What are Turbocharger Systems?

Turbocharger systems have revolutionized the automotive industry, offering a strong combination of performance, and efficiency. In this guide, we’ll dive into turbocharger systems and why you might or might not want one as well as some common questions regarding turbos to ensure you learn more about this powerful device.


Before considering a turbocharger installation, it’s essential to understand the implications it may have on your vehicle. Turbocharging can significantly increase engine power and performance when installed correctly, but it also introduces additional stress and heat to the engine and other components. Proper installation, supporting parts, maintenance, and tuning are crucial to ensure the longevity and reliability of your vehicle all while making the power you desire.

Understanding Turbochargers

At its core, a turbocharger is a forced induction device that increases an engine’s power output. It consists of two main components: a turbine and a compressor. The turbine is connected to the exhaust, where it harnesses the flow of exhaust gasses to spin rapidly. The turbine which is rotating, is attached to the compressor which compresses the intake air before it is pushed into the engine’s combustion chambers also known as boost which is measured in PSI (Pounds per square inch of air).

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Now that we have an idea of what a turbo is and how it works we will look at the pros and cons of adding a turbo kit.

The Pros of Turbochargers

Increased Power and Torque:

The primary plus of turbochargers is their ability to significantly increase an engine’s power output. By compressing the intake air, turbos allow more oxygen to be forced into the combustion chambers, resulting in more power and increased torque when tuned appropriately.

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Improved Fuel Efficiency:

Turbochargers can enhance fuel efficiency by allowing smaller engines to produce the same power as larger ones. This downsizing approach enables manufacturers to achieve better fuel economy without sacrificing performance. Be mindful that by adding a turbo you will not specifically get your engine better fuel efficiency, turbos allow you to make power with a smaller displacing engine which consumes less fuel generally speaking.


Turbochargers are versatile additions to any engine, as they can be installed on both gasoline and diesel engines. This flexibility makes them popular among a wide range of vehicles, manufacturers and enthusiasts alike.

The Cons of Turbochargers

Turbo Lag:

One of the most significant drawbacks of turbochargers is turbo lag—the delay between pressing the accelerator, the exhaust entering the turbine, spooling the compressor and feeling the increased power from the boost. This lag occurs particularly at low RPMs when exhaust gas is not flowing as quickly to spool the turbo.


You can navigate this problem by installing an Anti-Lag system which will help to reduce turbo lag to keep boost and power throughout the whole RPM range.

Complexity and Cost:

Turbocharged engines are inherently more complex than naturally aspirated ones, which can lead to higher maintenance costs and increased potential for component failure. Additionally, the initial purchase price of a turbocharged vehicle is often higher due to the added engineering and materials required.

Potential for Heat Buildup:

Turbochargers operate by compressing air which creates friction, which can lead to a significant increase in intake air temperature. This heat buildup may require additional cooling measures (intercoolers, oil coolers and venting) to prevent engine damage or detonation, adding more to the overall complexity and price of the system.


  1. What other kinds of forced induction are there?
  • Turbos are not the only kind of forced induction! Superchargers and their various kinds are another choice of forced induction systems which carries its own set of pros and cons.
  1. How does a turbocharger improve engine performance?
  • By compressing the air entering the engine, a turbocharger increases the amount of oxygen available for combustion, allowing more fuel to be burned, resulting in higher horsepower and torque output.
  • Turbocharged engines typically exhibit better high-end torque and throttle response compared to naturally aspirated engines of similar displacement.
  1. How much does it cost for a turbo kit?
  • In general, this price may vary depending on your vehicle and other various things. So generally it will cost close to around $500-$3000 for a single turbo kit.


Turbocharger systems offer a potent blend of power and efficiency. Whether you’re looking to unleash the full potential of your vehicle on the track or simply improve its everyday drivability, a turbocharger installation can provide a transformative driving experience. It is essential to approach turbocharging with caution, ensuring proper installation, tuning, and maintenance to safeguard the longevity and reliability of your engine. With the right setup and care, a turbocharged engine can deliver exhilarating performance while remaining a practical choice for engine enthusiasts worldwide, thanks for reading.

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