Turbos - More Boost, More Power and Maximum Performance

We understand that enthusiasts like you are always looking for new ways to get more power and performance out of your car. That's why we offer a wide range of turbos and turbochargers for those looking to upgrade their engine, increase boost pressure and take their car to the next level. Whether you're building a street car focused on drivability or a no-compromise track car, choosing the right turbo is essential to unlocking your engine's power potential and achieving the desired driving characteristics. With the right turbocharger, you can find the perfect balance between quick response, high boost pressure and maximum power.

Turbo Upgrades - More Power and Better Response

An upgraded turbo is a popular choice for anyone looking to increase engine power beyond what the factory turbo can deliver. By choosing a turbocharger with the right capacity, you can achieve greater airflow, increased power potential and the ability to run higher boost pressure. However, it's important to select a turbo that matches your engine size, target power output and intended use. A larger turbo can deliver more peak power, while a smaller turbo generally provides faster spool-up and better response at lower engine speeds.

Choose the Right Turbo for Your Build

The best turbo for your setup depends on how you want your car to perform. For a street car, quick spool-up and good drivability are often priorities, while a track or race car may benefit more from a turbo with greater flow capacity and the potential to produce significantly more power. Factors such as compressor and turbine wheel sizes, turbine housing design and engine specifications all affect turbocharger performance. It's also important to ensure that your fuel system, intercooler, exhaust manifold, exhaust system and engine management are properly matched to your target power output.

How Does a Turbo Work?

A turbocharger uses energy from the engine's exhaust gases to drive a turbine connected to a compressor wheel. As exhaust gases pass through the turbine housing, they cause the turbine wheel to spin. This rotation drives the compressor wheel, which draws in and compresses air before delivering it to the engine. By forcing more air into the cylinders, the engine can burn more fuel and produce more power than an equivalent naturally aspirated engine, provided that the other components and engine management system are properly configured to handle the increased airflow.

Choosing the right turbo is therefore not simply about finding the largest turbocharger possible. It's about finding the right combination of power, response and reliability. With the right turbo for your engine build, you'll be better equipped to achieve your performance goals and create a car that delivers power when you need it most.