Automobile

A **car**, or an **automobile**, is a motor vehicle with wheels. Most definitions of cars state that they run primarily on roads, seat 1-8 people, have four wheels, and mainly transport people rather than cargo but are relatively smaller than a truck/lorry (to carry goods) or a bus (to carry people). There are around 1.644 billion cars in use worldwide as of January 2025.

## Name 
The word "automobile" comes from the Greek prefix "αυτό" (self) and the Latin word "mobilis" (moving). This name means "self-moving", as cars run on their own power and do not need horses or other power from outside to move.

## Types of automobiles
Automobiles are made in different shapes and sizes, for people with different needs. Here are some common types of automobiles.

* A **convertible** is an automobile with a roof that can be opened or taken off for an open-air drive. Sportier convertibles are called **roadsters**.
* A **hatchback** is a smaller automobile with a cargo area that uses the same space as the cabin (instead of a separate trunk like in a sedan or coupé). They combine the sportiness of coupés and sedans with the storage space of SUVs.
** A **station wagon** (**estate car** in British English) is a hatchback-like automobile that has a less sloped rear window and more space for passengers and luggage.
* A **pickup truck** is a light-duty truck with a separate cabin and cargo area on a ladder frame. The cargo area is called the "*bed*".
* A **sedan** (**saloon** in British English) is an automobile with a sloped rear window and separate trunk that has four doors.
** A **coupé** (**coupe** in American English) is like a sedan, but usually only has two doors and is seen as sportier than a sedan.
* An **SUV** (sport utility vehicle) is a rugged automobile which combines the towing-capcity of a pickup truck with the passenger-carrying space of a minivan, hatchback, station wagon or large sedan. that has a combined passenger and cargo area. SUVs are very popular due to their usefulness.
* A **van** is a big box-shaped automobile meant for carrying plenty of passengers or cargo. There are many different sizes of vans, such as minivans, which are made for families.
** A minivan (sometimes simply called a **van**) is a car classification for vehicles designed to transport passengers in the rear seating row(s), with reconfigurable seats in two or three rows. The equivalent classification in Europe is **MPV** (**multi-purpose vehicle**) or **M-segment** - and are taller than a sedan car, hatchback, station wagon, and SUV.
*A **fastback** is an automotive styling feature, defined by the rear of the car having a single slope from the roof to the tail. The kammback is a type of fastback style.
*A **limousine** ( or ), or **limo** () for short, is a large, chauffeur-driven luxury vehicle with a partition between the driver compartment and the passenger compartment which can be operated mechanically by hand or by a button electronically. A luxury sedan with a very long wheelbase and driven by a professional driver is called a **stretch limousine**. In some countries, such as the United States, Germany, Canada, and Australia, a limousine service may be any pre-booked hire car with driver, usually but not always a luxury car. In particular, airport shuttle services are often called "limousine services", though they often use minivans, light commercial vehicles, or MPVs.

Burning gasoline, like any kind of fossil fuel, makes carbon dioxide, which adds to climate change. Since 2017, fewer gasoline powered automobiles are being made. Some places will not allow gasoline-powered automobiles in the future, like Amsterdam in 2030.

### Batteries
The cleanest automobiles are electric vehicles. They are usually plugged into a power outlet or a charging station and store electricity in a battery at the bottom of the automobile. The electricity then drives an electric motor, which turns the wheels. Some electric automobiles have 2 motors: one at the front, and one at the back. A few have 4 motors (one for each wheel).

### Other sources of energy
Some automobiles burn diesel fuel, which is used in big trucks and buses, and a few use wood gas. In some countries, such as Brazil and Sweden, a mixture of ethanol and gasoline, called "*gasohol"* in Brazil and "*E85"* in Sweden, is used as automobile fuel. Other fuels include propane, natural gas, compressed air, and ethanol (which comes from plants). There are automobiles designed to run on more than one type of fuel — these are called "*flex-fuel"* and are rare.

A few automobiles generate electricity from hydrogen fuel cells (like the Honda Clarity). As of 2019, most of the hydrogen that people use comes from burning fossil fuels, but scientists and engineers are trying to make hydrogen from renewable energy a lot cheaper and easier to use.Some automobiles even use solar cells for their electricity, but they are not very practical. There is a competition every year where people try to design a automobile that can last the longest and go the farthest on solar energy alone. 

There is also a type of automobile that uses both an engine and an electric motor. This is called a **hybrid electric vehicle**; an example is the Toyota Prius.

### Regenerative brakes 
All automobiles have brakes which work by friction to stop the automobile quickly in an emergency or stop it rolling when parked. Electric automobiles also have *regenerative* brakes, which slow the automobile by turning the energy in its movement back into electricity, like an electric motor working the opposite way. So *regenerative* means the electricity is generated again. In some cases, the effect of these regenerative brakes are powerful enough to warrant brake lights, which do not necessarily always turn on when appropriate.

## History 
The earliest recorded automobiles were actually steam engines attached to wagons in the late 18th century. The steam engines were heavy, making these wagons slow and hard to control. Better and faster steam automobiles became common late in the 19th century.

Some automobiles in the early 20th century were powered by electricity. They were slow and heavy and went out of use until the idea came back later in the century.

The internal combustion engine changed the way many automobiles were powered. The engine used either gasoline, diesel, or kerosene to work. When the fuel is exploded in a cylinder it pushes the piston down and turns the wheels.

Although many people tried to make a good automobile that would work and sell well, people say that Karl Benz invented the modern automobile. He used a four-stroke type of internal combustion engine to power his *Benz Patent-Motorwagen* in 1886. He began to make many automobiles in a factory and sell them in Germany in 1888.

In North America, the first modern automobile was made by brothers Charles and J. Frank Duryea in Springfield, Massachusetts. The Duryea brothers' automobile also won the first-ever car race in 1895, competing against automobiles made by Benz. The race was in Chicago, Illinois, and 53 miles long. The Duryeas then began making the first automobiles for everyday use in 1896. That year, they made 13 automobiles by hand in Springfield, Massachusetts.

 was the first automobile sold at a price most people could afford.]]

Benz may have invented the first modern automobile, and the Duryeas the first automobile to be sold, but Henry Ford sold the most automobiles to the most people. In 1910 he began making and selling his Model T, which was a huge success. Many people could afford this automobile, not just the rich, because Ford used mass production. This meant he made many Model Ts in a short time in a factory. People say that the Model T is the automobile that "put America on wheels". The Model T was the most popular automobile of the time because it was cheap but it was still a good quality automobile that ordinary people could own.

Since then, many different kinds of automobiles have been designed and built, from minivans to sports cars. In the 1950s, the United States made and used more automobiles than all the rest of the world. Fifty years later, China became the largest maker and user of automobiles.

## Advantages 
, a small, efficient automobile]]
Automobiles are faster than walking or riding a bike when going a long way. They can carry more than one person and a large amount of luggage. Depending on local public transport quality, they can also be faster and far more convenient than using buses, bicycles or trains, and can often go where public transport cannot. 4-wheel drive "off road" vehicles are particularly good at reaching places difficult for other wheeled transport due to bad roads or harsh terrain. However, they cost more and burn more fuel, and there are many places even they cannot go. There are passenger cars (cars, buses), cargo, special (fire, sanitary, mobile crane, autoclave, refrigerator, infantry fighting vehicles, etc.) and sports (buggies, racing, eg Formula 1 cars, rally cars). Passable cars are divided into road, off-road (including quarry), increased cross-country ability and high cross-country ability. Cars with bodies of a special design, intended for the carriage of certain goods, are called specialized; there are timber carrier, farm truck, cement carrier, gasoline truck, etc. 

The car equips an engine, transmission, chassis, bodywork, control system, electrical equipment, service devices. The engine can be gasoline (carburetor internal combustion), diesel, gas (balloon gas), electric, gas turbine. Transmission is a set of devices that transmit the torque from the engine to the driving wheels (caterpillars). 
Cars are produced in many countries. Most of all in Japan, USA, France, Republic of Korea, Spain, Great Britain, Brazil, Italy. For 100 years of existence, the car has become the most common vehicle. Annually 5 - 59 million various cars are produced in the world; also including 25% of trucks and buses. Most of the oil produced in different countries is processed for gasoline and diesel fuel to meet the needs of road transport.

Most automobiles enclose people and cargo in a closed compartment with a roof, doors and windows, thus giving protection from weather. Modern automobiles give further protection in case of collisions, as they have added safety features such as seat belts, airbags, crumple zones and side-impact protection that would be expensive or impossible on two-wheeled or light 3-wheeled vehicles, or most buses.

With regular check ups and service, automobiles can last a very long time. In some countries like Australia, people have to get their automobile checked by authorized mechanics regularly by law to confirm that their automobile is safe to drive. They can go to an automobile mechanic to get their automobile checked or have a mobile mechanic come to them to repair their automobile.

## Disadvantages 
Buying and running a automobile needs a lot of money, especially for newer good-quality automobiles. There are things to pay for — the automobile itself, fuel, parts (for example, tyres), , repairs, insurance to cover the cost of crashes or theft, parking charges, and toll roads and any taxes or licensing  charged by the government.

When automobiles crash, they can become damaged and hurt people, and the life of a person is more important than keeping a automobile from damage. When too many automobiles try to go the same way, traffic congestion slows them all. Automobiles powered by fossil fuels cause air pollution, especially if too many are used in a small area like a city. Pollution from the use of automobiles is a big contributor to climate change. Many places where people live close together have public transportation such as buses, passenger trains, trams and subways. These can help people go more quickly and cheaply than by automobile when traffic jams are a problem. Some of these problems can be made smaller, for example by carpooling, which is putting many people together in one automobile. This can help to reduce the number of vehicles on the road, which uses less fuel and reduces the number of possible car accidents.

Traffic congestion and accidents can be dangerous to other road users, for example people riding bicycles or walking, especially in an old town built when there were fewer automobiles. Some 20th century towns are designed for automobiles as the main transport. This can cause other problems, such as even more pollution and traffic, as few, if any, people walk. Communities are divided and separated by big roads. Pedestrians are put in danger where there are too few accommodations built into car-centric infrastructure, such as foot bridges, small road bridges or other special crossings.

## Current Production
, most popular car in the world]]
In 2005, 63 million cars and light-duty trucks were produced worldwide. The world's biggest car producer (including light-duty trucks) is the European Union with 29% of the world's production. In non-EU Eastern Europe another 4% are produced. The second largest manufacturer is NAFTA with 25.8%, followed by Japan with 16.7%, China with 8.1%, MERCOSUR with 3.9%, India with 2.4% and the rest of the world with 10.1%.

Large free trade areas like EU, NAFTA and MERCOSUR attract manufacturers worldwide to produce their products within them and without currency risks or customs, additionally to being close to customers. Thus the production figures do not show the technological ability or business skill of the areas. In fact much if not most of the Third World car production is used western technology and car models (and sometimes even complete obsolete western factories shipped to the country), which is reflected in the patent statistic as well as the locations of the r&d centers.

The automobile industry is dominated by relatively few large corporations (not to be confused with the much more numerous brands), the biggest of which (by numbers of produced cars) are currently General Motors, Toyota and Ford Motor Company. It is expected, that Toyota will reach the No.1 position in 2006. The most profitable per-unit car-maker of recent years has been Porsche due to its premium price tag.

The automotive industry at large still suffers from high under-utilization of its manufacturing potential.

A typical family car costs about 25€ in raw materials in production. Higher line cars tend to cost 100€ up!

## Related pages
* Car-free movement

## References
## Other websites
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