List of Boeing's Commercial Aircraft | Only vehicle

Boeing's Commercial Airplanes

Boeing is the most leading aircraft manufacturer in the world. It is an American company founded in 1916. At present, it has it's headquarters at Chicago. It manufactures aircraft for commercial use, defense, and even rockets and missiles. It is also a major employer site for thousands of employees in America. In this post, we will look at the commercial planes built by Boeing.

1. Boeing 707

• The Boeing 707 was Boeing's first commercial plane.

• Its variants were the -020, -120, -220, -320, -420, -320B, -320C, and the -700.

• It made use of four engines.

• Depending upon the variant, the 707 can carry 140 - 189 passengers. 

• Boeing ended production of the 707 in 1991.

2. Boeing 717

• The Boeing 717 was originally designed by McDonnel Douglas. This design was later used by Boeing after they merged with it.

• Its variants were the -100, -200, and the BBJ (Boeing Business Jet).

• It makes use of two engines.

• It could seat about 134 passengers.

• Boeing ended production of the 717 in 2006.

3. Boeing 727

• This airplane is known for its unique entry into the plane. It has its stairs at the back of the plane.

• Its variants were the -100, -100C, -100QC, -100Q, -200, -200C, and the -200F.

• It is a tri-jet and uses four engines.

• The passenger version could carry up to 106 passengers.

• Boeing ended production of the 727 in 1984.

4. Boeing 737

• This plane is Boeing's best selling aircraft of all time. As of 2019, more than 15,000 planes of the type have been ordered since it's launch.

• Its variants are the -100, -200, -300, -400, -500, -600, -700, -800, -900, -MAX 7, -MAX 8, -MAX 9, and the -MAX 10.

• It makes use of two engines.

• It has an average seating capacity of about 200.

5. Boeing 747

• This is Boeing's most iconic plane of all time. It also has its nickname 'The Queen of the Skies' and 'The Original Jumbo Jet'. This was the world's first wide body airplane ever made.

• Its variants are the -100, -200, -SP, -400, -400F, -800I, and the -800F.

• It is a quad-jet and uses four engines.

• The 747 - 800I can seat 467 passengers.

• Boeing is to end production of the 747 in 2022.

6. Boeing 757

• The 757 is an excellent aircraft because it had the range that most airlines wanted. This is the reason why airlines are still hanging on to their 757's without retiring them. It has it's nickname, 'The Flying Pencil'.

• Its variants were the -200, -200F, -200M, and the -300.

• It uses two engines.

• It can seat about 243 passengers.

• Boeing ended production of the 757 in 2005.

7. Boeing 767

• The airlines wanted a wide-body aircraft, smaller than the 747 and also as a replacement for the 707. This paved the path for the creation of the 767.

• Its variants were the -200, -200ER, -300, -300ER, -300F, and the -400ER.

• It is a twin-jet and uses two engines.

• It could seat up to 243 passengers.

• Boeing ended production of the 767 in 1994.

8. Boeing 777

• The 777 is also Boeing's most popular wide-body airplanes along with the 747. It is also going to become the substitute for the 747 after it's production ends.

• Its variants are the -200, -200ER, -200LR, -300, -300ER, -300F and the upcoming 777X.

• It also makes use of two engines.

• It seats up to 342 passengers.

9. Boeing 787

• The 787 also has its name 'Dreamliner'. It is packed with the most latest technology including a carbon composite fuselage and wings and the latest GENX engines. The technology of the 747-8I is adopted from this plane. It also features the flexible wings which allows it to save fuel flying in different conditions.

• Its variants are the -8, -9 and the -10.

• Its a twin-jet and uses two engines.

• The -8, -9, and the -10 seats 248, 296, and 336 passengers respectively.

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Awesome Mechanics Of Boeing 787:

These 3 terms area unit used oft in mechanics, thus we tend to should perceive their which means. this can be particularly vital as a result of they're common words too in standard speech communication, however with rather totally different reminder which means. 

A force is alleged to try to to work on a body once it moves the body within the direction within which it's acting, and therefore the quantity of labor done is measured by the product of the force and therefore the distance affected within the direction of the force. 

Thus if a force of ten newtons moves a body a pair of m (along its line of action), it does 20 newton metres (Nm) of labor. 

A newton metre, the unit of labor, is termed a joule (J). Notice that, per mechanics, you are doing no work all if you push one thing while not succeeding in moving it – despite however onerous you push or for a way long you push. 

Notice that you simply do no work if the body moves in the wrong way, or maybe at right angles to the direction within which you push. somebody else should be doing a little pushing – and a few work! Power is just the speed of doing work. 

If the force of ten N moves the body 2 m in five seconds, then the facility is twenty Nm (20 joules) in five seconds, or four joules per second. 

A joule per second (J/s) is termed a watt (W), the unit of power. So the power employed in this instance is four watts. 

Readers UN agency have studied electricity will already be accustomed to the watt as a unit of electrical power; this can be simply one example of the overall trend towards the realisation that each one branches of science area unit inter-related.

Note the importance of the time taken, i.e. of the speed at that the work is done; the word power or powerful, is apt to convey associate impression of size and brute force. 

The unit of one watt is tiny for sensible use, and kilowatts area unit additional usually used. The recent unit of a horse-power was ne'er very satisfactory however, as a matter of interest, it had been the equivalent of 745.7 watts. 

A body is alleged to own energy if it's the flexibility to try to to work, and the amount of energy is reckoned by {the quantity|the quantity|the number} of labor that it will do. The units of energy can so be constant as those of labor. 

We all know that gas will do work by driving a automotive or associate plane, a person will work by propulsive a bicycle or maybe by walking, a chemical battery will drive an electrical motor which can work on a train, associate explosive will drive a shell at high speed from the muzzle of a gun. 

All this implies that energy will exist in several forms, heat, light, sound, electrical, chemical, magnetic, atomic – and, most helpful of all, mechanical. 

A touch thought can win over U.S.A. what proportion of our time and energy is spent in changing, or making an attempt to convert, different styles of energy into mechanical energy, the ultimate type that allows U.S.A. to induce somewhere. 

The human body is just a kind of engine – not a straightforward kind of engine – in which the energy contained in food is regenerate into helpful, or useless, work. 

Unfortunately there's an inclination for energy to slide back once more, we might almost say deteriorate, into different forms, and our efforts to provide energy aren't continually terribly economical.