Why You Should Decide To Get Your Car a Turbocharger

Turbochargers have long been associated with fast cars zooming around on racing tracks. However, now, these amazing machines can be fitted in regular cars for extra speed. A car with a 4-cylinder engine can produce as high power as that of a 6-cylinder motor when it is supplemented with a turbocharger. Surely, it is impressive but the popularity of turbos is no longer restricted to their ability to make cars run faster. There are other important benefits too, which are as follows:

Less fuel consumption

If lately you have been wondering the reason behind excessive consumption of fuel, know that it could be because of your inefficient engine. It may have become old and thus, lost its ability to produce best results. Getting a turbocharger can make your engine work better and thus reduce excess fuel consumption. Actually, as a turbocharger attracts more air into the combustion chamber of an engine, it facilitates proper consumption of fuel and thus, reduces fuel wastage too. 

Less noisy engine and better driving experience

Engines that have received a turbocharger cause less noise that those which have not. A turbo reduces the noise by improving the inlet and exhaust manifolds of an engine. Consequently, after installing a turbocharger, your engine may be using the air intakes and exhausts more robustly but producing less noise. Of course, with reduced noise, your car will provide more comfortable journey to its passengers as well as it will not attract negative attention from passersby. 

Better than superchargers

Turbochargers are often compared with superchargers. While the latter is also capable of boosting the speed of a car, it works on a different principle. Superchargers function via a belt, which is run by the engine. Nevertheless, turbochargers are not dependent on the engines at all. They run by using the exhaust gas that is produced by the engine. Meaning, turbos use something, which otherwise would have gone waste. It clearly conveys that your engine does not have to use more fuel to run a turbocharger, which again contributes to fuel efficiency. Moreover, superchargers use some of their power to improve their efficiency. However, a turbocharger does not use its own power at all and uses every ounce of it to boost the power of the engine. 

Drive better in high altitudes

Your engine may not work as efficiently as it normally does in high altitude regions because of lack of air pressure. A turbocharger maintains the air pressure by increasing pressure of air when it enters the engine. Thus, even in mountainous regions, the engine performs with optimum efficiency.