Description
Upgrade the turbo performance of your 2017-2022 Audi RS3 or TT RS with the APR 2.5 TFSI EVO Turbocharger Inlet System, designed specifically to accommodate the TTE777 and GTX3582R turbochargers. This system utilizes interlocking adapter rings that form a perfectly port-matched entrance to the turbocharger, ensuring optimal airflow and performance enhancements.
Key Features:
- Perfect Fit: Interlocking adapter rings create a seamless, port-matched entrance to the turbocharger, maximizing airflow and efficiency.
- Versatile Compatibility: Engineered for use with both the TTE777 and GTX3582R turbochargers, providing flexibility for various performance setups.
- Future-Proof: Larger adapter rings (sold separately) are available to support even larger hybrid turbocharger upgrades, making it a versatile addition to your vehicle.
- Simple Installation: The plug and play design ensures an easy installation process with the APR Turbo Inlet System, allowing for quick and hassle-free upgrades.
Benefits:
- Enhanced Turbo Performance: Improved airflow to the turbocharger results in significant increases in horsepower and torque.
- Seamless Integration: Specifically designed to work perfectly with the APR Turbo Inlet System and both TTE777 and GTX3582R turbochargers for a cohesive upgrade.
- Future-Proof Design: Adapter rings for larger hybrid turbocharger upgrades are available, ensuring long-term versatility.
- Durable Construction: High-quality materials ensure long-term reliability and optimal performance.
Emissions Compliance: This part is legal for sale or use on Emissions Controlled Vehicles, Uncontrolled (Non-Emissions Controlled) Vehicles, and Racing Use Only Vehicles because it does not affect vehicle emissions and is not covered by emissions regulations.
Upgrade your Audi RS3 or TT RS with the APR 2.5 TFSI EVO Turbocharger Inlet System and experience the ultimate in turbo performance with the TTE777 and GTX3582R turbochargers. This adapter ring is the perfect solution for those seeking to maximize their vehicle's power and efficiency.
