The GR Yaris Intake offered by RSI C6, as an authorized Eventuri dealer, has undergone meticulous development involving extensive data logging of temperatures, flow rates, and dyno testing. Given the turbocharged nature of the engine, managing heat and optimizing volume were primary considerations throughout the development process. This intake system has been meticulously engineered to deliver the highest achievable flow rate while ensuring the lowest possible intake temperatures.
 
Each component of the intake system is meticulously designed to facilitate a smooth and unimpeded path for the turbocharger. By implementing a sealed system, improvements have been made over the OEM airbox in terms of Intake Air Temperatures (IAT), while simultaneously increasing internal volume to mitigate pressure drop and minimize turbo pumping losses. As a result, the turbocharger can operate more efficiently, reaching peak boost levels sooner, ultimately translating into a tangible performance enhancement.
 
The filter itself boasts an impressive outer diameter of 210mm (8.3 inches) and offers a substantial filtration surface area exceeding 130,000mm^2. The patented Venturi housing has been specifically crafted to maximize internal volume for the GR Yaris, ensuring laminar flow to the turbo tube.
What sets the GR Yaris Eventuri system apart is the utilization of our patented carbon fiber housing.
 
This housing not only facilitates an aerodynamically efficient airflow path from the filter to the turbocharger but also incorporates a unique design that harnesses the Venturi effect, maintaining laminar flow conditions to minimize drag on the turbocharger. For further insights into the housing design and its functionality, you can explore more details HERE. As an authorized Eventuri dealer, RSI C6 is proud to offer this cutting-edge intake system for the GR Yaris, delivering unparalleled performance and quality to discerning enthusiasts.
 
VEHICLE FITMENT
Toyota GR4 Yaris
 
DELIVERY TIME
from 3 to 40 working days based on stock availability