Naturally-Aspirated Car Engines Vs Turbo Engines


The latest calls for emission regulations and global demand for more fuel-efficient vehicles has made turbocharged engines the main player in today’s world of automotive power sources.

Experts in the automotive industry are predicting that massive V8 engines, and all the displacements that come with it, are going to be replaced by the more fuel-efficient turbocharged engines.

As Ford has been banging the doors with their EcoBoost engines for years now, the big three German car manufacturers (BMW, Audi, and Mercedes) have already offered a turbocharged variation for nearly all of their newer car models. The reason as to why they replace the huge V8’s with smaller snailed engines is the fact that car makers can boost fuel efficiency rating without needing to sacrifice torque and horsepower.

source: yousense.info

So with all that being said, what’s the difference between naturally-aspirated car engines and turbocharged engines?

For starters, turbocharged engines, or turbo, were invented by a Swiss engineer, Alfred Buchi, who was a diesel engine researcher at Sulzer Engine Manufacturing Company in 1905.

Alfred Buchi received a patent for the use of a specific compressor that would force air into an internal combustion chamber. This air would be forced using exhaust gases to increase power output.

The first use of turbocharged engines was during the First World War when French engineers used turbocharged engines into fighter jets. While the fighter jets, while using Renault motors, had some success, there simply wasn’t much to it.  A few years later, the same concept would be used to ships in 1920. From all this we can conclude that air plays a vital role in turbocharged engines.

Advantages of Naturally-Aspired Engines

source: autoevolution.com

Whenever we’re talking about proper engines, the V6 or a V8 is a thing of beauty. One of the advantages that NA engines have against turbocharged engines is the fact that there is no lag.  Naturally-Aspired engines are superior at delivering consistent power levels throughout the entire engine’s powerband. While turbo takes a moment to catch up, naturally-aspired engines will instantly respond to your command. If you want to know more about naturally-aspired engines, click here.

   Naturally-aspired engines have fewer parts than turbocharged engines

   Naturally-aspired engines come with a lower cost of manufacturing

   Naturally-aspired engines are simple and easy to produce

   Natural-aspired engines come with a low cost of maintenance and ownership

   And one of the best ones, that we mentioned earlier, no lag.

Advantages of Turbocharged Engines

source: carthrottle.com

The biggest advantage of turbocharged engines is that it enables smaller, more efficient engines, to compete with much larger engines without having to compromise power and torque. With huge popularity right here in the U.S., turbocharged endings emit fewer emissions and account for 40% of all vehicles. The numbers are higher in Europe, with 65% of all vehicles being turbocharged.

Every engine needs to pump a specific amount of air to maintain cruising speed. The advantages of turbocharged engines are many, and some of them are:

1.  Turbocharged engines offer a significant increase in horsepower

2. Turbocharged engines are smaller but they use less fuel to idle which increases fuel efficiency and economy

3. Turbocharged engines are more efficient because they run on energy that is typically lost in NA engines.

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