A forced induction system designed to increase the horsepower and torque of the specified vehicle model and year through the use of a turbine. This component compresses the intake air entering the engine, resulting in greater air density and, consequently, more efficient combustion when properly tuned. The implementation generally involves replacing or modifying existing engine components, including exhaust manifolds, intake systems, and fuel injectors, along with the addition of an intercooler to manage air temperature.
The primary benefit lies in the potential for significant performance gains. The installation can transform the driving experience by providing increased acceleration, improved responsiveness, and enhanced overall power output. However, the installation requires careful consideration of engine management systems, proper tuning, and potential impacts on engine longevity. Historically, these performance upgrades have been popular among automotive enthusiasts seeking to maximize the capabilities of their vehicles, trading off cost and complexity for a heightened driving experience.
