How long is the plane, how high is it, and how long is the plane? How tall?

The largest civil aircraft is the Airbus A380 Length 73 m 239 ft 6 in Wingspan m 261 ft 10 in Height m 79 ft 1 in Wing area 845 m 9,100 in Weight empty aircraft 280,000 kg 617,300 lbs Max takeoff weight 560,000 kg 1,235,000 lbs The largest military transport aircraft is the An-124 with a wingspan m Length m, Aircraft height m, Wing area sqm Cargo Hold Length Width Height m m Empty weight 175, 000 kg Maximum payload 150,000 kg Maximum fuel weight 230,000 kg Maximum take-off weight 405,000 kg. Largest bomber B52 wingspan: m Captain:

m Height: m Crew: 6 people Maximum level flight speed:

km h (altitude 11,000 m) Maximum permissible speed: 741 km h Maximum cruising speed: 909 km h (altitude 11,000 m) Low altitude penetration speed:

652—676 km/h Wing area: m2 Maximum rate of climb: 17 m/s Empty weight:

84000 kg Normal take-off weight: 221350 kg Practical ceiling: 13250 m Combat radius:

125200 kg Maximum bomb load: 27200 kg Maximum wing load: 616 kg Mi2 Maximum use overload:

Big planes are bigger than small planes!!

It has a wingspan of 79 8 meters, a length of 73 meters and a height of 24 1 meters, which is equivalent to an 8-story building. Compared with the previous Boeing 747, the world's largest passenger aircraft, the Airbus A380 is nearly 40 times larger and has a range of 15,000 kilometers.

There are propeller planes and jet planes. Propeller aircraft, including piston propeller aircraft and turboprop aircraft. Piston propeller aircraft uses the rotation of the propeller to push the air behind the aircraft, and uses its reaction force to propel the aircraft forward.

Jets, including turbojets and turbofan jets.

According to the number of engines of the aircraft, it is divided into single-engine (motorized) aircraft, twin-engine (motorized) aircraft, three-engine (motorized) aircraft, and four-engine (motorized) aircraft. According to the position of the engine installation, it can be divided into fuselage in-engine aircraft, in-wing engine aircraft, overwing engine aircraft, underwing engine aircraft, wing crane engine aircraft and tail crane engine aircraft.

The traditional classification of military aircraft is roughly as follows:

Fighter: Also known as a fighter, it was called a destroyer before World War II. Its main purpose is to engage in air combat with enemy fighters, seize air supremacy, and can also intercept enemy bombers, attack planes and cruise missiles.

Attack aircraft: also known as attack aircraft, its main purpose is to attack ground (surface) targets (such as fortifications, ground radars, artillery positions, tank ships, etc.) from low and ultra-low altitudes to directly support ground forces operations.

Bomber: refers to a military aircraft that bombs the enemy's front-line positions, sea targets, and strategic targets behind enemy lines from the air. According to its mission, it can be divided into two types: tactical bomber and strategic bomber.

Let's take the most common model, the Boeing 737.

1. Boeing 737-100

Length: Wingspan:

Height: Cockpit width:

Number of seats: 104 (number of seats in a typical layout of Level 1).

Empty weight: 28,120 kg

2. Boeing 737-300

Wingspan: m. Captain: m.

Economic layout passengers: 149 people.

3. Boeing 737-400

Seating capacity 159 (Class 1 typical seating capacity).

Length: Wingspan:Height: Cockpit width:

The cockpit weighs 33,200 kg at high altitude

4. Boeing 737-500

Length (m):

Height (m):

Cockpit width (m):

Cockpit height (m):

Maximum number of seats: 132

Empty weight: 31,300 kg

5. Boeing 737-600

Fuselage length meters.

Wingspan: m. Models with winglets meters.

Cabin width meters.

Cabin layout: Typical two-class cabin layout: 126 seats; A typical single-class cabin layout has 149 seats

Empty weight 38,147kg

6. Boeing 737-700

Wingspan: m. Captain: m.

Model**: 737

Standard cabin layout: 126-149 passengers.

Cargo compartment volume: cubic meters.

7. Boeing 737-800

Fuselage length meters.

Wingspan: m. Models with winglets meters.

Height (m):Cabin width meters.

Cabin layout The number of seats in a typical two-class cabin layout is 162, and the number of seats in a typical single-class cabin layout is 189, and the empty weight is 41,413kg

8. Boeing 737-900

Fuselage length meters.

Wingspan: m. Models with winglets meters.

Cabin width meters.

Cabin layout The number of seats in a typical two-class cabin layout is 189, and the number of seats in a typical single-class cabin layout is 215

Empty weight kg(er).

How many people can be accommodated by the world's largest passenger aircraft (airplane).

The 380 is divided into two types of passenger aircraft and cargo aircraft, and the A380-800 is a double-decker passenger aircraft, which can carry 555 people and fly 14,800 kilometers continuously; The A380-800F is a freighter that can carry 150 tons of cargo and fly 10,400 kilometers continuously. The Airbus A380 has a total length of 78 meters, which is twice the length of the A320, a total wingspan of 80 meters, and a total weight of 583 tons. It is available in two variants, the small with a payload of 85 tons and a capacity of 555 people, and the large with a payload of 95 tons and a capacity of 625 people.

The A380 cabin is 43% wider than the usual airliner, with 48% more space for passengers. The A380 can also be extended from the baseline aircraft in lengthened, shortened and extended range models, and can carry up to 1,000 passengers. Airbus A380 is a four-engine, 550-seat ultra-large long-range wide-body passenger aircraft developed and produced by Airbus Industry in Europe, Airbus A380 is the largest passenger aircraft when it is put into production, and is known as the air giant.

The fuselage of the aircraft has a total length of 38 meters.

"Meter" is the basic unit of length of the International System of Units, with the symbol m, and one meter is equal to 10 decimeters. But Zheng Da slow is used to measure length, width, and height. The definition of rice originated in France.

The length of 1 meter was originally defined as one ten-thousandth of the distance from the Earth's equator to the North Pole on the meridian through Paris, and was subsequently identified with the International Meter Prototype.

In the 70s of the 20th century, the speed of light was determined very accurately. In 1983, the International Congress of Weights and Measures (CGPM) reformulated the definition of the meter: "the distance of light traveling 1 299 792 458 seconds in a vacuum" is a standard for the standard meter.

Aircraft (aircraft, plane, aeroplane, airplane) refers to a heavier-than-air aircraft with wings and one or more engines, which can fly in the atmosphere by its own power.

The airplane has two most fundamental characteristics: one is that it is denser than air, and it is powered to move forward; The second is that the aircraft has fixed wings, which provide lift and allow the aircraft to soar through the sky. Those who do not possess the above characteristics cannot be called an aircraft, and these two are indispensable.

For example, if a vehicle is less dense than air, it is a balloon or an airship. If there is no power unit and can only glide in the air, it is called a glider; If the wing of the aircraft is not fixed, and the wing rotation produces the old stupid lift, it is *** or gyroplane. Hence the precise definition of an airplane is:

Airplanes are power-driven, fixed-wing, and heavier-than-air aircraft. Serve and accompany.

In order to give the reader a clearer idea of the aircraft, I would like to clarify a few confusing terms here. In some newspapers and periodicals, you can see "fixed-wing aircraft".

Fixed-wing aircraft" and other expressions actually refer to aircraft. But none of these terms are accurate terms. Because "fixed-wing aircraft" includes airplanes and gliders, and "fixed-wing aircraft" is a repetitive designation, because "aircraft" already includes fixed-wing content.

It is more common to hear many people say "helicopter", which is also inappropriate, because *** uses rotors to provide lift, which is a completely different type of aircraft from airplanes.

The length and height of the aircraft depends on the type of aircraft. Like the most common Airbus 320 and the Bo Pao Xun Song Yin Chang Hail 737, there are many models.

China Southern Airlines A320

As a travel enthusiast, I am often curious about the altitude of airplanes. Have you ever wondered how high an airplane flies? In fact, the altitude at which the aircraft flies is not fixed, but is constantly adjusted according to the needs of the flight and weather conditions.

After a flight takes off, the aircraft tends to rise in a straight line at a speed of about 1000 feet per minute until it reaches cruising altitude. Typically, aircraft have a cruising altitude between 30,000 and 40,000 feet, which is equivalent to 9,144 meters to 12,192 meters. In this altitude range, the aircraft can maintain a more stable state of flight and burn fuel more efficiently.

Of course, under normal conditions, the aircraft will fly as high as possible to ensure that drag is minimized. For large jets, they typically fly between 35,000 and 42,000 feet. And at higher altitudes, say above 50,000 feet, the aircraft's engines are more challenging, requiring higher speeds and more power to maintain stable flight.

In addition, in the choice of flight altitude, it is also affected by meteorological conditions. In some cases, in order to avoid the effects of storms and bad weather, aircraft choose to fly at a lower altitude. At the same time, there are also situations where the over-the-top brother flies at high altitude.

Like the U-2 high-altitude reconnaissance aircraft, it will fly above 70,000 feet to gain a wider field of view and a longer detection range.

In short, the altitude at which an aircraft flies is determined by a variety of factors, and is not fixed. If curiosity drives you to know exactly how high the plane is flying when you're flying, take a look at the real-time altitude data on the flight information or ask the cabin crew and they'll be happy to answer your questions. <>