Plane

Main Parts of an Airplane

Mexico is consolidating itself, more and more, as a strategic region for the manufacture of aeronautical components worldwide. The development and creation of parts of a commercial plane, is an important and crucial task. Only highly qualified engineers and specialists can carry out this work.

A small miscalculation or a manufacturing defect will have fatal consequences for pilots and passengers. Therefore, it is important to know the basic components of a commercial airplane, whether you are studying to be a pilot or to be an engineer.

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What are the Parts of a Commercial Airplane?

Mexico has managed to position itself among the main countries in the world not only in terms of supplying aircraft parts, but also as a center for manufacturing.

The potential of the main regions dedicated to these tasks focuses on the design, manufacture and assembly of complex parts of the airframe, such as turbines and landing gear.

If you are interested in working as a pilot or engineer in the Mexican aerospace industry, you should know the main parts of an airplane. The main parts of a commercial airplane include the fuselage, The alas , the empennage, the power plant and the undercarriage.

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Parts of an airplane

There are also secondary parts of these main parts that are crucial in allowing an aircraft to fly, as well as various systems that keep the aircraft operating safely and passengers comfortable.

Aircraft fuselage

The main part of the plane is the fuselage. The remaining structural elements are fixed on it: wings, tail, landing gear, control cabin, etc.

The body of the aircraft is assembled from transverse and longitudinal power elements, followed by a metal cladding.

The fuselage can be divided into Cabin and Luggage compartment:

Airplane cabin

The area in the front of the plane where the pilots fly the plane. Modern aircraft cockpits have a number of instruments vital to controlling the aircraft on the ground and when flying.

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Luggage compartment

Generally located towards the rear of the aircraft, the luggage compartment contains passenger luggage and other cargo.

Fuselage Design

The requirements for the design of the aircraft fuselage are presented according to the weight of the structure and the characteristics of maximum resistance. This can be achieved using the following principles:

  • The body of the aircraft fuselage is made in a way that reduces resistance to air masses and contributes to the appearance of the elevator;                                
  • They focus on the simplicity and reliability of fixing wing segments, take-off and landing equipment, and a power plant;              
  • Locations for securing cargo, passenger accommodation and supplies must ensure reliable securing and balancing of the aircraft under various operating conditions;  
  • The location of the crew must provide conditions for comfortable control of the aircraft, access to the main navigation and control devices in extreme situations.        

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wings planes parts of a plane

Wing of airplaine

The wing is one of the main structural elements of the aircraft, it not only creates lift, but also helps to maneuver and control the speed of the plane. The wings are used to accommodate take-off and landing devices, a power unit, fuel, and accessories.

The main parts of the wing are the following list of elements:           

  • A body made up of poles, stringers, ribs, ornaments;              
  • Slats and fins that provide a smooth take off and landing;  
  • Interceptors and ailerons: control the plane in the air;                              
  • Brake protectors designed to reduce the speed of movement during landing;            
  • Pylons necessary for the assembly of powertrains.

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Wing Design

Wing design is a crucial factor: a wing is designed to reduce drag at the leading edge, generate lift through its crescent, and manage airflow using the trailing edge.

Also, while gliding (i.e. without engine power), the wings allow the pilot to increase and decrease descent speed

Types of Airplane Wings

Classification of aircraft wings is carried out based on the design features and the degree of work of the outer coating, which includes:

Spar type

Characterized by a small thickness of the skin, forming a closed circuit with the surface of the side members.

Monoblock type

The main external load is distributed over the surface of the thick cladding, fixed by a massive set of stringers. The cladding can be monolithic or consist of several layers.

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aircraft engines

Aircraft engines

The motors generate thrust and provide hydraulic and electrical power. Modern airplanes are used with different types of engines, although jet engines are preferred by most commercial airplanes.

The engine or power plant can be located at the front of the aircraft fuselage or towards the rear of the aircraft. In multi-engine aircraft, the engines are generally located under the wings on each side.


Empennage aircraft parts of a plane

The empennage, or tail section, consists of the vertical stabilizer and the stabilizer horizontal.

Vertical stabilizer

The vertical stabilizer includes the rudder, which allows the aircraft to turn left or right about the vertical axis of the aircraft when activated. The rudder is controlled by the rudder pedals in the cockpit.

Horizontal stabilizer

The horizontal stabilizer contains the elevator that controls the pitch of the airplane. Helps maintain the balance and stability of an airplane in flight. It does this by providing a mini wing at some distance from the main wings, producing enough lift to control the pitch of the aircraft and maintain its stability.

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These are the Parts of a Passenger Plane

Take-off and landing are considered responsible periods during the operation of the aircraft.

During this period, peak loads occur throughout the structure. Only reliable engineered landing gears can guarantee acceptable acceleration for skyward lift and a smooth touch to the runway surface. In flight, they serve as an additional element to stiffen the wings.

Most single-engine land planes have tricycle landing gear. The tricycle gear consists of two main wheels with a front wheel at the front.

We have seen in a general way that the parts of a commercial airplane are structural components of great importance in the operation of the aircraft.

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Thus, while the power plant supplies the energy and the required thrust, the fuselage or body of the aircraft, holds all the pieces together, and is an important structural component that contains crew and passenger areas.

The aerospace industry in Mexico is a great generator of employment, which is dedicated to the design and engineering, manufacturing, and maintenance and repair of aircraft.

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How do the wings of an airplane work?

How do the wings of an airplane work?

The Wings of an Airplane

You've probably stuck your hands out the window of a moving vehicle, imagining that they are the wings of an airplane, you have turned them up and down. You will also have observed that the wind raises them slightly when tilting them up.

Perhaps imagining an airplane has to do with your desire to work in tourism. If this is your case, from now on, prepare yourself in every way, both theoretical and practical, to bring your wishes into reality with excellence.

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How the Wings of an Airplane Work

The wings of an airplane are a majestic and highly complex piece of engineering. They are simply almost alive.

In various aircraft models, computer systems control wing components to adjust to flight conditions such as gusts, turbulence, even being slightly too high for landing, and more.

Sometimes you will see that those parts of the wings of an airplane move quickly, sometimes with almost imperceptible adjustments, and on landing, these movements can occur very frequently.

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Components of Aircraft Wings

We are going to know in more detail some of the main components of the wings:

Ailerons: The Small Airplane Wing

The ailerons, a commercial airplane has two, control the movement of the aircraft in its longitudinal axis, causing it to roll from left to right.

Spoiler is the word French for "small wing", and that's exactly what they are. Like the wing, the aileron is teardrop shaped when viewed from the side and has the borders thinner at the back.

Ailerons are located on the outer edge of the wings of an airplane. To see the ailerons, you will have to look closely. On an airliner, the ailerons move very slightly from the passenger's perspective.

In fact, when the plane leans into a turn, you may notice that the aileron returns to its flush position, but the plane continues to lean. It does so due to the centripetal force that keeps it in a spin.

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When a pilot shifts the control column to the right (or the autopilot in most cases), the aileron on the right wing rises while the aileron on the opposite wing descends.

The act of raising the right wing aileron reduces the lift of the right wing, and when the wings have a reduction in lift, they drop. Here, the right wing descends in a controlled turn to the right.

Spoilers and Air Brakes

They lower the elevation, mostly, as the name implies, spoilers spoil something. Here, they ruin the lift produced by the wing, in the same way that an aileron does.

So what is the point? Spoilers allow the aircraft to lose lift and descend in a controllable manner.

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Spoiler and air brakes

Spoilers work by making the wing less efficient, in a controlled manner. This is a great way to slow down unwanted air as you slow to get closer to the ground.

It also allows the aircraft to descend at a faster but more comfortable speed, if you have a lot of altitude to lose.

There are often two sets of spoilers on aircraft wings. The assembly near the fuselage is called ground spoilers or air brakes.

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The ground spoilers are exactly the same panels that are used as speed brakes in flight, except that on the ground they are allowed to deflect completely and maximize the “lift off” effect.

The spoilers are assumed to function by acting as an air brake, but in fact 80 percent of their contribution to stopping the aircraft is preventing the wing from producing lift.

This forces the total weight of the aircraft on the main wheels, making the wheel brakes much more efficient.

Airplane Fins: Increase Elevation

The first machine-like hum you hear when a plane descends to land is the sound of flaps unfolding.

The flaps are in charge of raising and dragging. The flap deployment allows the pilot to descend and maintain lift at a much slower speed as they approach.

Airplane fins

At the same time, deploying flaps provides drag, which slows the aircraft. In most passenger aircraft, there are internal fins and external fins. They unfold in degrees, as the plane descends to land.

The flaps are raised and lowered through the aircraft's hydraulics within torpedo-shaped bodies under the wing, called track fairings. These also serve a dual purpose of improving aerodynamic flow under the wing.

Flaperons on the Wings of an Airplane

As its name suggests, a flaperon is a device that is both an aileron and a flap.

They operate more like ailerons than fins; they can be quickly adjusted up and down like a spoiler, especially compared to flaps (which unfold with difficulty).

For a right turn, for example, the right wing aileron will rise very slightly, lowering the lift of the plane's wing, while the flaperon will extend very slightly to counter some of that lift loss in a controlled manner.

All this done by the aircraft's computers without additional information from the pilot.

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A spoileron is a spoiler that also acts in a similar way to a spoiler, and these days everyone does.

It is not a separate component, but rather a term used to describe the function of spoilers on many modern commercial aircraft.

Spoilers automatically, and without pilot input, in conjunction with the spoiler, to aid in turning along the longitudinal axis.

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