Pros and Cons of a Smart Car

When people are thinking about making an expensive buying decision, especially with something as new and unusual as the smart car, they often want to know the pros and cons of the various options they are considering. This article will examine the pros and cons of a smart car.

There is no doubt that the smart fortwo car has its passionate supporters. Before it arrived in the United States in 2007, it had already enjoyed wild success in Europe over several years. But with its small size, there are also a number of concerns.

Pros of a Smart Car

There are many benefits to be considered; don’t let its small size fool you!

  • Environmentally-friendly. Not only is this small car fuel-efficient, averaging around 40 mpg, but it has several other environmentally-friendly features as well. The smart fortwo car uses innovative energy-efficient and recyclable materials in its construction. In fact, 95% of the vehicle is recyclable and the dash material is made from recycled synthetics.
  • Easy to park and drive. The smart car has a very small footprint. At less than 9 feet long, it’s nearly 3 feet shorter than the already diminutive Mini Cooper. Of course, a big reason for that is that it’s only a 2-seater. But the short size means this car is super easy to park, especially in tight spots or short spots where other cars wouldn’t fit. It’s also got a great turning radius that makes it very maneuverable.
  • Appearance. No one can argue that the smart fortwo car is not unique in its design and appearance. See one, and you will never forget it, whether you like it or not! Many people’s first impression is that it is just so darn cute. When Mercedes Benz brought the smart fortwo car to the United States, they updated its image to be more cutting edge, with more chrome, a bit longer hood section and updated headlights and dashboard area. You can also change out the plastic body panels to give it a whole new color, or purchase a car wrap with some kind of unique print or design on it.
  • Safety design. Most people’s first reaction when they see this tiny car is something along the lines of, “How could such a small car be safe on the road” However, what make the smart car so unique is Mercedes Benz attention to safety. From the innovative tridion safety cell, a sort of safety cage, to its 4 airbags and advanced braking system, the smart car is built for safety. Crash tests have consistently proved Mercedes’ safety claims. Anecdotal evidence, as published on the safeandsmart.com website, also supports those claims.
  • Surprisingly roomy inside. Another surprising benefit of the smart car is its interior roominess. There is plenty of leg room for both driver and passenger. Head room is great too, with men as tall as 6’6″ fitting in the driver’s seat comfortably. The cargo area is also quite roomy for a small car. We fit a 50-pound black

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Jump to Company relationships – It is common for automobile manufacturers to hold stakes in other automobile manufacturers.

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Alternative Energy Sources For Future Cars

A threefold understanding would emphasize the importance of alternative energy resources in the near future

  • The reasons behind why the mentality towards the use of alternative energy resources will change, over the next half century.
  • How this change (i.e. the use of alternative energy) will affect car technology.
  • The various types of alternative energy resources that are available, or currently under research, especially for use in cars

The alternative energy advantage is the fact that they are renewable! We will never go short on supplies of renewable energy. For instance, solar energy – the sun will always be there! – the quantity of solar electricity intercepted by the Earth each 60 second is greater than the energy quantity that the entire human race uses in fossil fuels each year.

Wind energy – the wind will always exist – The power in the winds that blow across the US annually produces more than 16 billion GJ of electricity. Tidal energy – the moon will always be here and so will its forces that cause tidal waves. Hydroelectric energy – water energy will always be available unless there is an extreme change in rain patterns or droughts. Another advantage is that renewable energy is green; hence they don’t exude CO2, which is indeed the biggest provider to global temperature rises, into the atmosphere.

Bio-fuels are carbon neutral as manufacturing them depletes about as much CO2 as expending them produces. Considering these renewable energy advantages, it is apt for producing simple and inexpensive resources of energy. Non-renewable resources (for e.g. carbon-based fuels) are restricted – their supplies will eventually run out in the long run. Non-renewable resources like petroleum release CO2 into the surrounding atmosphere. These are inadequate sources of fuel that are speedily rarefying as the energy crisis is bearing down on us, continuously. Thus, we can firmly agree that the alternative resources are the Future and will provide for a Better Future.

What is the “future car”? A future car is a vehicle that runs on alternative fuels. “Alternative fuels” are fuels that are not made from petroleum. The types of alternative energy resources:

o           Alcohols – ethanol and methanol.

o           Compressed natural gas (CNG)

o           Electricity – stored in batteries.

o           Liquefied natural gas (LNG)

o           Liquefied petroleum gas (LPG)

o           Liquids made from coal – gasoline and diesel fuel that doesn’t come from petroleum.

o           Biodiesel – a lot like diesel fuel, but made from plant oil or animal fat. 

According to the experts, hydrogen-powered cars will be the next BIG change in our mode of transport. Theoretically it can be extracted from a wide variety of sources. The most common sources are Water; Natural gas (methane); Coal (via coal gasification); and Bio-mass (vegetation such as wood chips and agricultural waste).The processes for extracting hydrogen from these sources are diverse, predominantly in the case of water. To get hydrogen gas out of water, electrolysis is used-that is, electricity is used to extract the hydrogen molecules out of the water. From natural gas, a …

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