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APR 2.5 TFSI EVO TURBOCHARGER INLET SYSTEM - (REAR CARBON TUBE ONLY) CI100038-B

$333.95
SKU:
CI100038-B
Weight:
6.00 LBS
Shipping:
Calculated at Checkout
Out of stock:
Call 702-494-9435 to pre-order
ETA::
09/26/2024

Out of stock

Description

 

Enhance the performance of your 2017-2022 Audi RS3 or TT RS with the APR 2.5 TFSI EVO Turbocharger Inlet System Rear Carbon Tube. Designed for the DIY enthusiast looking to adapt the APR inlet system to other intake setups, this component features a massive 4" carbon fiber tube that delivers exceptional airflow and performance gains. The system can work seamlessly with the factory intake or APR intake filter and is designed to be used with the APR Turbo Inlet Pipe.

Key Features:

  • Massive 4" Carbon Fiber Tube: Provides superior airflow and performance.
  • Versatile Compatibility: Can be used with the factory intake or APR intake filter.
  • Performance Enhancements: Delivers increased horsepower and torque, better throttle response, and enhanced engine sound.
  • Designed for APR Turbo Inlet Pipe: Ensures compatibility and optimal performance.
  • DIY Adaptability: Ideal for customers looking to adapt the inlet system to other intake setups. Special couplers may be required.

Emissions Compliance: This part is legal under the provisions of the EPA’s Tampering Policy dated November 23rd, 2020. APR has verified through test results that this product allows the vehicle to operate within legal emissions standards, making it legal for on-street use in all states accepting the Clean Air Act and the EPA Tampering Policy. Note: This product is NOT LEGAL FOR SALE OR USE IN THE STATE OF CALIFORNIA. CARB testing for 50-state compliance is pending, and upon approval, the product will be updated to reflect 50-state legal status.

Technical Resources:

  • Please Note: This is not a direct fit part. The Turbo Inlet Pipe (CI100038-C) is required.

Upgrade your Audi RS3 or TT RS with the APR 2.5 TFSI EVO Turbocharger Inlet System Rear Carbon Tube and experience the ultimate in airflow, performance, and sound.